IJRCIT- International Journal of Research in Computer & Information Technology

e-ISSN: 2455-3743 | Published by Global Advanced Research Publication House (GARPH)

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Suryodaya College of Engineering and Technology, Nagpur, Maharashtra, India
International Conference on Techtrends in Science, Engineering and Management (ICTTSEM), 3 May 2024

Special Issue Papers

1. A Building Services Modeling for Hospital Building Using Revit Bim

AUTHOR NAME : Ms. Preeti Morey, Nikita Wakodikar, Deepak Bhaiskar, Shejal Sawarbandhe

ABSTRACT : Building Information Modelling (BIM) has demonstrated its advantages in improving Mechanical, Electrical and Plumbing (MEP) layout in steps such as advanced design and detailed design. Unfortunately, BIM applications normally stop antecedent to the construction steps, and the downstream stages have sometimes become the arena of BIM applications. Therefore, the MEP layout ideal design from BIM will no longer fit properly to the accession space if there are as-built deviations in the construction of these spaces. This project presents an approach of utilizing BIM to optimize MEP layout from sometimes design to construction phase. In this project, BIM models are developed at five level-of-details: 3D MEP preliminary design model, 3D MEP detailed design model, MEP construction model and MEP commercial model. This work mainly focused on clash find out, which may rise up during construction and developing methods for solving those clashes. Four types of optimization methods have been developed to manifest, how they can able to solve constructability issues. As per study is implemented to verify this BIM approach framework. The results show that BIM can dexterously improve MEP layout and reduce cost in construction preparation stage and intensify the need to pay more attention on construction stage, so as to ensure MEP installed successfully.

2. A Review on Building Services Modeling for Hospital Building Using Revit Bim

AUTHOR NAME : Ms. Preeti Morey, Minal Dandekar, Yash Kolte, Ghufran Ahmed Khan

ABSTRACT : Building Information Modelling (BIM) technology is rapidly gaining suction in facility management and operations. This software aids in the efficient management and exchange of building data, offering valuable benefits throughout construction stages, from planning to maintenance. This study delves into the factors affecting the operational efficiency of a BIM model and its outstanding benefits during the digital design phase. concentration is placed on the merits of BIM during the operational phase, primarily using Autodesk Revit software. The research includes an evaluation of engineering systems, particularly digital modelling of HVAC, Fire Fighting, water supply, and electrical systems. the study reviewed significant grant to digital model designs, examining BIM models across various infrastructure projects. A unique appearance of this research is the elaboration of a digital BIM model using Autodesk Revit 2020.

3. Design & Analysis of Circular ESR With Varied Zones

AUTHOR NAME : Ms. Preeti Morey, Aditya Gongle, Om Parate, Puspak Gajbhiye

4. Automated Smoking Zone with Fire Detection Monitoring and Alerting

AUTHOR NAME : Mr. Mayur Kadu, Ms. Alizanaz Quraishi, Mis. Homeksha Hedau, Ms. Kajal Chaudhari, Ms. Harsha Thete, Mr. Pratik Khapekare

ABSTRACT : A smoke detector alarm with fire detection alarm protection device that automatically detects smoke and fire also gives us warning. Within the proposed framework, a smoke locator upon faculties smoke actuates its alert, and fire finder upon faculties fire actuates its caution, sends a voltage flag to all other smoke detectors and fire detector in the vicinity. This low voltage signal activates the individual relays in the other smoke detectors and fire detector causing them to emit a tone that alerts residents that one of the smoke locators faculties smoke Fire locator identify fire. In this framework the transmitter and recipient are introduced in a unit and the require for a base is killed. The individual smoke detectors and fire detector are equipped with all the electronics required to both send and receive signals. They can be introduced by a mortgage holder fair as they would a ordinary smoke detector. The proposed design is aiming to have Cost efficient system, Compact design, easily expandable, Simple to install, Replaceable compo. They can be introduced by a property holder fair as they would a typical smoke detector. The proposed plan is pointing to have taken a toll effective framework, Compact plan, effortlessly expandable, Straightforward to introduce, Replaceable components.

5. Pioneering Roadways: Advancements in Construction Techniques

AUTHOR NAME : Shradhesh Rajuji Marve, Nita J. Gedam, Sanket G. Padishalwar, Chetan D. Karekar

ABSTRACT : This research paper explores recent advancements in road construction techniques, focusing on innovative methods and technologies aimed at revolutionizing infrastructure development. Through a comprehensive review of literature, case studies, and challenges, the paper examines the benefits, limitations, and future directions of these advancements. Key areas of focus include advanced materials such as recycled aggregates, polymer-modified binders, and Nano engineered additives, as well as innovative construction processes including prefabrication, automation, and 3D printing. Case studies highlight successful implementations of these techniques in real-world projects, showcasing their effectiveness in accelerating construction timelines, improving quality, and reducing environmental impact. Despite the promising outcomes, challenges such as technological integration, cost constraints, workforce training, and environmental considerations persist, requiring collaborative efforts and strategic planning to overcome. The paper concludes with a call for continued investment in research, development, and training to realize the full potential of advanced road construction techniques in shaping sustainable, resilient, and efficient transportation infrastructure for the future.

6. Plant’s Leaf Disease Detection Using Deep Learning

AUTHOR NAME : Mrs. Qudsiya Naaz, Janvi S. Zade, Raffat Parveen Khan, Aaliya Sayed, Vipin D. Jugnake

7. Protecting Cyber-Physical Systems with Deep Learning and Blockchain-Powered Data Transmission: A Review

AUTHOR NAME : Mr. Jagdish F. Pimple, Dr. Avinash Sharma

ABSTRACT : The rapid evolution of physical device based data collection within emerging technologies necessitates intelligent, secure, and efficient data transmission. Cyber physical systems confront the challenge of intelligently transmitting data while ensuring security. The intricate interconnections among heterogeneous devices in real time pose a formidable challenge for ensuring system security. This paper introduces a novel methodology aimed at detecting cyber-attacks in cyber physical systems. The proposed system leverages a Deep Neural Network for categorizing normal and attack data. Specifically, the DNN architecture is designed with four hidden layers to detect anomalies effectively. To ensure secure transmission, the system utilizes blockchain technology through the Ethereum platform. The Ethereum process generates blockchain blocks with headers, enabling data transmission from the cyberworld to the physical world while safeguarding against data tampering. Authentication of the proposed algorithms efficacy will be conducting using two real-time datasets, namely NSLKDD15 and CIDDS001. The comparative analysis demonstrates the encouraging outcomes of the suggested system when compared to current deep learning methods, such as classic DNN structures, Recurrent Neural Networks, and Deep Belief Networks.

8. Performance Analysis of Solar Dryer as Renewable Energy Source

AUTHOR NAME : Prof. D. R. Thawkar, Prof. V. H. Bankar, Prof. Kalyani K. Sengar, Prof. Aman G. Dhanvijay

ABSTRACT : The scenario in energy consumption in India is same than that of other part of continent. It is a matter of concern that the capita energy consumption data is very low in spite of high rate of development taking place. India is one of the largest consumers of fossil fuel such as crude oil, coal etc. This rapid increase in use of Nonrenewable energies such as natural gas, fossil fuel, oil, coal has created intense problems of demand & supply. In most of the developing countries, where electricity grid connection is unavailable or either unreliable, renewable energies such as solar energy are used. The scenario of food crises is also not different from that of energy. Scarcity of food due to large amount of wastage and improper handling has let to preservation of food. This paper emphasizes on the preservation of food with utilization of renewable energy.

9. Design, Manufacturing and Optimization of Brake system in FSAE (EV) Vehicle

AUTHOR NAME : Shreeyash Dadhekar, Aniket Barkade, Rakesh Chavan, Vishwas Palve

ABSTRACT : The study and design of a braking system for sports cars is the main emphasis of the current project. The braking system will be used in a car being created by the team Ethan racing electric to compete in the formula Bharat international collegiate design competition. The competition assesses the engineering, performance, and price of a Formula-style automobile. The values were evaluated and approximated for the under-design vehicle because it was the initial vehicle of this sort to be designed at team Ethan racing electric. To create a brake system that can satisfy the technical specifications of the competition, a technique has devised utilizing the theory of vehicle dynamics. Another aspect of this research was utilizing Finite Element Analysis (FEA), namely the ANSYS software version 2023, to analyses the behavior of brake rotors, brake mounts, pedals composed of various materials (Grey Cast Iron, Aluminum Alloy), and geometry (Drilled, Solid). For the design, static and thermal simulations were used. This leads to the demonstration of a braking system assembly that can achieve a four-wheel lock. In terms of thermal and static performance. Also, this year we are going to integration with electronics system which is BSPD (brake system plausibility device).This highlights the ongoing work being done on a braking system pause mechanism that will be incorporated into Formula SAE cars. This technology has the potential to transform the way FSAE cars are built and raced by adding an extra layer of safety and performance improvement. Additionally, it advances the larger subject of autonomous driving and vehicle safety technology.

10. A Study on Women Entrepreneurs of Nagpur City

AUTHOR NAME : Mr. Kashish Kaur Bhatiya, Dhanashree Khanorkar, Tejas Ghodmare, Gayatri Zode

ABSTRACT : Women entrepreneurs are those women who think of a business enterprise, initiate it, organize and combine factors of production, operate the enterprise and undertake risks and handle economic uncertainty involved in running it. The focus of the paper is to identify the main entrepreneurial ventures run by women entrepreneurs in Nagpur city. The study proposes to diagnose the problems faced by the women entrepreneurs and the opportunities available to women entrepreneurs in Nagpur city. The study will aid as a base for future studies on women entrepreneurs. Awareness into challenges faced by these women will provide a platform to overcome the difficulties and attain sustainable growth. The findings of the study could be used by the NGOs and financial institutions to examine, support, nurture & develop women entrepreneurs in their activities.

11. Use of IoT to Supervise and Regulate Robot Operations

AUTHOR NAME : Prof. P.B. Jaipurkar, Nikita D. Wankhade, Akanksha S. Yede

ABSTRACT : In response to the increasing need for accurate and effective automation solutions in the industrial sector, this research project offers a 5 Degree of Freedom (DOF) robotic arm intended for pick-and-place activities. It integrates cutting-edge object and form identification technology. Using Internet of Things technology, the robotic arm offers a web-based gateway for remote control and monitoring, giving real-time access to vital data. The arms careful construction, which includes sensors and servo motors, allows it to efficiently adjust to a variety of items. Its capabilities are expanded by the addition of object and form identification algorithms, which provide smooth industrial process control and interaction. By introducing a flexible robotic arm with IoT-enabled functions, this research ultimately advances industrial automation by guaranteeing increased effectiveness and flexibility in a range of industrial applications.

12. An Investigation of Effect of Bio-Medical Waste on Concrete

AUTHOR NAME : Mrs. Priyanka Petkar, Adesh Pawar, Pratik Ingole, Ameer Gedam

ABSTRACT : In India hospital bio medical waste (BMW) causing major problem. This research investigates the impact of incorporating biomedical waste (BMW) into concrete, aiming to evaluate its influence on mechanical and durability properties. Biomedical waste, posing significant environmental challenges, necessitates innovative waste management solutions. By integrating BMW into concrete, this study seeks to address both waste disposal issues and promote sustainable construction practices. The experimental approach involves varying proportions of BMW in concrete mixtures, assessing effects on parameters like compressive strength, flexural strength, permeability, and resistance to aggressive environments. Results will be compared with conventional concrete to ascertain the feasibility and potential benefits of BMW utilization in concrete production. This research contributes to environmental sustainability and civil engineering by offering insights into alternative waste management strategies and potential enhancements to concrete performance. The ultimate goal is to encourage the adoption of sustainable practices in the construction industry while tackling the complexities of biomedical waste disposal.

13. Optimizing Tower of Hanoi

AUTHOR NAME : Mrs. Qudsiya Naaz, Ms. Sakshi Patil, Mr. Manthan Gedam, Mr.Tufail Haidery, Mr.Om Waghmare

14. VideoScribe Insight: Solution for Students?

AUTHOR NAME : Prof. Qudsiya Naaz, Adakki Sai Uday Kiran, Mohammad Ubaid Khan, Sheikh Asad Ahmad, Aditya Hemant Patil

15. Exploring Potential of Gemini with AI Based Content Generator

AUTHOR NAME : Ritesh Shrivastav, Samiksha Shahane, Taskeen sadak Hydri, Mayuri V. Akre, Zumrah Daanyaal Amin

ABSTRACT : In an era marked by the expansion of digital content, the demand for efficient and high quality content creation has increase sharply. Our project introduces an innovative AI-based content generator designed to address this demand. Leveraging state-of-the-art natural language processing (NLP) techniques and machine learning algorithms, our content generator aims to streamline the content creation process while maintaining creativity and relevance. The integration of Gemini, an innovative artificial intelligence model known for its superior language understanding and generation capabilities, is at the core of our innovation. We are increasing the complexity and efficiency of content creation through integration with Gemini on our platform. By harnessing the power of AI, our content generator promises to revolutionize content creation workflows, enabling individuals and businesses to produce compelling and relevant content efficiently. This abstract provides an overview of the projects objectives, methodologies, and expected outcomes, highlighting its potential to empower creativity and innovation in the digital content landscape.

16. AI Based Digital Marketing

AUTHOR NAME : Mrs. Qudsiya Naaz, Ayaz Sayyed, Anam Pasha, Syed Amanuddin, Owais Qadri

17. Review on Comparative Analysis and Design Using WSM And LSM Method

AUTHOR NAME : Priyanka Nagdeve, Bharat Chacharkar, Srushti Raut, Ms. Neha Khobragade

18. Review On Stabilization of Soil Using Sugarcane Baggase Ash and Polypropylene Fibres for Rigid Pavement

AUTHOR NAME : Priyanka Nagdeve, Shivali Dhanorkar, Sanjana Motghare, Prof. Pankaj N. Patil

ABSTRACT : Mainly we studied how to improve the quality of foundation soil. For our project work, we reviewed many research papers, and from that, we noted that for effective stabilization of soil, there should be an improvement in the chemical properties of soil and physical properties of soil. Many use fibers to improve the physical strength of soil, these fibers have to be strong enough and have high tensile resistance properties. i.e. Coir fiber, bamboo fiber, glass fiber, polypropylene fiber. For improvement in Chemical properties, they used cementitious material for increasing binding strength. i.e. fly ash, silica flume, company kiln dust, sugarcane baggage ash. The combination of fibers and binding materials is very useful for the improvement of the strength of soil, hence from this we need to take one binding matetial and one fibre to get positive results. These all are taken at different proportion to get optimum content. Also, we need to select some test to verify changes.

19. Earthquake Resistant of G+3 building using STAAD.Pro

AUTHOR NAME : Priyanka Nagdeve, Rahul Balnath, Shrawani Kadu, Roshan Babar

ABSTRACT : Earthquakes pose a significant threat to buildings, infrastructure, and human lives worldwide. Mitigating this threat requires rigorous engineering strategies, especially in regions prone to seismic activity. This abstract presents a comprehensive approach to enhance the earthquake resistance of a G+3 building project. The present study is done to design the structure considering earthquake forces and other forces i.e., dead load, live load and earthquake load and comparing the costing of a building. The building shapes to play an important role for making the structure earthquake resistant. This earthquake resistant structure is taken for the 3rd seismic zone and Nagpur region is taken for which the factor value is taken as 0.16. Approximately around 30% of India falls in the zone 3 of seismic region. The code used are IS 456:2000 and IS 13920:2016. Designs per IS 13920-2016 satisfy all provisions of IS 456-2000 and IS 13920-2016 for beams and columns. It is found that the steel quantity is more for IS 13920 as compared to IS 456. So ductile detailing is achieved using IS 13920.

20. Analysis And Design of Plate Girder Using in STAAD.Pro

AUTHOR NAME : Priyanka Nagdeve, Himanshu Rodge, Rakesh Lilhare, Prachi Gajbhiye

ABSTRACT : The substantial growth in both population and traffic are likely to bring about several changes in the use and construction of different types of bridges. Plate girders and tee girders are the superstructures used in bridges the most frequently. This study effort has studied and constructed plate girders and Tee girders using the WSM (working state method) IS 800:1984 and LSM (limit state method) IS 800:2007 in STAAD-pro software as well as by manual computation to find the most appropriate form of bridge superstructure. The present study is done to design the structure of plate girder considering traffic loading and other forces i.e., dead load, live load and comparing the working state method and limit state method. In this research steel plate girder structure is taken for comparing the working state method and limit state method in this project The code used are IS 800:1984 and IS 800:2007 for design of girder for the road bridge. It is found that in the limit state method, the design load is obtained by multiplying the load’s partial safety factors to the work load and the working stress method is less economical as it gives thicker parts as compare to limit state method which is more economical because it gives thin sections.

21. Review on Earthquake Resistant of G+3 building using STAAD.Pro

AUTHOR NAME : Priyanka Nagdeve, Prof. Preeti Morey, Achal Pannase, Snehal Ingale

22. Stabilization of soil using sugarcane Bagasse Ash & Polypropylene fibres for Rigid Pavement

AUTHOR NAME : Priyanka Nagdeve, Nikhil Katekar, Dhiraj Nikure, Bhupesh Gajbhiye

ABSTRACT : In this project we are working on, how to improve overall properties of soil. Soft clay and sandy silty soil are problematic soil from civil engineering construction point of view mainly in rigid pavement construction. To make them extra feasible to production purposes, several substances have been used. This research work gives a hybrid approach of sugarcane bagasse ash and polypropylene fibres to stabilize the clayey soil and sandy silty soil During experimentation, the rate of baggage ash varied in 15% and 20%. Likewise, the rate of polypropylene fiber was varied as 1% and 1.5% by weight of soil. We used 2 tests are conducted on soil samples, one is California Bearing Ratio and other is Modified proctor compaction test. The experimental results showing that the combination of sugarcane bagasse ash and polypropylene fibre increases strength at optimum content of 20% and 1% respectively by the weight of soil. The project results proved that the use of this hybrid approach has effectively enhanced the density of soil and CBR values also. The optimum content of SBA and PPF for both the soil are 20% and 1% respectively.

23. A Review on Recycle and Reuse of Plastic Waste to Manufacture Plastic Fly Ash Sand Brick and Compare It with Normal Clay Brick

AUTHOR NAME : Ankush Ashok Bansod, Vinod Selote, Pratiksha Ramteke, Ms. Neha Khobragade

ABSTRACT : The substantial increase in plastic production has led to a corresponding surge in plastic waste, prompting scientists and researchers to seek innovative and sustainable methods for recycling and reusing this waste to minimize its detrimental effects on the environment. Among various sectors, repurposing waste plastic in construction materials has garnered considerable attention due to its potential dual benefits. Not only does it reduce the volume of plastic waste ending up in landfills, but it also decreases reliance on mined construction materials, thereby mitigating the construction industrys environmental impact. This paper provides a comprehensive overview of advancements in incorporating plastic waste into construction materials. It examines how plastic waste can be used as a binder, aggregate, fine aggregate, modifier, or substitute for cement and sand in the production of bricks, tiles, concrete, and roads. Furthermore, it discusses the effects of adding plastic waste on properties such as strength, water absorption, and durability. The reviewed research studies are categorized based on whether they focus on utilizing plastic waste for bricks and tiles or in concrete for road construction

24. Recycle And Reuse of Plastic Waste to Manufacture Plastic Fly Ash Sand Brick and Compare It with Normal Clay Brick

AUTHOR NAME : Ankush Bansod, Navin Pendyala, Akash Potbhare, Akash Sontakke

ABSTRACT : Plastic waste which is boosting day by day becomes horror and in turn pollutes the terrain, especially in high mountain villages where no scrap collection system exists. The use of plastic has grown broadly in recent times each over the world. Still plastic is non- biodegradable; it causes pollution and produce difficulties in managing indeed for a fat nation. The purpose of this study was to probe the terrain-friendly implicit use of plastic and demonstrate mileage of plastic sand bricks as essential structural rudiments, replacing standard complexion slipup. We are girdled by plastics. Important of our furniture, vesture, electronics, and food packaging are made from it. Over the onetime decades, natural material used in manufacturing comparable as paper, glass, and cotton, has been replaced by plastic. We know that this ubiquitous use of plastics has led to extreme plastic pollution of our terrain. Still, plastics are not just an environmental issue. Hence, these waste plastics are to be effectively employed. Low- viscosity polyethylene bags are gutted and added with beach at particular probabilities to attain high strength bricks that own thermal and sound sequestration parcels to control pollution and to reduce the overall cost of construction; this is one of the stylish ways to avoid the accumulation of plastic waste which is an on- degradable contaminant. This alternately saves the volume of beach/ complexion that has to be taken down from the precious swash beds mines. The plastic waste is naturally available in fat volume and hence the cost factor comes down.

25. Review on Steel Fibers Reinforced Concrete

AUTHOR NAME : Sayyed Shoeb Ali, Kalyani Motghare, Amaan Haris, Ms. Neha Khobragade

ABSTRACT : Concrete is one of the worlds most widely used construction material. However, since the early 1800s, it has been known that concrete is weak in capable of tension. decrepit combined with brittle behavior result in sudden ductile failure without warning. This is obviously not desirable for any building product. Thus, concrete requires some form of tensile fortification to compensate its brittle behavior and improve its normal stress and tension capacity to be used in structural applications. Historically, steel has been used as the material of choice for capable of tension reinforcement in concrete. Fiber Reinforced solid (FRs) is defined as a composite material essentially consisting of conventional concrete or mortar reinforced by the random dispersal of short, discontinuous, and discrete fine fibers of specific geometry. further research and development on fiber reinforced solid (FRC) has been initiated. The present aspect of this research is that how we utilize fibers of steel in structural solid elements for enhancing the concrete’s mechanical property. Also, the purpose of this research is to determine automatically properties of concrete and the comparison of these properties with containing and without containing fibers.

26. Review Paper Study on Design & Analysis of Circular ESR With Varied Zones

AUTHOR NAME : Preeti Morey, Prathmesh Menghare, Rohit Bisane, Satish Yadav

27. Experimental Investigation of Steel Fibers Reinforced Concrete

AUTHOR NAME : Aniket Gulhane, Rameshwari Tekam, Ms. Neha Khobragade, Prof. Pankaj N. Patil

ABSTRACT : The present aspect of this research is that how we utilize fibers of steel in structural concrete elements for enhancing the concrete’s mechanical property. Also, the purpose of this research is to determine mechanical properties of concrete and the comparison of these properties with containing and without containing fibers. The investigation is done by using few tests like compressive strength test. For determine strength in compression and strength in compressive, several tests are carried out according to exploration of required investigation. The: investigation program included, a total eleven mix batch of concrete which contain steel fibers vary from 0% to 2%by weight of cement with a regular interval of 0.5% by weight of cement. For development in mechanical properties of concrete we use crimped type fiber of steel. As we increase the fiber amount, as well as significantly there will materialize a decrement in workability of concrete. i.e. an inverse relation between them.

28. A Review on Steel Fibers Reinforced Concrete

AUTHOR NAME : Sayyed Shoeb Ali, Kalyani Motghare, Amaan Haris, Ms. Neha Khobragade

ABSTRACT : Concrete is one of the world’s most widely used construction material. However, since the early 1800’s, it has been known that concrete is weak in capable of tension. decrepit combined with brittle behavior result in sudden ductile failure without warning. This is obviously not desirable for any building product. Thus, concrete requires some form of tensile fortification to compensate its brittle behavior and improve its normal stress and tension capacity to be used in structural applications. Historically, steel has been used as the material of choice for capable of tension reinforcement in concrete. Fiber Reinforced solid (FRs) is defined as a composite material essentially consisting of conventional concrete or mortar reinforced by the random dispersal of short, discontinuous, and discrete fine fibers of specific geometry. further research and development on fiber reinforced solid (FRC) has been initiated. The present aspect of this research is that how we utilize fibers of steel in structural solid elements for enhancing the concrete’s mechanical property. Also, the purpose of this research is to determine automatically properties of concrete and the comparison of these properties with containing and without containing fibers.

29. Review on Design of Automated Water Distribution System for a Housing Society

AUTHOR NAME : Prof. Pankaj N. Patil, Darshan P. Titarmare, Prashant R. Mandhare, Asst. Prof. Ankush A. Banso

ABSTRACT : The necessity for effective water distribution systems has become increasingly apparent due to population growth and urban expansion. Currently, urban water supply heavily relies on manual intervention, where personnel are required to physically manipulate valves to regulate water flow in specific areas. This manual approach leads to inefficiencies and the potential for water misuse. Additionally, unauthorized extraction exacerbates water scarcity issues for others. The current method, which relies on monitoring main tank water levels, requires continuous oversight to prevent wastage, theft, and to optimize resource allocation. To address these challenges, various technologies have been explored to automate water distribution, aiming to improve efficiency and ensure equitable access. This research paper presents an innovative concept for an automated water distribution system. The proposed system utilizes technologies such as solenoid valves, timer circuits, and control panels to supply water to urban residential areas while simultaneously monitoring performance to effectively curb wastage and unauthorized extraction.

30. Design of Automated Water Distribution System for a Housing Society

AUTHOR NAME : Prof. Pankaj Patil, Bhavesh Fuse, Vishal Bobade, Ms.Preeti K. Morey

ABSTRACT : The necessity for effective water distribution systems has become increasingly apparent due to population growth and urban expansion. Currently, urban water supply heavily relies on manual intervention, where personnel are required to physically manipulate valves to regulate water flow in specific areas. This manual approach leads to inefficiencies and the potential for water misuse. Additionally, unauthorized extraction exacerbates water scarcity issues for others. The current method, which relies on monitoring main tank water levels, requires continuous oversight to prevent wastage, theft, and to optimize resource allocation. To address these challenges, various technologies have been explored to automate water distribution, aiming to improve efficiency and ensure equitable access. This research paper presents an innovative concept for an automated water distribution system. The proposed system utilizes technologies such as solenoid valves, timer circuits, and control panels to supply water to urban residential areas while simultaneously monitoring performance to effectively curb wastage and unauthorized extraction.

31. Vertical Axis Wind Turbine on Highway

AUTHOR NAME : Prof. Pankaj Patil, Sakshi Shinde, Himanshu Shingne, Mayuri Mathurkar

32. Utilizing Wind Turbines on Highways

AUTHOR NAME : Prof. Pankaj Patil, Parthav Kathane, Sharad Rathod, Ghufran Ahmed Khan

ABSTRACT : As India is a heavily populated country known for its efficient use of technology and labor, it requires a large amount of electricity for its livelihood. Currently, nearly 68% of its electricity is generated by thermal power plants, leading to significant carbon emissions. Countries around the world are trying to adopt renewable energy sources in all possible ways to control carbon emissions. Similarly, at the 26th Conference of the Parties (COP26) to the United Nations Framework Convention on Climate Change, India announced its target to achieve net-zero emissions by 2070. Renewable energy sources seem to be the most prominent alternative for this goal. This project focuses on the efficient installation of wind turbines on the median (traffic separator) to utilize the wind produced in both directions (using vertical axis wind turbines, VAWTs) of roads due to the high-speed movement of vehicles. This can fulfill the energy requirements of highway lights, toll gates, and more.

33. A Study on Analysis of Effective Team Building and Team Management for The Employees of Mahindra & Mahindra Company Nagpur

AUTHOR NAME : Nikhil Karemore, Sakshi Kamble, Prajwal Katwe, Amit Ninawe

ABSTRACT : In order to achieve the objectives of an organization, the renovation of encouraging work culture is very important. Hence, there is a need to work in a team spirit. Managers who act as a key person at different levels have to coordinate and channelize the pains of all subordinates and followers in a positive way. Leaders are answerable for not only to show the way to the subordinates to work as a team/group towards the attainment of goals but they are supposed to lead the group/team as well. P.F. Drucker studies leadership as a human distinctiveness, which lifts a man’s vision to higher rights, raises man’s performance to higher standards and builds a man’s personality beyond its normal limits. In this unit, you will learn the concept and types of teams, team development, team building and team effectiveness. You will further learn the concept and reputation of leadership, theories and styles of leadership. You will be exposed to the functions, effectiveness and qualities of an effective leader.

34. A Study of Performance Management Systems at TCS Pvt. Ltd. Nagpur

AUTHOR NAME : Dhanashree Kalamkar, Shruti Bokade, Akash Narnaware, Simran Patil

ABSTRACT : Management Performance appraisal is a method of evaluating the evaluating the behavior of employees Performance appraisal or merit rating is one of the oldest and most universal practices of in the work spot, normally including both the quantitative and qualitative aspects of job performance. Performance appraisal can be an effective instrument for helping people grow and develop in organizational setting. Through a Well-organized appraisal system. An employee can create learning spaces for himself in an organization. Effectively practiced and development-oriented performance appraisal & Review system, substantially contribute to the organization health. Organization cannot do away with Performance Appraisal. Some form of assessment of performance on a continuing basis is essential for survival as well as growth of an organization. If and develop yardsticks to measure it, if you want to improve performance. The performer has to be able to understand it.

35. A Study of Job Satisfaction Level of Employees at State Bank of India, Nagpur

AUTHOR NAME : Ruchita Gandait, Sushil Thawre, Trupti Yeole, Khushi Tande

36. A Study On Marketing Strategies Adopted By Haldiram In Nagpur

AUTHOR NAME : Shubham Pethe, Poonam Mengare, Ankita Nandanwar, Nikita Sayankar

37. A Comparative Analysis of Financial Performance of HDFC Bank & ICICI Bank for Year 2018-2023

AUTHOR NAME : Rakesh Bansod, Shruti Dudhmogre, Sejal Dahake, Unnati Wadibhasme

38. A Study On The Impact Of Gst On Small Traders A Consumers With Reference To Nagpur City

AUTHOR NAME : Vishal Supalkar, Himanshu Chawke, Ankita Gurpude, Shital Kadse

ABSTRACT : The introduction of GST in India has completely changed the way taxes are managed by substituting a complicated system of indirect taxes with a simpler and unified tax system. As businesses and individuals adjust to this new way of taxation, it is important to understand the details of GST and how it affects us. GST, or Goods and Services Tax, is a unified tax system in India that replaces multiple indirect taxes with a single tax. It makes taxes simpler, avoids double taxation, and helps the economy grow. It applies to both goods and services and is divided into CGST, SGST, and IGST components. Overall, GST has made the Indian tax system easier to understand and has had a positive impact on the country. GST in India is a comprehensive tax system that has updated Indian taxation by replacing various indirect taxes with a single tax. It provides various advantages to taxpayers, including a lower tax burden and more compliance. GST has also helped the Indian economy thrive by lowering the cost of products and services, encouraging exports, and improving supply chain efficiency. Understanding how GST works, and what its different types and rates are, will help taxpayers to comply with and reap the benefits of the taxation system of India.

39. A Study of Recruitment & Selection Procedure with Reference to Persistence Limited Nagpur FPR the Year 2022-23

AUTHOR NAME : Yash Mundle, Anchal Bansod, Pooja Chahande, Komal Gajbhiye

ABSTRACT : Recruitment and selection are fundamental to the success of all organizations, as businesses simply cannot function without the right employees. But first, you need to find them, fascinate them, and convince them that working in your business is their best option. the concept of recruitment refers to the process in which a company searches for, gathers and identifies candidates who please the criteria for a job opening within the business. Recruitment impacts on all angles of a company, as hiring capable talent is fundamental for an organization’s success. In fact, it is down to an organization’s people to range the business goals. The resolution of the recruitment stage, therefore, is to attract qualified and trained talent. Selection is the process whereby candidates’ qualities, expertise, skills, and experience are evaluated in relation to a job opening at an organization. In this stage the HR team creates a set of standards or tests to determine which candidates are competent, and which are not. In this way, it is possible to identify the candidate profile who finest fits the company’s requirements.

40. A Study Of Effectiveness In Training & Development Practices Adopted By Haldiram Company Ltd For Their Employees

AUTHOR NAME : Archana Bagde, Rakshanda Ninawe, Damini Parate, Rashmi Madavi

ABSTRACT : An organizations human resources (HR) department looks after various teams training and development necessities to promote growth. Training and development in the workplace are vital for helping employees be happy, productive and aware of their job responsibilities. Understanding everything about training and development can help you established training goals and establish a learning environment in the organization. With advancements in technology, workplace training can support employees stay up-to-date with the latest trends, skills and technologies. Typically, the training facet focuses on meeting short-term objectives and organizational goals, whereas the development aspect emphases on meeting training goals and growing professionally. The HR department emphases on offline courses, workshops, online courses and in-house training. Companies often use training to grow a specific skill set, while development can help employees become `improved professionals

41. A Study on Education Loan of State Bank of India, Nagpur

AUTHOR NAME : Vishakha Shingne, Rushikesh Pande, Divya Gawande, Pooja Bhalekar

ABSTRACT : Making education loans accessible to a wide section of students has been one of the priority areas of Government of India. Today around 18lakh students all over India are enjoying benefits of education loans and education loans worth Rs. 16000crore have been disbursed to the needy students, according to the Finance Ministry. Forty percent of total advances of the commercial banks are advanced to the priority sectors like agricultural loans, small scale industry, etc. Education loans also form a part of these priority sector advances of the Public Sector Banks, as higher education has gained significance all across the world in the knowledge era and in these times of globalization. Moreover, India has comparative advantage in the higher education field. Therefore, the responsibility of the Government of India becomes larger as user charges in higher education have been increasing in the post-reforms era especially due to mushrooming growth of higher education institutions in the private sector and cut in the government finances going to higher education. Also, that the access ratio in higher education in India is merely 12% against the world average of 23%. Higher education is seen as an instrument of upward mobility and still more than a quarter of population lives below poverty line.

42. Study On Self-Healing Concrete

AUTHOR NAME : Minakshi kawale, Aditya Bhima Juare, Mahek Gondane, Palak Waghade

ABSTRACT : Cracking is a prevalent issue in concrete structures, allowing water and various chemicals to penetrate, thereby compromising their durability and strength. This also affects reinforcement integrity upon exposure to water, CO2, and other substances. Repairing these cracks demands frequent maintenance and costly specialized treatments. To address this challenge, an autonomous self-healing mechanism has been introduced in concrete. This mechanism facilitates crack repair by generating calcium carbonate crystals that obstruct micro cracks and pores within the concrete. Bacteria selection is based on their viability in alkaline environments. Species like B. pasteurii, Bacillus subtilis, and B. spharicus are commonly employed in experiments by researchers due to their survivability in such conditions. Different bacteria require specific growth conditions, including temperature, medium composition, and duration. Through various experiments on numerous specimens of varying sizes, researchers have observed that bacteria enhance structural properties such as tensile strength, water impermeability, durability, and compressive strength of concrete. Additionally, the incorporation of lightweight aggregates alongside bacteria enhances the self-healing capabilities of the concrete.

43. Climate Based Crop Planning with Disease Prevention Through Data Intelligent Decision Making

AUTHOR NAME : Jagdish Pimple, Nehesh Sawarkar, Atharva Kewate, Prasad Mankar, Shreya Shahu, Khushi Dabhade

ABSTRACT : In today rapidly evolving agricultural landscape, characterized by technological advancements and dynamic climate conditions, farmers are faced with the challenge of optimizing crop planning while mitigating disease risks. This paper presents a novel approach to crop planning, focusing on climate and soil conditions as key determinants. By harnessing advanced technologies like machine learning and data analysis, farmers can make sound decisions regarding crop selection, planting plans, and resource management. By integrating current weather forecasts and soil data, farmers can adapt their strategies to maximize profits and prevent disease outbreaks. Our user-friendly dashboard offers clear recommendations and predictions, empowering farmers to navigate climate variability with confidence. This research not only benefits farmers but also promotes sustainable farming practices, contributing to the resilience of rural communities worldwide. Through collaboration and innovation, we aim to equip farmers with the tools needed to thrive in todays complex agricultural environment while safeguarding against disease risks.

44. Smart Agriculture System with IoT

AUTHOR NAME : Manish Gawai, Samir Kakde, Akasnsha Shende, Vaishnavi Shriwas, Sayali Raut

ABSTRACT : Smart agriculture is an emerging concept, since IOT sensors are capable of providing information about agriculture fields and then act upon based on the user input. This projects feature involves utilizing sensors with an ARDUINO UNO board to construct a system that can monitor temperature, moisture content, water level, and even movement in the field, which might kill crops. Because IOT sensors may gather data about agricultural areas and operate upon it in response to user input, smart agriculture is an emerging idea. Utilizing automation and emerging technologies, such as IOT, the initiative seeks to use smart agriculture. Utilizing automation and emerging technologies, such as IOT, the initiative seeks to use smart agriculture. After hardware has been established, software has to be updated based on changes in requirements and technology. A new software version refers to the changed hardware. To make sure that the modifications made to the previous version function well and dont introduce defects into other areas of the software, this new version must be tested. This is required because hardware updates in one area may have unfavorable impacts in other areas of the system.

45. Green Concrete

AUTHOR NAME : Shubhangi Meshram, Chakuli Nilkhanth Dhoble, Isha M. Chakradhare, Pratiksha N. Chakradhare, Prashant P. Barde

ABSTRACT : Green concrete is concrete that has been created from inorganic waste. More environmentally friendly products are available, and they’re employed to encourage the planet’s sustainable growth. This study is a companion to the possibility of using by products in the program’s execution, such as fly ash, pozzocrete, used foundry sand, etc. Green concrete is created by partially substituting fine aggregate and cement with their corresponding replacements. This study examines the impact on concrete’s compressive strength when pozzocrete P60 is used to replace up to 30% of the cement by weight of cement and used foundry sand is used to replace fine aggregate at percentages of 10%, 25%, and 50% of the cement by weight of cement. Five sets of mixing ratios were produced specifically for this investigation. This investigation was conducted to examine the benefits of their nation partially replacing cement and fine aggregate.

46. A study on Destructive Impact of Air Pollution on Concrete and Understanding Air Pollutions Harm and Solutions

AUTHOR NAME : Rushali Mane, Aaditi Kale, Ayush Taywade, Yash Lilhare

ABSTRACT : Understanding How Dirty Air Hurts Concrete looks into the big problem of air pollution and how its damaging concrete buildings all around the world. Even though concrete is tough, its getting weaker because of different dirty stuff in the air. This paper explains how air pollution makes concrete break down faster by talking about things like chemicals, water getting in, and stuff rubbing against it. By studying real examples and doing experiments, we figure out exactly which bad things in the air are causing concrete to get worse, like sulphur dioxide, nitrogen oxides, and tiny particles. We also talk about how this is a big deal for money and history because when concrete buildings and monuments fall apart, it costs a lot and takes away from our culture. This paper says we need to clean up the air fast to save our buildings and keep people safe. We suggest some ways to stop air pollution from hurting concrete so much.

47. Development and Optimization of a Compact Fruit and Vegetable Skin Peeling Device

AUTHOR NAME : Mrs. Ashwini Deogade, Mrs. Amruta Mundale, Krishnaa Gupta, Aryan Mendhe

ABSTRACT : In the contemporary era, there is a growing emphasis on repurposing waste materials to create practical items that benefit society. The demand for household appliances facilitating the effortless and cost-effective peeling of fruits and vegetables has prompted the development of a manual peeling machine. This machine is particularly valuable for food makers and small restaurants. Comprised of components such as handles, gear trains, bearings, lead screws, cutting tools, and a wooden base, this paper delves into the construction of a manual peeling machine. It explores both the theoretical and practical operational principles of the machine and its constituent parts, utilizing scrap or reusable materials. The assembly of components on a wooden base to create a functional model is described, along with an examination of wood characteristics and the advantages and disadvantages of lead screws. Currently, the peeling of fruits and vegetables, such as potatoes and apples, predominantly occurs through semi-automatic or automatic methods, with both approaches suffering from high peeling losses, particularly for produce with irregular surfaces. This research aims to enhance existing mechanical peeling techniques and devise new methods that closely approximate "ideal" peeling conditions by leveraging the mechanical properties of the produce. A mathematical model simulating the peeling process has been developed, with significant influencing parameters identified. These parameters, encompassing both product and peeler characteristics, are delineated as coefficients within a linear regression model. Experimental validation of the mathematical model is provided.

48. Design & Development of Smart Conveyor System for Power saving in Industrial Application

AUTHOR NAME : Mr. Nikhil Raipure, Gauri Batho, Ishant Bhopale, Abhishek Yadav

ABSTRACT : The main purpose of the project is to get knowledge of design and fabrication. The design is an environment friendly and uses simple properties such as mechanical Multi slider and automation properties which uses microcontroller and sensor. The design is done in such manner that understanding of designing, mechanism and forces analysis are enhance. In order to reduce the power losses, we planned to create a Smart Conveyor System that will reduce the power consumption of Industry by approximate eighty percent. This machine primarily usage is to save space. It can be placed anywhere in Industry, restaurant, canteens, etc. This project involves the process of designing the different parts of the Smart Conveyor System considering the forces and ergonomic factor for people to use. This project mainly about generating a new concept of Conveyor System that would make easier to bring anywhere and easier. After design has completed, it was transformed to its real product where the design is use for guidelines. A Smart Conveyor System is basically one of the most aid able machines. It helps to reduce the pollute environment of this world. Thus helps create a better place to live in. apart from that, this Smart Conveyor System can actually be the futuristic concept for small scale industrial uses. To design the mechanical part of this Smart Conveyor System and to fabricate the mechanical part of the system is the step to learn mechanical engineering.

49. NexGen Office Flow: A New Era in Workspace Automation

AUTHOR NAME : Prof. Mohini Gawande, Shrishti A. Mourya, Priti R. Kakde, Rajat S. Mahamalla, Tushar P. Wankhede

ABSTRACT : The major problem in the most populated and developing countries like India, is Energy or Power crises. Hence there is a too much need to save energy. We use several ways to save power like using electric and electronic gadgets whenever and wherever needed and switching them off while not in use. But there are many places like classrooms, large auditoriums, and meeting halls where a fan or an Air-conditioner keeps running in an unmanned area too, even before the people arrive. That improves the wastage of power in large amounts and contributes to a considerable amount of electricity loss. We all know about various methods for saving electricity like installing PIR sensors to detect people etc. In our project, we propose an automated system for controlling lights and fans using Passive Infrared (PIR) sensors. The system aims to enhance energy efficiency and convenience by automatically activating lights and fans when human presence is detected in a particular area and turning them off when the area is vacant. The system is designed to be modular and flexible, allowing easy customization and expansion

50. Advance Timer Based Appliance Control Switch

AUTHOR NAME : Prof. Pradip Balbudhe, Manas D. Thakare, Manash V. Swamy, Manashi V. Dhabekar, Gayatri S. Chandewar

ABSTRACT : The Advanced Timer-Based Appliance Control Switch is an advanced system thats meant to improve and automate home appliance control. Modern technology is integrated into this system to provide customers with a smooth and effective appliance management experience. Programmable timers, which enable users to arrange the operation of their appliances in accordance with their preferences and routines, are the central component of the system. All things considered, the Advanced Timer-Based Appliance Control Switch presents a novel approach to maximizing appliance control, giving consumers convenience, energy savings, and piece of mind when it comes to overseeing their domestic appliances. As technology continues to progress at a rapid pace, the need for smart and energy-efficient household appliances has increased dramatically. The main components of our projects are Arduino UNO microcontroller, Relay, Liquid Crystal display (LCD) and different Ohms resistors and 13 amp Socket outlet where the power is supplied to the electrical appliances. The device was implemented and tested with mobile phone, heater and other electrical appliances respectively. The device is cheaper and easier to use in electrical appliances.

51. Accumulated Reunited Assessment on Road Side Image Recognition Innovative Technology

AUTHOR NAME : Prof. Jayant Adhikari, Prof. Abhimanyu Dutonde, Jayshree Gorakh

ABSTRACT : Understanding traffic signs is essential for effective transportation systems on roads and highways. An overview of techniques for detecting and recognizing traffic signs is given in this paper. In order to design a system that can automatically detect road signs and display relevant images on the dashboard of a vehicle, we present the development and implementation of procedures for extracting road signs. The study presents a novel method for identifying and extracting road signs, with a special emphasis on niche markets like islands and educational institutions. Creating Vehicular Ad-Hoc Networks (VANETs): Smart traffic management systems rely heavily on this. By facilitating information sharing between roadside units, vehicles, and the traffic system and implementing them in real-world scenarios, researchers have successfully created VANETs in recent years. With the use of this technology, moving cars are able to recognize traffic signs like "school," "railway crossing," and "U-turn ahead." Drivers may find it difficult to notice every road sign or message plate, such as those for U-turns, speed breakers, railroad crossings, or diversions, during unfavorable weather conditions, such as inclement weather or rainy seasons. Each roadside unit or symbol in the suggested system has a single signal transmitter. Road safety is promoted and driver awareness is increased when a car passes a roadside unit because the receiver inside the vehicle picks up signals and shows the relevant message on the LCD display.

52. Face Lock on Website

AUTHOR NAME : Prof. Jayshree Gorakh, Harshal P. Raghtate, Shreyash S. Wadhai, Ashish M. Selokar, Tushar D. Naitam

53. Temperature Controller and Thermostat

AUTHOR NAME : Prof. Veena Katankar, Vaibhav Gaidhane, Shantanu Kholkute, Kartik Thakre, Udyan Deshmukh

ABSTRACT : This paper presents the design and implementation of a temperature control heating device aimed at providing efficient and precise temperature regulation for various applications. The device incorporates a microcontroller-based system with sensors for real-time temperature monitoring and control. The design process involved selecting suitable components, circuit design, and programming the microcontroller for temperature regulation algorithms. The implemented device offers customizable temperature settings, allowing users to achieve desired heating levels with high accuracy. Performance evaluation tests demonstrate the device capability to maintain stable temperatures within specified ranges, ensuring reliability and consistency in heating applications. Additionally, the device offers versatility and scalability for integration into diverse environments, making it suitable for a wide range of industrial and domestic heating applications.

54. Dynamic Car Rental Management Suite Using PHP

AUTHOR NAME : Prof. Jayshree Gorakh, Karina Sahare, Chandani Dhargawe, Badal Wasnik, Aman Dhargawe

55. A Weather Station Implementation in IoT with ESP8266

AUTHOR NAME : Prof. Pooja Pimpalshende, Rajat Bansod, Krunal Gurnule

56. Alcohol Sensing and GPS Tracking System

AUTHOR NAME : Prof. Aayush V. Bagade, Aditya F. Atkare, Pratik A. Meshram, Yash K. Adhale

57. Vigilant Parking System Using RFID Sensor

AUTHOR NAME : Prof. Pooja Pimpalshende, Shruti N. Kuhikar, Sampurna S. Biswas, Mansi V. Nakhate

ABSTRACT : Parking Allocation has become a major problem in modern cities for which numerous smart parking systems (SPS) have been developed. This paper presents the design and implementation of a Vigilant Parking System (VPS) employing RFID (Radio-Frequency Identification) and IR (Infrared) sensor, coupled with Arduino Uno Microcontroller and Servo motor actuation, aimed at optimizing parking space including RFID sensor for vehicle identification, IR sensor for detecting hardware components including and enhancing user experience. The system integrates hardware components including RFID sensor for vehicle identification, IR sensor for detecting vehicle presence, an LCD panel for user interface, Arduino Uno for Control logic, and servo motor for barrier operation. Through a series of experiments and validations, the effectiveness and reliability of the proposed VPS are evaluated in various parking scenarios. The result demonstrates the system’s capability to provide real -time monitoring, efficient parking space allocation, and automated enforcement of parking regulation, thereby addressing parking-related challenges and improving urban mobility.

58. Cryptography & Network Security

AUTHOR NAME : Aanchal Chandrakant Tiwari, Minal Kishorrao Mandawkar, Gaurav Balkrushna Nakade , Prof. Swati Rupesh Gawali

ABSTRACT : The paper begins with a survey of classical and present day cryptographic strategies, explores symmetric key encryption, uneven key encryption, and hybrid encryption schemes It examines the concepts of broadly used algorithms inclusive of DES, Besides AES, RSA, and ECC, affecting the trade-off among security and overall performance in cryptographic systems. The paper begins with a survey of classical and present day cryptographic strategies, explores symmetric key encryption, uneven key encryption, and hybrid encryption schemes it examines the concepts of broadly used algorithms inclusive of DES, Besides AES, RSA, and ECC, affecting the trade-off among security and overall performance in cryptographic systems. Next, the paper examines cryptographic protocols together with SSL/TLS, SSH, IPsec, Kerberos, and describes their use to stable communications over networks it examines the techniques utilized in these protocols to ensure privacy, integrity, and authentication statistics and its effect on efforts so as to mitigate web assaults. In addition, the paper examines common cryptographic attacks and countermeasures ranging from malicious assaults to discreet attacks. It emphasizes the significance of using cryptographic hashing, digital signatures, and message authentication codes to improve community security and discusses first-class practices for using those techniques in real-international conditions. Besides traditional writing technologies, research has been done on coding of notation, including , quantum crypto coding with quantum answers and quantum parts and because of quantum mathematics to handle it securely and reliably into, and how to get records new application you using privacy.

59. Review Securing the Digital Frontier: A Comprehensive Exploration of Cryptography and Network Security

AUTHOR NAME : Anshul Manohar Narad, Asawari Arvind Kale & Somesh Ravindra Taywade, Prof.Ajay Nanwatkar

ABSTRACT : In todays digital world, the security of communication networks and the protection of sensitive information have become paramount. Cryptography, the science of encoding and decoding information, along with network security measures, plays a crucial role in safeguarding data from unauthorized access and interception. This research paper provides a comprehensive exploration of cryptography and network security, beginning with a historical overview of cryptographic techniques and their evolution over time. Fundamental concepts of cryptography, including encryption, decryption, keys, and algorithms, are discussed, along with the application of symmetric and asymmetric encryption schemes. The paper delves into the objectives of network security, such as ensuring confidentiality, integrity, and availability of data, and examines mechanisms and protocols employed to achieve these objectives, including firewalls, intrusion detection systems, and virtual private networks. Cryptographic protocols such as SSL/TLS, IPsec, and SSH are analyzed in detail, highlighting their role in securing communication channels over networks. Current trends and challenges in cryptography and network security, including emerging technologies such as quantum cryptography and block chain, as well as cyber security threats and privacy concerns, are explored. The paper concludes by summarizing key findings and discussing future directions in cryptography and network security, emphasizing the ongoing importance of innovation and vigilance in protecting digital communication and data transmission.

60. The Block Chain Technology

AUTHOR NAME : Jayshree Shamlal Tarare, Chetna Talik Turkar, Sayli Manoj Gedam Prof. Swati Rupesh Gawali,

61. A Review on Hydro Sense Water Level Monitoring System

AUTHOR NAME : Manushka Gade, Rupali Mandape, Vishal Anjankar, Prof. Swati Rupesh Gawali

ABSTRACT : The Water Level Indicator Using IoT is a system designed to address the need for remote monitoring and management of water levels in various applications, including agriculture, water supply systems, and environmental monitoring. In this study, we propose a cost-effective and efficient solution that leverages Internet of Things (IoT) technology to monitor water levels in real time. The system consists of a microcontroller, water level sensor, and indicator components such as LEDs or a buzzer. The microcontroller interfaces with the water level sensor to measure the water level accurately. Data collected from the sensor is transmitted to microcontroller. The demand for efficient water management systems has become increasingly critical due to growing concerns about water scarcity, environmental sustainability, and the need for optimized resource utilization. In response to these challenges, this research presents a comprehensive study on the development and implementation of a Water Level Indicator utilizing Internet of Things (IoT) technology. The system integrates hardware components with software programming to enable real time monitoring and management of water levels across diverse applications.

62. Quantum Computing

AUTHOR NAME : Nikhil Agashe, Ritik Nagdeve, Prof. Swati Rupesh Gawali

ABSTRACT : Quantum Computing is a rapidly expanding study topic. This article discusses the fundamentals of quantum computing, current advances in quantum searching, and DE coherence in a potential quantum dot realization. Quantum bits, or qubits, differ from classical bits in that they can exist in a superposition of both states at the same time. This opens up enormous opportunities for parallel computing, allowing quantum computers to investigate a wide range of possibilities simultaneously. Furthermore, qubits can become entangled, bringing their destiny together regardless of distance. This entanglement enables unique algorithms to address issues in optimization, materials science, cryptography, and other fields with unprecedented efficiency. However, quantum computing is still in its early phases. Qubits are sensitive and error-prone, making it difficult to design large-scale computers. Nonetheless, current research is developing novel approaches to address these challenges and create reliable quantum software. As the area progresses, quantum computers have the potential to transform several scientific disciplines and usher in a new era of processing capability.

63. Security Challenges in Multi-Cloud Environments

AUTHOR NAME : Nikita P. Jaiswal, Yogita B. Patil, Shivam R. Jirapure, Prof. Swati Rupesh Gawali

ABSTRACT : Cloud computing has revolutionized the way organizations manage their computing infrastructure, offering unparalleled scalability and flexibility. As businesses increasingly embrace multi-cloud environments to diversify their IT resources and enhance resilience, security challenges have become a critical concern. This research paper delves into the complex landscape of security challenges inherent in multi-cloud environments, aiming to provide a comprehensive analysis and propose effective strategies for mitigating these risks.The threat landscape in multi-cloud environments encompasses various vulnerabilities, including data breaches, unauthorized access, insider threats, compliance issues, and distributed denial-of-service (DDoS) attacks. These challenges are compounded by the lack of visibility and control inherent in managing multiple cloud providers, as well as interoperability issues and difficulties in maintaining consistent security policies across disparate platforms. To address these challenges, a range of mitigation strategies and best practices are proposed, including robust authentication and access controls, encryption mechanisms, continuous monitoring, and automation of security processes. Additionally, emerging technologies such as artificial intelligence (AI), containerization, and zero-trust security models offer promising avenues for enhancing security in multi-cloud environments.

64. Data Visualization Science & Technology Projects

AUTHOR NAME : Pratiksha Kisnaji Mohod, Minakshi Deochand Janbandhu, Harshika Shankar Chimankar

ABSTRACT : Science and technology project management system is a fundamental tool in modern governments which is required for the effective management of research arrangement, financial resources, and project implement and researcher communication. However, despite its successful development, there are still many visualized application scenarios that require customized methods to explore data integration, and to establish visualization of project life cycle. To that end, this paper focuses on science and technology project data model and business data model based on four phases of management workflow. Furthermore, we propose a project life cycle model, a three-layered data structure for combining all the data of a project, to facilitate dynamic integration among project data and business data. In addition, we present a system architecture including its functional layers and data flow, which improves project life cycle visualization, and especially displays the details of project and business data in a prototype web page. This research contributes to project management business visualization by providing data models and system architecture, and helps project managers in making decisions, managing business operations and tracking the progress of tasks.

65. 3D Aquatic Robot Fish Using AI

AUTHOR NAME : Sanik Dilip Suryawanshi, Pallavi Himmatrao Parate, Sejal Dharmpal Bhadke

ABSTRACT : The paper talks about a cool new ways to find things underwater. You know how it’s hard to know exactly where stuff underwater the sea? Well, the made a system that helps with that! Imagine a system like GPS, but for underwater. We used special sensors that can listen to sounds underwater, look at things with cameras, and feel movements. These sensors work together to figure out where things are in 3D space underwater. We put some underwater “beacons” that send out signals to help us know where we are. These signals travel underwater and tell out system where things are underwater. We also used cameras to take pictures of underwater places and objects. Plus, we have sensors that can feel movements underwater. By putting all this information together using smart computer programs, we can tell exactly where things are underwater. This can helps scientists study ocean life, check underwater structures like pipes cables, and even guide underwater robots to do tasks. So, our system is like a high-tech underwater GPS that helps us find things underwater, making exploration and research easier and more accurate.

66. A Review on Encryption Technique Cloud Computing

AUTHOR NAME : Shantanu Jagdish Dawale, Chanchal Kishorrao Barahate, Sejal Suresh Patil, Prof. Ajay Nanwatkar

67. A Comprehensive Analysis on Unraveling the Architecture of Block chain Technology

AUTHOR NAME : Rushti Sondawale, Sakshi Dhoble, Aboli Sontakke, Prof. Rupesh Bangre

ABSTRACT : The digital currency bit coin itself is largely contribute but the underpinning block chain technology has worked flawlessly and set up wide range of operations in both financial and non ¬ financial world. The main thesis is that the blockchain establishes a system of creating a distributed agreement in the digital online world. The digital currency bitcoin itself is largely controversial but the underpinning blockchain technology has worked flawlessly and set up wide range of operations in both financial and non ¬ financial world. We give some explanation of blockchain architecture firstly and compare some type of agreement algorithms used in different blockchains. Likewise, technical challenges and recent advances are curtly listed. We want to make sure that we need a possible future trends for blockchain.

68. Review on Cryptography and Network Security

AUTHOR NAME : Durgaprasad Mahule, Tejus Mokale, Abhijit Rangari, Prof. Ajay Nanwatkar

ABSTRACT : The paper aims to provide a broad idea about Cryptography and Network Security. Cryptography is the practice and study of techniques to secure communication in the presence of adversarial behavior. On the other hand, Network security is the set of rules and configurations designed to protect the integrity, confidentiality, and accessibility of computer networks and data using both software and hardware technologies. Cryptography and network security are used to protect network and data communication take place over wireless networks and data which is stored in our systems. Cryptography is a network security tactic that is used to protect enterprise information and communication from cyber threats through the use of codes (encryption) using techniques such as merging words with images, and other ways to hide information in storage or transit. In this paper, we discussed about cryptography process, security mechanism, security services, attacks, types of cryptography, Steganography.

69. Artificial Intelligence for Climate Change Solution: A Powerful Weapon in our Arsenal

AUTHOR NAME : Avinash Sanjayrao Thakare, Akansha Vinayak Gahane, Rohit Rajesh Kumbhare, Prof. Ajay Nanwatkar

ABSTRACT : The paper aims to provide a broad idea about Cryptography and Network Security. Cryptography is the practice and study of techniques to secure communication in the presence of adversarial behavior. On the other hand, Network security is the set of rules and configurations designed to protect the integrity, confidentiality, and accessibility of computer networks and data using both software and hardware technologies. Cryptography and network security are used to protect network and data communication take place over wireless networks and data which is stored in our systems. Cryptography is a network security tactic that is used to protect enterprise information and communication from cyber threats through the use of codes (encryption) using techniques such as merging words with images, and other ways to hide information in storage or transit. In this paper, we discussed about cryptography process, security mechanism, security services, attacks, types of cryptography, Steganography.

70. Review Paper on Working of Biometrics

AUTHOR NAME : Pradhnya Vasantrao Pimpalkar, Pooja Surendrakumar Nagdeve, Renuka Digambar Sonewane ,Prof. Rupesh Bangre,

ABSTRACT : Biometrics refers to the process of using biological or behavioral identifiers to identify a person. A biometric system compares an individual’s biometric identifier to a previously recorded reference. If the biometric identifier is similar to the reference, the biometric system recognizes the individual as previously recognized. Physical identifiers can include fingerprints and irises, as well as facial structure and voice, as well as gestures. Behavioral identifiers can include signature and voice. Biometrics, also known as biometrics or biometrics, refers to the use of biometrics for identification purposes and access control, as well as to identify individuals who are being monitored. Biometrics can be used to ensure the security of digital devices and data. It can also control the security of electronic networks, electronic commerce and banking transactions, as well as restricted areas. In addition, biometrics can help to prevent fraud by verifying the identity of voters, drivers and visa holders.

71. A Study on Cloud Deployment Model

AUTHOR NAME : Pradhnya Vasantrao Pimpalkar, Pooja Surendrakumar Nagdeve, Renuka Digambar Sonewane ,Prof. Rupesh Bangre

72. Amazon Data Life Cycle Manager

AUTHOR NAME : Neha Raut, Amruta Raut, Pooja Bobade, Prof. Ajay Nanwatkar,

73. Cloud Cryptography: Cryptographic Protocols for Cloud Securityr

AUTHOR NAME : Harshada Murme, Vaishnavi Bisane, Vaishnavi Dakhare, Prof. Rupesh Bangre

ABSTRACT : Cloud computing cryptography is the utilization of cryptographic techniques and protocols to secure data and communications within cloud computing environments. To address the pressing concerns surrounding security in cloud computing, numerous cryptography algorithms have been proposed as solutions. These algorithms serve as a crucial line of defense, ensuring the confidentiality, integrity, and authenticity of data stored and transmitted through cloud services. Delivering computer services via the internet in place of storing data on a local memory device or native disk drive is known as cloud computing. The main advantage of using the cloud is the fact that it allows users to store and retrieve data from any location at any time, and all of its services are reasonably priced. Nevertheless, because the user does not directly maintain the data stored in the cloud, security has always been a major worry with cloud computing. The owners of the data are unlikely to know the direction their data is taking when it is uploaded or stored via a cloud computing service. The user is unknown to the fact whether the information is being collected, analyzed, and accessed by a third party or not. Various cryptography algorithm is proposed to overcome the security issues. This paper reviewed several cryptographic techniques found in previous work and concentrated on the fundamentals of cloud computing.

74. Artificial Intelligence

AUTHOR NAME : Sahil Pravin Choudhari, Anjali Ashish Chouhan, Nisha Shrikant Dhamange, Prof. Rupesh Bangre

ABSTRACT : The goal of computer sciences artificial intelligence (AI) field is to build machines that are capable of activities requiring intelligence comparable to that of humans. These activities cover a wide range of skills, such as decision-making, learning, problem-solving, and perception. Traditional symbolic approaches as well as more modern developments in machine learning and deep learning are examples of AI methodologies. Expert systems, robotics, computer vision, and natural language processing are important fields of AI study. The development of autonomously reasoning and acting systems is the ultimate aim of artificial intelligence (AI), with applications ranging from self-driving automobiles and virtual assistants to healthcare and finance. The goal of the quickly developing computer science discipline of artificial intelligence (AI) is to build machines that are capable of activities requiring intelligence comparable to that of humans. These systems use a variety of methods, such as natural language processing, neural networks, machine learning, and robotics, and language processing to analyze data, draw conclusions, and learn from it. Applications for artificial intelligence (AI) include recommendation engines, virtual assistants, self-driving cars, and medical diagnostic instruments. Artificial intelligence (AI) has the power to transform entire sectors, boost productivity, and improve human welfare. But technology also brings up moral, social, and financial challenges including algorithmic biases, privacy violations, and employment displacement. Notwithstanding these obstacles, the search for AI keeps spurring creativity and influencing how society and technology develop in the future.

75. A Review on Infrastructure as a Service of Cloud Computing

AUTHOR NAME : Purva Wanjari, Rasika Thaware, Gayatri Ingle, Prof. Ajay Nanwatkar

ABSTRACT : Cloud computing has revolutionized the IT industry by providing scalable and on-demand access to computing resources via the internet. This technology has transformed the way businesses and individuals manage their IT infrastructure, providing a flexible and cost-effective alternative to traditional on-premises solutions. This paper offers an overview of cloud computing, exploring its key concepts, architectures, deployment models and service models. It also discusses the benefits and challenges of adopting cloud computing, including scalability, reliability, security, and data privacy concerns. Additionally, it examines the impact of cloud computing on various industries, such as healthcare, finance, education, and entertainment, highlighting its role in driving innovation, enabling digital transformation, and enhancing business agility. The paper also discusses emerging trends and future directions in cloud computing, including server less computing, edge computing, multi-cloud environments, and artificial intelligence integration. It also emphasizes the importance of cloud computing skills and certifications for IT professionals and offers recommendations for organizations planning to migrate to the cloud or optimize their existing cloud infrastructure. In summary, this paper provides a comprehensive understanding of cloud computing and its significance in shaping the future of IT services. By leveraging the full potential of cloud technologies, organizations can achieve their business objectives [1].

76. Natural Language Processing

AUTHOR NAME : Shivani Chhatre, Saurabh Bawankar, Monali Pandhram, Prof. Rupesh Bangre

77. Leveraging Artificial Intelligence in Education

AUTHOR NAME : Vijaya Lad, Astik Kanoje, Shweta Sahare, Pro f. Rupesh Bangre

78. A Study on Cloud Deployment Model

AUTHOR NAME : Sakshi R. Deharkar, Rani G. Sambhare, Arpita T. Bangadkar, Prof. Rupesh Bangre,

ABSTRACT : The computer industry has come to accept cloud computing. The process of setting up a virtual computer system is known as cloud implementation. Cloud deployment offers scalable and adaptable virtual computing resources to enterprises. The kind of architecture used to install a cloud system is called a cloud deployment model. The administration, ownership, access control, and security protocols of these schemes are different. This study provides us with a comparative analysis of multiple clouds utilizing a variety of parameters, as well as an explanation of the various kinds of cloud computing service models and deployment patterns. Simply said, the comparison is based on a number of variables, including workload, performance, cost, dependability, data control, and numerous other cloud aspects.

79. Remote Sensing Automatic Generation of Seamless Mosaics Using Invariant Features

AUTHOR NAME : Prajakta Bhanuse, Rasika Dehankar, Rimanshu Kumbhare,Prof. Ajay Nanwatkar

ABSTRACT : Remote sensing refers to the process of acquiring information about objects or areas from a distance, typically using sensors mounted on aircraft, satellites, or drones. It allows scientists, researchers, and various industries to gather data about the Earths surface, atmosphere, and oceans without direct physical contact. The acquisition of satellite images over a wide area is often carried out across seasons because of satellite orbits and atmospheric conditions (e.g., cloud cover, dust, etc.). This results in spectral mismatch between adjacent scenes as the sun angle and the atmospheric conditions will be different for different acquisitions. In this work, we developed an approach to generate seamless mosaics using Scale-Invariant Features Transformation (SIFT). In this process, we make use of the overlapping areas between two adjacent scenes and then map spectral values of one imagery scene to another based on the filtered points detected by SIFT features to create a seamless mosaic. We make use of the Random Sample Consensus (RANSAC) method successively to filter out obtained SIFT points across adjacent tiles and to remove spectral outliers across each band of an image. The experimental results show that the proposed approach can generate good seamless mosaics.

80. A Study of Design, Development and Fabrication of Scara Robot-Review

AUTHOR NAME : Dr. V. G. Arajpure, Prof. Robin Babu, Nikhil Chacharkar, Ram Dhote, Pranay Panchodbariya

ABSTRACT : This paper presents a cost-effective approach to designing a 4-degree-of-freedom (4-DOF) SCARA (Selective Compliance Assembly Robot Arm) robot, utilizing in-house resources and off-the-shelf components to minimize fabrication costs. Through careful analysis of specifications such as reach, payload capacity, and workspace constraints, a tailored design approach is formulated. Considerations for ease of assembly, maintenance, and scalability are integrated to enhance operational efficiency. Experimental validation demonstrates the feasibility and effectiveness of the developed SCARA robot design for various industrial applications. This review critically examines design methodologies, including mechanical design, kinematics, dynamics, and control strategies, employed in SCARA robot development. Challenges encountered during design are explored alongside innovative solutions proposed by researchers. Performance testing methodologies, including simulation techniques and experimental validation, are analyzed to evaluate SCARA systems capabilities and limitations under different operating conditions. The review synthesizes key findings from existing literature, identifying future research directions to advance SCARA robot design and performance, contributing to the ongoing evolution of robotic technologies in industrial automation and beyond.

81. Design, Development and Fabrication of SCARA Robot

AUTHOR NAME : Dr. V. G. Arajpure, Ajay Sontakke, Chetan Mute, Prathamesh Thakre

ABSTRACT : High pay load capacity, lightweight, economical and efficient SCARA Robot is necessity of the time. Along with, higher Degree of freedom and more work envelope is the necessity of the industry. This paper present complete indigenous design, development and manufacturing of SCARA Robot. All component designed after complete analysis and synthesis of different links of robot, which has been manufactured in house. The modeling of the different components has been carried out using FEM static analysis. The assembled model has been simulated and tested on virtual load. The concept of design for manufacturing, assembly and maintenance has been incorporated which finally improve operational efficiency and this facilitated future adaptability. Experimental validation and performance assessment validated the effectiveness and feasibility of the developed SCARA robot design and confirming its suitability for diverse industrial applications. This finally helps to improve the performance efficiency of SCARA which also improve the skill of design, development, and Manufacturing capability.

82. Design & Analysis of High Torque Continuous Torqueing Tool

AUTHOR NAME : Prof. Shriram Ughade, Sachin Nagpure, Piyush Motghare, Sumit Mahajan

ABSTRACT : This project introduces a high-torque continuous torqueing tool designed specifically for fastening operations involving nuts and bolts in industrial settings. Traditional manual torque wrenches prove inadequate for tightening or loosening bolts beyond manufacturer specifications, risking thread stretching and subsequent loss of tension. Recognizing the inefficiency of existing tools in the market, particularly during maintenance shutdowns, this project aims to address the need for a faster and more efficient solution. The tool operates on a gear mechanism, allowing for high torque values ranging from 2000 N-m to 20000 N-m with continuous rotation at low speeds of 2 to 3 rpm. By incorporating planetary and worm gear drives, this portable tool offers ease of use and enhanced productivity, mitigating losses incurred during industrial maintenance activities.

83. Fabrication of 3-D Printer with IOT Monitoring System

AUTHOR NAME : Prof. Kalyani Sengar, Kunal Bijwe, Minesh Waghade, Akash Gupta

ABSTRACT : This project aims to demonstrate 3D printing by developing an affordable Fused Deposition Modeling (FDM) 3D printer using readily available materials with IOT. The focus is on cost optimization without compromising functionality. Through open-source designs and community engagement, the goal is to make 3D printing accessible for hobbyists, students, and small businesses. The project showcases the basics of 3D printing technology while keeping the design affordable and replicable. 3D printing has emerged as a disruptive force in manufacturing, offering unparalleled customization and rapid prototyping capabilities. However, challenges such as process monitoring, material optimization, and cost management persist. This project aims to address these challenges by harnessing the power of IoT to create a connected ecosystem for 3D printing. The projects central objective is to develop an IoT-enabled framework that seamlessly integrates with 3D printing systems, enabling real- time monitoring.

84. Review: on 3-D Printer Machine with IOT Monitoring System

AUTHOR NAME : Prof. Kalyani Sengar, Mangesh Mahoriya, Shonki Nipane, Anshul Donarkar

ABSTRACT : This project aims to demonstrate 3D printing by developing an affordable Fused Deposition Modeling (FDM) 3D printer using readily available materials with IOT. The focus is on cost optimization without compromising functionality. Through open-source designs and community engagement, the goal is to make 3D printing accessible for hobbyists, students, and small businesses. The project showcases the basics of 3D printing technology while keeping the design affordable and replicable.3D printing has emerged as a disruptive force in manufacturing, offering unparalleled customization and rapid prototyping capabilities. However, challenges such as process monitoring, material optimization, and cost management persist. This project aims to address these challenges by harnessing the power of IoT to create a connected ecosystem for 3D printing. The projects central objective is to develop an IoT-enabled framework that seamlessly integrates with 3D printing systems, enabling real- time monitoring.

85. Review on Hybrid Power Generation System Using Solar & Wind Energy

AUTHOR NAME : Mayuri Wandhare, Bhavik Tembhare, Tufail Ahmad khan, Kunal Waghale

ABSTRACT : The challenge to the electricity supply of non-electrified rural areas as well as the prevention of a further extension of the old network are among the tasks that a concept must fulfill. The salient solution of the system fuses solar panels and wind turbines to utilize the compatible sources. Energy generation, in this regard providing a stable and continuous power. Solar panels are employers daytime sun and wind are taking the energy at night as well. The turbines, meanwhile, rotate continuously, harnessing energy from the wind even during the night-time hours. Integration this stand decreases a huge probability for oil using as an energy source. Reduces the emission of greenhouse gases, conserves fuel and boosts sustainability. The systems capability to accommodate different geographical environments will be another prime factor for consumer adoption

86. Fabrication of Solar and Wind Energy Based Charging Mechanism

AUTHOR NAME : Mayuri Wandhare, Thurkai Rajan, Sarang Mendhe, Sagar Nagpure

ABSTRACT : This paper illustrates the solar and wind energy-based charging mechanism (SWCM) capable of charging the battery packs of an electric vehicle (EV). Renewable charging station incorporates solar PV modules and a wind turbine. The power generation SWCM drastically reduces the consumption of fossil fuels for electricity generation thereby the CO2 and CO emissions are largely reduced. The renewables sources like wind and solar, has been modelled by a simple diode model and an analytical modelling has been done for wind energy generation. Proposed SWCM has simulation model created in MATLAB-Simulink. The study of the I-V and P-V characteristics of the solar panel has been done for different irradiance levels as well as the study of the parameters of the wind turbine has been done for two different loading (1kW and 3kW). Two unidirectional DC to DC converters are connected to the PV modules and the wind turbine and six bidirectional DC-DC converters are connected to the ten charging points which gives charging to the electric vehicles. For balance of the load demand, the associated system is connected to the grid through a three-phase bidirectional DC-AC (alternating current) inverter. The obtained results indicate that the proposed renewable charging mechanism has the potential to EV charging which results in pollution free environment.

87. 3-D Printing: A Technological Review

AUTHOR NAME : Ram R Wayzode, Yogesh Agre, Kaushik Wanjari, Aditya Thakare

ABSTRACT : By layering on materials one after the other, digital fabrication technology, also known as 3D printing or additive manufacturing is nothing but manufactures actual items from geometric representations. One rapidly developing technology is 3D printing. These days, 3D printing is employed all over the world. The application of 3D printing technology is expanding in the fields of agricultural, healthcare, automobiles locomotive, and aerospace. It is utilized for mass modification and fabrication of various open-source designs. With the use of 3D printing technology, an item can be printed right from a computer-aided design (CAD) model, layer by layer. The varieties of 3D printing methods, their applications, and the materials utilized for 3D printing in the industrial industry are all summarized in this paper.

88. Investigation of Cooling Tower Scaling Factor Mechanism for HVDC Valve Cooling System

AUTHOR NAME : Ram R Wayzode, Harsh Padole,Vedan Gedam, Himanshu Bagle

89. A Review of Fabrication of Smart Grass Cutting Cum Sprinkler Machine by using Iot Application

AUTHOR NAME : Sugat Tirpude, Shreyash Meshram, Rounak Gupta, Prof. Ketan Tonpe

90. Fabrication of Smart Grass Cutting Cum Sprinkler Machine by using IOT Application

AUTHOR NAME : Ketan Tonpe, Rohit Bandbuche, Rohit Rangari, Yashkumar Thawkar

ABSTRACT : The present technology commonly uses manually operated devices to cut the grass, creating pollution and energy loss. In this project, we introduce the automatic grass cutter for cutting grass. Automatic grass cutter can able to decrease the workload of cutting grasses in the field; also in this, the operating force is given by the rechargeable battery that is fixed to the cutter, sensors, and crane mechanism can able to find out the unwanted things and get around while the operation. The grass-cutter and motors used in the vehicle will be frontier with the Arduino mega2560, the entire motors management. The vehicle will be in boundary with the ultrasonic sensor to identify the object. On obstacle detection, the ultrasonic sensor monitors it, and the Arduino thus stops the grass cuter motor to negotiate any damage to the object/human/animal, whatever it is. It consists of obstacle avoidance, android application, adjustable level of grass-cutter, and gear wire blade. Also, the design parameters are discussed in this paper. This study aims to develop an autonomous grass-cutting robot embedded with obstacle avoidance and grass level adjustments.

91. An Approach towards Designing and Developing French Knitting Machine

AUTHOR NAME : Prof. Nitinkumar Padghan , Krushn Bopche, Mukund khobragade, Sagar Borekar

ABSTRACT : Building French knitting, whether manually or with automatic machines, presents both challenges and advantages. Challenges include the initial setup and calibration of equipment, particularly with automatic machines, as well as the compatibility of yarn types with the chosen method. Jamming can occur, especially with automatic machines, requiring troubleshooting and maintenance. Tension control is crucial for producing consistent results, and achieving the right balance can be tricky, particularly for beginners. Despite these challenges, French knitting offers numerous advantages. Automatic machines streamline the production process, increasing efficiency and productivity. They also ensure consistency in tension and stitch quality, resulting in uniform cords suitable for various projects. French knitting, whether manual or automatic, is relatively easy to learn and use, making it accessible to crafters of all skill levels. Presented paper primarily focus on presenting the approach toward designing and developing the French knitting machine.

92. Experimental Investigation of Yield of Agriculture through IOT Technology

AUTHOR NAME : 1Kunal P. Javanjal, 2Abhijeet. V. Thombre, 3Ritik. A. Wange, 4Nazmul Arefin

ABSTRACT : The evolution of smart agricultural solutions has emerged as a prominent trend in modern daily activities. Encouraging farmers to adopt advanced technologies with ample resources has proven effective in optimizing costs while maximizing output. This paper addresses the challenge of soil moisture management in agricultural fields by proposing a solution that regulates water supply based on real-time moisture levels. Leveraging a combination of LoRa (Long Range Radio) and cloud technologies, this approach fosters agricultural modernization and offers solutions to various agronomic challenges. It ensures optimal crop yield with minimal power consumption and cost. In response to this need, the research presents an IoT-based agricultural monitoring system utilizing the ESP32 microcontroller and LoRa transmission, powered by battery and accessed through a Web Server Dashboard. Tests include sensor readings, dashboard displays, and data transmission, demonstrating the effectiveness of the system in processing sensor data and transmitting it via LoRa and the internet with synchronous data access.

93. Moisture, Light Intensity and Weather to achieve maximum Yield Integrating LoRa Soil Technology for Smart Agriculture- Monitoring NPK

AUTHOR NAME : Ashish M. Khawas, Rushabh G. Gaidhani, Yashwant D. Paunikar, Prof. Amit Bankar

ABSTRACT : The proposed system aims to monitor crucial parameters including Nitrogen (N), Phosphorus (P), Potassium (K) levels, soil moisture, light intensity, and weather conditions in real-time. The integration of LoRa technology provides long-range, low power communication capabilities, making it ideal for agricultural applications spread across vast areas. Thing Worx, a leading IoT platform, serves as the central hub for data aggregation, visualization, and analysis. Through LoRa-enabled sensor nodes deployed in the field, data on NPK levels, soil moisture, light intensity, and weather parameters are collected continuously. The collected data is transmitted wirelessly to the Thing Worx platform, where it is processed and analyzed in real-time. Utilizing Thing Worxs capabilities, farmers and agricultural experts gain access to actionable insights and predictive analytics, enabling informed decision-making and optimized resource allocation. Moreover, the system facilitates remote monitoring, allowing stakeholders to monitor agricultural conditions from anywhere, enhancing operational efficiency and productivity.

94. Fabrication of Multipurpose Socio-Economic Kitchen Waste Management Bin-Review

AUTHOR NAME : Prof. Rahul D. Gorle, Kiran W. Kene, Deepak M. Nageshwar, Chetan A. Bobade.

ABSTRACT : Organic waste management presents a critical challenge in contemporary society, necessitating innovative solutions to streamline the process efficiently. This review paper explores the role and efficacy of organic waste composting machines in addressing this challenge. Through a comprehensive analysis of existing literature and case studies, the paper evaluates the impact of composting machines on waste management systems, highlighting their potential to mitigate environmental degradation and promote sustainable practices. Key components of composting machines, including waste collection bins, decomposition mechanisms, and environmental regulation circuits, are examined in detail, elucidating their contributions to accelerating the composting process and producing high-quality compost. Furthermore, the paper discusses the implications of composting machine implementation for household waste management, agriculture, and environmental sustainability. By synthesizing current research findings and practical insights, this paper offers valuable insights into the design, operation, and benefits of organic waste composting machines, providing a foundation for future research and development in this crucial field.

95. Fabrication of Multipurpose Socio-Economic Kitchen Waste Management Bin

AUTHOR NAME : Dr. Vivek G. Parhate, Ganesh S. Maharana, Bhushan Y. Parate, Gaurav A. Nanhe

ABSTRACT : An organic waste composting machine is an essential tool for efficiently managing organic waste. This independent unit streamlines the entire process, from waste collection to decomposition, resulting in high-quality compost. Without such a machine, composting organic waste can be a time-consuming and labor-intensive task. In this paper, we plan to utilize a composting machine to handle the organic waste effectively. The machine will consist of a designated bin for kitchen waste collection, a mechanism for crushing and decomposing the waste, and an automated circuit to regulate temperature and humidity levels. This controlled environment will accelerate the composting process, ensuring that the waste is efficiently converted into nutrient-rich manure. By incorporating an organic waste composting machine designed, we aim to maximize the efficiency of our waste management system. This technology will not only speed up the composting process but also produce high-quality compost that can be used to enrich soil and promote sustainable agriculture practices, in the household itself.

96. Development of a High-Torque Continuous Torqueing Device

AUTHOR NAME : Prof. Shriram Ughade, Mr. Saurabh Sathawane, Mr. Sanket Pokale, Mr. Tushar Bhandekar

97. Single Slope Solar Still with Serpent Type Fins on Absorber Plate

AUTHOR NAME : Dr. Manoj Baseshankar, Shantanu Mundle, Harshal Halbe, Himanshu Landge

ABSTRACT : Experimental analysis on single slope solar still with attachment of Serpent Type Fins on absorber plate. Here, experiments have conducted on single slope solar still with and without attachment of Serpent Type Fins. Generally, fins are used in solar still to reduce the preheating time of water and attain positive water and inner glass cover temperature during morning hours for increment in distillate output. Series of experiments have performed in Government Engineering College during May 2017 during sunshine hours. Various temperature like water, inner glass cover temperatures and solar insulations have measured by standard instruments. From the experiment, it has found that, the distillate output of attachment of fins found 3.8 liter and conventional solar still found 2.67 liter. Hence, percentage increment of 42.3% found.

98. IOT Based Smart Office Using Crystal Topology

AUTHOR NAME : Prof. Madhuri Ninawe, Sahil Sheikh, Mayur Dhande, Ravi Sharma

99. Review on Emergency Smart Ventilator Machine with Health Monitoring System

AUTHOR NAME : Payal Burale, Nikita Tidke, Snehl Bandebhuche, Harshwardhan Belkhode, Saurbh Madavi

ABSTRACT : The main goal of this project is to create a low-cost, effective respirator for COVID-19 patients as well as assess vital signs using an integrated client tracking system that can monitor numerous patients in both adult and pediatric modes. In intensive care units, a mechanical ventilator gives patients experiencing respiratory distress the vital oxygen assistance they need. As a result of this project, we have created a transportable mechanical ventilator that may be used in emergency vehicles and by those who are having respiratory problems. We have developed a portable high-frequency ventilator that measures ECG, SPO2, temperature, and pulse by combining sophisticated electronics as well as mechanical instruments, such as microcontrollers and sensors like heartbeat, blood pressure, temperature, and pulse sensors. The ventilator has two operating modes that are made possible by the incorporation of motor drivers and switches. The microcontroller receives all sensed data, analyses it, and outputs the ventilator data onto an LCD panel for the relevant staff to view. Especially during the COVID-19 pandemic, its design guarantees precise and efficient patient respiratory status monitoring and treatment.

100. Design and Implementation of IOT Based Crop Protection and Automatic Rain Water Harvesting System

AUTHOR NAME : Samiksha Jichkar, Kirti Gawari, Pooja Fale, Ajinkya Raut

101. Emergency Smart Ventilator Machine with Health Monitoring System

AUTHOR NAME : Prof. Damini Tonde, Payal Burale, Nikita Tidke, Snehl Bandebhuche ,Harshwardhan Belkhode , Saurbh Madavi

ABSTRACT : The main goal of this project is to create a low-cost, effective respirator for COVID-19 patients as well as assess vital signs using an integrated client tracking system that can monitor numerous patients in both adult and pediatric modes. In intensive care units, a mechanical ventilator gives patients experiencing respiratory distress the vital oxygen assistance they need. As a result of this project, we have created a transportable mechanical ventilator that may be used in emergency vehicles and by those who are having respiratory problems. We have developed a portable high-frequency ventilator that measures ECG, SPO2, temperature, and pulse by combining sophisticated electronics as well as mechanical instruments, such as microcontrollers and sensors like heartbeat, blood pressure, temperature, and pulse sensors. The ventilator has two operating modes that are made possible by the incorporation of motor drivers and switches. The microcontroller receives all sensed data, analyses it, and outputs the ventilator data onto an LCD panel for the relevant staff to view. Especially during the COVID-19 pandemic, its design guarantees precise and efficient patient respiratory status monitoring and treatment.

102. Review Paper on IOT Based Egg Incubator

AUTHOR NAME : Vishal Ghavghave, Harshal Balpande, Vishal Rathor, Janavi Karande,

ABSTRACT : In this paper presents the design and implementation of an IoT-based egg incubator system equipped with real-time data monitoring and candling system. This study developed an automatic egg incubator and hatchery system with automated humidity and temperature control. The performance evaluation of incubator and hatchery system was carried out. The egg incubator system has two types of sensors: temperature sensor and humidity sensor. These sensors are used to measure the condition of the incubator and send the data to the microcontroller system that is responsible to make the decision to operate the actuators to keep the environment inside incubator within the suitable conditions for eggs. This was with a view to develop an improved incubator system that is capable of hatching large number of chicks at a time and also attaining high hatchability.

103. Computerized Water Tank Supervision Framework Using IoT and Data Analytics

AUTHOR NAME : Kunal Gupta, Bhumika Sawarkar, Kadambari Chafle, Dnyanesh Shinde,

ABSTRACT : A novel approach to the problems with traditional water tank management techniques is presented by the "computerized water tank supervision framework using iot & data analytics." This system, which uses IoT technology and data analytics to automate the water transfer process and provide real-time monitoring capabilities, completely transforms the management of water tanks. These sensors enable effective management by capturing a wide range of crucial parameters pertaining to the quantity and quality of water. Additionally, predictive maintenance capabilities are made possible by the integration of data analytics, which improves overall operational efficiency, this system compels Organizations to be empowered to optimize water usage, prevent waste, and guarantee a consistent supply of water by means of the proposed systems automation of water renewal processes, continuous real-time monitoring capabilities, and predictive maintenance capabilities. This innovative strategy fosters environmental sustainability in addition to improving resource conservation.

104. IoT Based Design of Smart Mirror Using Raspberry Pi

AUTHOR NAME : Vivek V. Meshram, Aman D. Meshram, Nivedita D. Mandavkar, Prof. Shailesh G. Birthariya,

ABSTRACT : This paper introduces an innovative IOT-based design for a Smart Mirror, utilizing the Raspberry Pi platform. The Smart Mirror amalgamates traditional reflective surfaces with cutting-edge technology, transforming it into an interactive and intelligent device. The Raspberry Pi, a versatile single-board computer, serves as the central processing unit, facilitating connectivity and interaction with the Internet of Things (IOT) ecosystem. The Smart Mirrors transparent display, concealed within the reflective surface, creates an augmented reality experience. Through a user-friendly interface, individuals can personalize the mirrors content, accessing real-time information such as weather updates, calendar events, news feeds, and more. Leveraging IOT connectivity, the mirror extends its capabilities to interact with various online services and smart home devices, becoming a centralized control hub for IOT-enabled appliances. Facial recognition technology enhances user experience by enabling personalized interactions and user authentication. Machine learning algorithms adapt the mirrors content based on user preferences over time, ensuring a tailored and intuitive display. Privacy and security are paramount, with the implementation of robust encryption protocols and secure communication channels to safeguard sensitive information. This IOT-based Smart Mirror not only offers an aesthetically pleasing addition to living spaces but also exemplifies the potential of integrating IOT with commonplace objects. The Raspberry Pis flexibility, coupled with IOT capabilities, propels the evolution of smart home technology, showcasing the possibilities for enhanced human-computer interaction in modern environments.

105. Research Paper on Bluetooth based Home Automation using Arduino

AUTHOR NAME : Piyush Hadke, Vedant Khambadkar, Mrs.Aarsi Ansari, Arpit Ghorpade,

106. The Ultimate Energy Management System for Sustainable Future

AUTHOR NAME : Varsha Patel, Ankita Sahu, Rinki Kolhatkar, Vanshita Nagrare

ABSTRACT : This study provides a review of energy management systems. Physical energy meter reading is an antiquated idea that wastes manpower, is wasteful, is prone to error, and burdens customers because energy companies charge their customers for the labor of physically reading the meters. Although replacing outdated energy meters is an expensive and difficult task, smart energy meters provide a significant solution to the aforementioned issues. In order to address the aforementioned problem, this paper presents an Internet of Things (IoT)-based smart energy meter that uses Raspberry Pi devices. The old meters that are already installed can be converted to prepaid smart meters with a little tweak. It is not necessary to replace the antiquated energy meter. Smart mobile applications, personalized websites, and SMS services for sending pertinent messages to clients make it simple for users to access these meters. When a user uses up their prepaid threshold value, these meters can be automatically turned on and off via the smart app.

107. Path Finding Smart Vacuum Cleaner

AUTHOR NAME : Priyanka M. Raut, Deeksha Bhagat, Prof. Pooja Sarangpure

ABSTRACT : Cleaning homes and the surrounding area is increasingly difficult with the busy routine of today. There are currently vacuums that need to be operated by people. Vacuum cleaners that operate without the requirement for human intervention are therefore desperately needed. This project has created an effective way to clean the desired region. This hoover cleaner can be used to clean dangerous areas, lowering the risks to people. By putting an autonomous system into place, this is accomplished. The primary goal of this project is to design and build a vacuum robot prototype. To this end, a motor with wheels, an ARDUINO UNO, a motor shield, and an ultrasonic sensor will be used. The robots distance from the obstruction is determined by the ultrasonic sensor. Twelve volt batteries are used to power the entire circuit. A hoover robot will possess multiple user friendly characteristics.

108. Review on IOT Based Smart Office Using Crystal Topology

AUTHOR NAME : Prof. Madhuri Ninawe, Sahil Sheikh, Mayur Dhande, Ravi Sharma

109. IOT Based Crop Protection and Automatic Rain Water Harvesting System

AUTHOR NAME : Samiksha Jichkar, Kirti Gawri, Pooja Fale, Ajinkya Raut,

ABSTRACT : Technology plays a central role in our everyday life. In the agriculture sector alone, the deployment of IoT has led to smart farming, precision agriculture. This paper presents the development of Internet of Things application for crop protection to prevent animal intrusions in the crop field. It often poses risks to humans and animals. Since more and more wild animals are causing damage to their cultivation, humans could not tolerate it. Therefore, they require an effective mechanism to overcome this situation. The presence of the animal will be sent to the farmer via a mobile application. Both two models were combined and runs on ESP32 Processor which acts as the processing unit for the system, captures the images of animals, and predicts it. All living species in the world need is water. These days, water consumption in family units has expanded because of the ill-advised utilization of water in different exercises, for example, cultivating, vehicle washing or family unit cleaning. The rainwater harvesting system can reduce the water shortage and useful in various situations. In view of measurable data accessible during quite a while, a reproduction framework is worked to decide the ideal precipitation assortment tank volume and assess the utilization of such a framework in specific areas. This is to give data to propel water reaping innovations in the horticultural grounds of the semi-dry situations of India.

110. Path Finding Smart Vacuum Cleaner Robot

AUTHOR NAME : Prof. Pooja Sarangpure ,Pushpak Jamgade Simran Garghate,

ABSTRACT : Cleaning homes and the surrounding area is increasingly difficult with the busy routine of today. There are currently vacuums that need to be operated by people. Vacuum cleaners that operate without the requirement for human intervention are therefore desperately needed. This project has created an effective way to clean the desired region. This hoover cleaner can be used to clean dangerous areas, lowering the risks to people. By putting an autonomous system into place, this is accomplished. The primary goal of this project is to design and build a vacuum robot prototype. To this end, a motor with wheels, an ARDUINO UNO, a motor shield, and an ultrasonic sensor will be used. The robots distance from the obstruction is determined by the ultrasonic sensor. Twelve volt batteries are used to power the entire circuit. A hoover robot will possess multiple user friendly characteristics.

111. IoT Based Design of Smart Mirror Using Raspberry Pi

AUTHOR NAME : Vivek V. Meshram, Aman D. Meshram, Nivedita D. Mandavkar, Prof. Shailesh G. Birthariya

ABSTRACT : Detecting malware presence in files is crucial due to its increasing volume, leading to significant issues for companies, such as data loss and operational challenges. Malware can notably hinder system performance by slowing operations and encrypting files in personal computers. This report presents a comprehensive exploration of a versatile framework employing machine learning algorithms tailored specifically for malware detection. These algorithms effectively differentiate between clean and infected files. The primary aim is to minimize false positives in the data. The paper proposes the use of three Machine Learning (ML) models - Random Forest (RF), Decision Tree (DT), and K-Nearest Neighbors (KNN) - utilizing a publicly available malware dataset for training and testing these models. The final outcomes indicate that RF classifiers achieve an accuracy score of 99.12%, surpassing the performance of the other two classifiers.

112. Review Paper on IOT Based Egg Incubator

AUTHOR NAME : Vishal Ghavghave, Harshal Balpande, Vishal Rathor, Janavi Karande

ABSTRACT : In this paper presents the design and implementation of an IoT-based egg incubator system equipped with real-time data monitoring and candling system. This study developed an automatic egg incubator and hatchery system with automated humidity and temperature control. The performance evaluation of incubator and hatchery system was carried out. The egg incubator system has two types of sensors: temperature sensor and humidity sensor. These sensors are used to measure the condition of the incubator and send the data to the microcontroller system that is responsible to make the decision to operate the actuators to keep the environment inside incubator within the suitable conditions for eggs. This was with a view to develop an improved incubator system that is capable of hatching large number of chicks at a time and also attaining high hatchability. The proposed system utilizes Internet of Things (IoT) technology to provide automated control and monitoring of environmental parameters crucial for successful egg incubation. By integrating sensors for temperature, humidity, and egg turning mechanisms, the designed incubator also has a turner that is used to rotate the egg 45 degree every 4 hours to avoid the sticking of the embryo to the eggshell. The system ensures optimal conditions within the incubator. Additionally, a real-time data display interface allows users to see the temperature, humidity and water level and adjust the incubation parameters via a mobile application. The smart incubation system is designed to combine the IoT technology with the smart phone in order to make the system more convenient to the user in monitoring and operation of the incubation system.

113. Creation of an Electric Vehicle Static Wireless Charging System Powered by Solar Energy

AUTHOR NAME : Rahul G. Chaple, Swapnil R. Choudhari, Tannu R. Mate, Suchita A. Chaudhri, Prof. Shital Yende

ABSTRACT : Electrical vehicles are introduced for today world, as it is thriving to use day by day new technology everywhere. Even if electrical vehicles are use, it has its own limitations like heating while charging, charging run out, less charging stations and cost also high for installing charging stations. To rectify these limitations, wireless electrical vehicle charging station with monitoring pave, avoid over charging, monitoring the levels of battery, cost effective, eco-friendly and placing charging stations in urban areas. This project describes the design of solar powered for charging of electric vehicle describes design of solar powered for charging of electric vehicle that solves the key downside of fuel and pollution. Electric vehicles have now hit the road worldwide and are slowly growing in numbers. Apart from environmental benefits electric vehicles have also proven helpful in reducing cost of travel by replacing fuel by electricity which is way cheaper. Well here we develop an EV charging system that solves with a unique innovative solution. This EV charging of vehicles without any wires, No need of stop for charging, vehicle charges while moving, solar power for keeping the charging system going, No external power supply needed. The system makes use of a solar panel, battery, transformer, regulator circuitry, copper coils, AC to DC converter, Atmega controller and LCD display to develop the system. The system demonstrates how electric vehicles can be charged in charging station wirelessly and as per charging time total cost will show on LCD display, eliminating the need to stop for charging. Thus the system demonstrates a solar powered wireless charging system for electric vehicles that can be integrated of a solar-powered wireless charging system for electric automobile

114. Relay Controller Wireless

AUTHOR NAME : Payal Khadse, Sankul Rahangadale, Jayshri jivtode, Khushi Larokar, Prof. Shital Yende

ABSTRACT : Wireless control switching system is used to control the switching of the electrical and electronic appliances from a distance. This remote serves to facilitate the use of the switching of electrical, and electronic appliances for people with disabilities, and the elderly. This Project develops a remote control system using radio frequency technology utilizing the principle of wireless system. The hardware prototyping of an Ir-based remote infrared (IR) device has been presented. The designed IR remote capable of controlling the smart home devices that use IR to interact with them such as the generic air conditioner (AC), Televisions (TV), and projector, in which the mentioned electronics appliances havent an encryption system embedded. According to the test results, our prototype able to perform well as expected. The AC load can be controlled “on” as well as “off” at a certain maximum distance depends on power level used.

115. RFID-Powered Solar EV Charger

AUTHOR NAME : Isha Bangd, Sonali Warkhed, Abhishek Tekam, Shrushti Bagadte ,Prof. Shital Yende

116. LPG Gas Leakage Alert System

AUTHOR NAME : Isha Simran Pathode, Sonam Uprade, Sanchita Nandanwar, Sonu Nimje

117. Automated Meter Analysis Systems: Transforming the Utility Industry

AUTHOR NAME : Trupti chawale, Shubham Bagde, Snehal Nimkar, Achal Gajbhiye, Priyanka Gaurkhede

ABSTRACT : Automated Meter Reading (AMR) systems are cutting-edge technology and are changing the way utility management works. In this article, we look at how an AMR system works without the need for human intervention. We look at applications, advantages, challenges and future impacts. AMR systems use communication networks, data encryption, and remote management to improve utility metering in the electricity, water, and gas sectors. The financial advantages of increased efficiency and reduced manual labor highlight how AMR systems contribute to cost effectiveness. Encryption Data security and privacy Stakeholder engagement strategies Utility providers Regulatory bodies End-users Mitigation strategies Technology dependency and compatibility issues Environmental impact and sustainability benefits Reduced carbon footprints Green initiatives Case studies and industry examples Successful AMR systems deployments Practical lessons and emerging trends Recommendation for implementation Supporting policies for wide adoption.

118. A Review Paper on Design of Home System using DTMF

AUTHOR NAME : Rani Nagpure, Savita Dhabale, Nakul lonare, Chetan Dahare, Priyanka Gaurkhede

119. Phase Correction in Response to Variations in Load

AUTHOR NAME : Umakant Ingale , Lokesh Bhagadkar, Prajwal Acharya, Aman Bhoyar,

ABSTRACT : Transmission lines are used to transmit electric power to distant large weight centers. These lines are exposed to faults as a result of lightning, short circuits, imperfect outfits, miss operation, mortal crimes, cargo, and aging. To avoid this situation and we need the exact position of fault circumstance. This problem is handled by a set of resistors representing string length in KMs and fault creation is made by a set of switches at every known KM to cross check the delicacy of the same. Only way to break this problem is to come up with a medium that can descry the fault in electricity transmission line automatically and insinuate the authorities with a specific position. Through this design you will develop a device that uses sensors to smell the incoming & gregarious values and descry anomalies. And, the system will be integrated with the IoT medium, to insinuate the responsible people real time with the position information also; technical losses do naturally and are caused because of power dissipation in transmission lines, manufactories, and other power system factors. Technical losses in Transmission & Distribution are reckoned with the information about total weight and the total energy bill. While technology in the raising pitches, we should also note the adding immoral exertion. The phase power cut is main issue in home or sedulity so our design aims to shift the weight to another phase if one phase is disconnected. Also, if the weight increases also phase is shifted.

120. Soil Sensor Based Soil Moisture Controller

AUTHOR NAME : Harsh Sakhare, Pratik Thakare, Shashwat Lanjewar, Umakant Pathode

121. Automatic Plant Water System by using Soil Sensor

AUTHOR NAME : Amit Marbade, Adarsh Badole, Dhanvir Matare, Pratik Uikey

ABSTRACT : In diurnal operations related to husbandry or gardening watering is the most important practice and the most labor- ferocious task. No matter whichever rainfall it is, either too hot and dry or too cloudy and wet, you want to be suitable to control the quantum of water that reaches your shops. Ultramodern watering systems could be effectively used to water shops when they need it. But this homemade process of soddening requires two important aspects to be considered when and how important to water. In order to replace homemade conditioning and making gardeners work lightly, wave produce automatic factory soddening system. By adding automated factory watering system to the theater or agrarian field, youll help all of the shops reach their fullest eventuality as well as conserving water. Using sprinklers drop emitters, or a combination of both, weve design a system thats ideal for every factory in the yard. For perpetration of automatic factory soddening system, weve used combination of sprinkler systems, pipes, and snoots. In this paper weve used ATmega328 microcontroller. Its programmed to sense humidity position of shops at particular case of time, if the humidity content is lower than specified threshold which is predefined according to particular factorys water need also asked quantum of water is supplied till it reaches threshold. Generally, shops need to be doused twice a day, morning and evening. Therefore, the microcontroller is programmed to water shops two times per day. System is designed in such a way that it reports its current state as well as reminds the stoner to add water to the tank. All this announcements are made through mobile operation. We hope that through this prototype we all can enjoy having shops, without being upset about absent or obliviousness

122. Automatic Plant Water System by using Soil Sensor

AUTHOR NAME : Amit Marbade, Adarsh Badole, Dhanvir Matare, Pratik Uikey

ABSTRACT : In diurnal operations related to husbandry or gardening watering is the most important practice and the most labor- ferocious task. No matter whichever rainfall it is, either too hot and dry or too cloudy and wet, you want to be suitable to control the quantum of water that reaches your shops. Ultramodern watering systems could be effectively used to water shops when they need it. But this homemade process of soddening requires two important aspects to be considered when and how important to water. In order to replace homemade conditioning and making gardeners work lightly, wave produce automatic factory soddening system. By adding automated factory watering system to the theater or agrarian field, youll help all of the shops reach their fullest eventuality as well as conserving water. Using sprinklers drop emitters, or a combination of both, weve design a system thats ideal for every factory in the yard. For perpetration of automatic factory soddening system, weve used combination of sprinkler systems, pipes, and snoots. In this paper weve used ATmega328 microcontroller. Its programmed to sense humidity position of shops at particular case of time, if the humidity content is lower than specified threshold which is predefined according to particular factorys water need also asked quantum of water is supplied till it reaches threshold. Generally, shops need to be doused twice a day, morning and evening. Therefore, the microcontroller is programmed to water shops two times per day. System is designed in such a way that it reports its current state as well as reminds the stoner to add water to the tank. All this announcements are made through mobile operation. We hope that through this prototype we all can enjoy having shops, without being upset about absent or obliviousness

123. Utilization of Crossbreed Solar Inverters

AUTHOR NAME : Nitin Kawade, Yogita Bhute, Tanvi Mokalkar,Tannu Jewale, Mayuri Doye

ABSTRACT : The utilization of crossbreed solar inverters represents a pivotal advancement in the field of renewable energy integration and energy management. Crossbreed solar inverters, also known as hybrid inverters, offer a versatile solution for optimizing the use of solar energy, enhancing energy efficiency, and enabling grid independence. This abstract explores the multifaceted applications and benefits of crossbreed solar inverters. Incorporating both solar panels and energy storage systems, these inverters enable efficient conversion of direct current (DC) power generated by solar panels into alternating current (AC) electricity. The utilization scenarios range from solar energy harvesting to battery backup, grid interaction, load shifting, and emergency power supply. They allow users to tap into time-of-use optimization, remote monitoring, and demand response, offering cost savings and contributing to grid stability. Furthermore, crossbreed solar inverters play a pivotal role in off-grid applications, powering remote locations with sustainable electricity. In addition, they facilitate electric vehicle (EV) charging with solar energy integration. It highlights how the adoption of crossbreed solar inverters empowers users to harness the full potential of renewable energy sources while minimizing their environmental impact and optimizing their energy consumption.

124. Enhanced Monitoring of Electric Vehicle Lithium-ion Batteries Utilizing IoT Technology

AUTHOR NAME : Ayush Kale, Sahil Rangari, Pawan Gawande, Vaishnavi Ragade

ABSTRACT : Exploring the integration of Internet of Things (IoT) technology for enhancing the monitoring of lithium-ion batteries in electric vehicles (EVs), this study delves into real-time data acquisition on battery health, performance, and safety parameters. By deploying IoT sensors and connectivity, proactive maintenance and optimized charging strategies are enabled, bolstering the overall reliability and efficiency of EVs. The research outlines the essential components of an IoT-enabled battery monitoring system, discussing its benefits, challenges, and potential future developments. Through seamless integration of IoT technology, EV manufacturers and operators gain timely insights into battery conditions, fostering extended battery lifespan and enhancing the safety and sustainability of electric transportation.

125. Advancing Transmission Line Fault Detection with IoT Technology

AUTHOR NAME : Arbaz Pathan, Jahir Pathan, Samadhan More, Jyoti Masram, Shailesh Tajne

ABSTRACT : This research paper investigates the utilization of Internet of Things (IoT) technology to enhance fault detection in transmission lines. Traditional methods of fault detection often suffer from delayed responses and manual interventions, leading to extended downtimes and safety concerns. By integrating IoT sensors and data analytics, real-time monitoring and detection of faults become feasible, enabling rapid response and minimizing service disruptions. The paper explores the architecture, operational principles, benefits, and challenges of IoT-based fault detection systems in transmission lines. Through the exploration of IoTs potential in improving fault detection capabilities, this research aims to contribute to the advancement of reliable and efficient power transmission infrastructure

126. Advances and Applications of Sonar Distance Measurement

AUTHOR NAME : Aditya R. Dongre, Kishor Raut, Aman R. Pandhare, Sahil Halmare

ABSTRACT : Sonar distance measurement, a cornerstone technology in various fields, encompasses a range of methodologies and applications vital for navigation, exploration, and detection tasks. This paper explores the evolution, principles, and contemporary advancements in sonar distance measurement. It delves into sound propagation principles, signal processing techniques, and system design considerations fundamental to sonar technology. Additionally, recent strides, including integration with artificial intelligence and machine learning, are examined for their role in enhancing accuracy and efficiency. The paper also surveys applications across domains such as underwater navigation, marine research, robotics, and medical imaging, elucidating the indispensable role of sonar in advancing scientific understanding and societal applications.

127. Development of Tachometer with Atmega Microcontroller and IR Sensor

AUTHOR NAME : Vaishnavi Kolaskar, Sakshi Ghumde, Mayur Wajge, Taufik Shaikh,

ABSTRACT : This research paper presents the design and implementation of a speed sensing system utilizing Atmega microcontroller and IR (Infrared) sensor technology. The system aims to accurately measure the rotational speed of objects, such as motors or wheels, in various applications including industrial machinery, robotics, and automotive systems. The proposed method leverages the reflective nature of IR sensors to detect interruptions in the infrared beam caused by the rotating object, enabling precise speed calculation. The Atmega microcontroller is employed to process sensor data, perform necessary computations, and display speed readings. This paper outlines the hardware setup, including the connections between the Atmega microcontroller, IR sensor, and other components, along with the software algorithms utilized for data processing and speed calculation. Experimental results demonstrate the effectiveness and reliability of the developed speed sensing system in accurately measuring rotational speed across different operating conditions. Furthermore, the systems performance is evaluated against existing speed sensing techniques, highlighting its advantages in terms of accuracy, cost-effectiveness, and ease of implementation. Overall, this research contributes to the advancement of speed sensing technology, offering a practical solution for real-time speed monitoring applications.

128. A Critical Examination of the E-Bicycle Locking System

AUTHOR NAME : Rohit Ingole,Rupesh Chandaniya, Saurabh Karadkar, Gajanan Katade, Prasanna P. Titarmare

129. A Motor Guard: IoT-Assisted DC Motor Protection

AUTHOR NAME : Prajwal Raut, Vivek Nagpure, Anmol Badwaik, Utkarsh Patlewar ,Prasanna P. Titarmare

ABSTRACT : for many industrial applications, a DC motor is a need. In addition to preserving the DC motor, this project makes use of the Internet of Things to monitor and regulate several parameters, such as temperature, speed, and other factors (IoT). This project makes use of NodeMCU-ESP8266 Wi-Fi modules, a DC motor, an NTC thermocouple temperature sensor, a relay, and other parts. Process monitoring and control are made possible by the Internet of Things (IoT), which allows us to store real-time values on a web server and manage several tasks from a distance. Here, the entire system (computer or smartphone) will be controlled via a user interface. With the help of the Wi-Fi module ESP8266 (NodeMCU), signals can be sent and received via the IoT cloud interface. The purpose of this system is to run a DC motor without halting the entire process, often known as work stoppage. By turning a DC motor counterclockwise, it helps with system monitoring and, should the temperature rise, reduces it without putting the system in risk.

130. Troubleshooting Fault in a One-PH Electrical System

AUTHOR NAME : Piyush Giradkar, Tejas Dandekar, Vaibhav Lonare, Hemant Maraskolhe

ABSTRACT : Transmission lines are used to transport electricity to large, distant load centers. These lines can malfunction as a result of lightning strikes, short circuits, broken equipment, over loading, aging, and human error. To avoid this situation, we need the exact location of the fault incidence. In order to cross-check the correctness of a collection of resistors used to indicate cable length in KMs, a group of switches at each known KM causes a fault. Creating a system that can automatically detect a failure in an electrical transmission line and alert the appropriate authorities to its exact position is the only method to address this problem. You will create a contraption with sensors that senses incoming and outgoing values and looks for anomalies during this project. Additionally, the system will be coupled with an Internet of Things method to notify the appropriate parties in real time of the location information. Furthermore, power dissipation in transmission lines, transformers, and other power system components results in natural technical losses. The total load and the total energy bill are used to calculate technical losses in transmission and distribution. As technology advances, we need also be aware of the rise in immoral behavior. The unapproved usage of power is prevented by the technology. With todays technology, the problem of unapproved electricity use can be handled by the Internet of Things without requiring human assistance. The implementation of this technology will conserve a significant quantity of electricity, increasing the number of users in densely populated countries like China and India who have access to electricity. Power theft is the use of electricity without a legitimate contract with the supplier.

131. Robotic Mimicry Leveraging Pose Net Software for Human-like Movements

AUTHOR NAME : Prof. Pradip Balbudhe, Pratiksha Gajghate, Sumedha Motghare

ABSTRACT : This research presents a novel algorithm for accurate pose estimation tailored for human posture mimicry in robotics, optimized for low-cost and resource-constrained embedded systems. Integrating Convolutional Neural Network (CNN) PoseNet for object detection with stereo correspondences for spatial reconstruction, the algorithm enables precise estimation of human posture. Leveraging ORB features and weighted averaging of stereo-corresponded key points, it achieves superior accuracy while maintaining resource efficiency. Comparative testing against deep learning-based methods demonstrates its efficacy for robotic applications. The algorithm s affordability and efficiency make it well-suited for implementing human posture mimicry in robotics, with potential applications in personalized rehabilitation and assistive technology. In conclusion, this research presents a versatile and accessible solution for advancing human-robot interaction through posture mimicry.

132. Student Endeavor Manager

AUTHOR NAME : Prof. Veena Katankar, Kunal Durudkar, Aditya Jibhkate

ABSTRACT : A web-based "Student Endeavor Manager" is being developed at a college to simplify the administration of student projects. This portal allows students to work in project groups, submit proposals, and receive feedback from various stakeholders. The document covers the architecture, characteristics, security protocols, testing, implementation, and maintenance of the system. Emphasizing effective communication, safe data handling, and enhanced supervision, the goal of the project is to provide a comprehensive framework for overseeing senior-year projects. The platform allows students to register, log in, submit work, and receive guidance from supervisors. Tasks are assigned by supervisors, and the project leader coordinates with students and guides to ensure completion. The platform also generates progress charts based on various parameters, boosting productivity for students and project managers. affordability and efficiency make it well-suited for implementing human posture mimicry in robotics, with potential applications in personalized rehabilitation and assistive technology. In conclusion, this research presents a versatile and accessible solution for advancing human-robot interaction through posture mimicry.

133. Project Management Portal

AUTHOR NAME : Prof. Veena Katankar, Sumera Khan, Suchita Suranshe

ABSTRACT : By layering on materials one after the other, digital fabrication technology, also known as 3D printing or additive manufacturing is nothing but manufactures actual items from geometric representations. One rapidly developing technology is 3D printing. These days, 3D printing is employed all over the world. The application of 3D printing technology is expanding in the fields of agricultural, healthcare, automobiles locomotive, and aerospace. It is utilized for mass modification and fabrication of various open-source designs. With the use of 3D printing technology, an item can be printed right from a computer-aided design (CAD) model, layer by layer. The varieties of 3D printing methods, their applications, and the materials utilized for 3D printing in the industrial industry are all summarized in this paper

134. Assist to Deaf and Dumb People by Smart Gloves

AUTHOR NAME : Prof. Nikesh S. Bode, Monish D. Gurnule, Tohid R. Sheikh

ABSTRACT : These days it is a challenging effort to communicate with those who have hearing difficulties and regular people. There is a communication barrier because the sign language used by these people is not understood by the general public. Paralyzed people also frequently need assistance. We have suggested the use of IOT-based smart support gloves for disabled persons as a solution for these people. Comparing our design to the current system, the gloves we created are incredibly straight forward yet effective. The finger motion is recognized by Flex sensors, and the appropriate audio output is played through speakers. Arduino Nano is used to implement the suggested system. In an emergency, a warning message will be transmitted via the GSM Module. Not only normal people, but people with disabilities find it hard to learn these sign languages. It is also difficult for them to socialize and they will not be able to voice out their opinions.

135. Smart Assistance Gloves for Disable People

AUTHOR NAME : Asst. Prof. Nikesh S. Bode, Ninad S. Shende, Devendra B. Chakole,

ABSTRACT : Nowadays it is a provoking work to speak with the individuals who have hearing hardships and standard individuals. There is a correspondence obstruction in light of the fact that the communication through signing utilized by these individuals is grasped by the overall population. Deadened individuals likewise regularly need help. We have proposed the utilization of IOT-based savvy support gloves for debilitated people as an answer for these individuals. Contrasting our plan with the ongoing framework, the gloves we made are unimaginably straight forward yet viable. The finger movement is perceived by Flex sensors, and the fitting sound result is played through speakers. ESP32 is utilized to execute the recommended framework. In a crisis, an admonition message will be communicated by means of the LCD Screen. Ordinary individuals, however individuals with incapacities find it hard to gain proficiency with these communications through signing. It is additionally hard for them to mingle and they cannot voice out their perspectives.

136. Satellite-Guided Vehicle Surveillance and Citation Creation

AUTHOR NAME : Prof Jayshree Gorakh, Tanmay Buradkar, Sahil Jha

ABSTRACT : Real-time monitoring of driver behavior and vehicle operation can improve safety and efficiency. GPS-enabled system track vehicle parameters including location, speed, and acceleration, braking, and cornering. GPS coordinates will be acquired at regular intervals and compared to calculate instantaneous values for speed and detect events like acceleration, braking, and cornering. A map interface will display vehicle locations overplayed with geo-fences indicating speed limits and road conditions. By combining GPS data with speed limits and accelerometer data, the system can identify speeding, harsh braking or acceleration, and sharp turns. These events may indicate aggressive or dangerous driving behaviors. The system will log and transmit comprehensive driving data to a central server via cellular networks. This enables real-time fleet monitoring, route optimization, and driver assistance by providing feedback on high-risk driving events. Machine learning models can also be trained on the data to score driver risk and predict future driving behaviors. With real-time alerts and historical analytics, this system aims to improve driver safety through enhanced visibility and by incentivizing responsible driving habits

137. GPS Based Vehicle Monitoring and Challan

AUTHOR NAME : Prof Jayshree Gorakh, Adesh Choudhary, Pawan Bajanghate

138. Post-Crash Assistance

AUTHOR NAME : Prof. Nikesh Bode, Wazir Sheikh, Shantanu Ambulkar

139. Car Antitheft Detection using Black Box and Driver Assistance

AUTHOR NAME : Prof. Nikesh Bode, Wazir Sheikh, Shantanu Ambulkar

ABSTRACT : The proposed project aims to address the pervasive issue of car theft and the need for enhanced car security systems. Leveraging GSM technology, GPS devices, and microcontrollers, the system enables remote control and surveillance of vehicles. Key features include car location detection through SMS commands, automatic accident surveillance triggering emergency alerts to designated contacts, and remote engine control capabilities. By integrating advanced functionalities like GSM-based SMS communication and GPS-based location tracking, the system offers real-time monitoring and control, significantly improving response times in emergency situations and reducing the risk of theft. The project seeks to bridge the gap between existing car security systems and the growing demand for remote accessibility and proactive security measures

140. Vehicle Operator Drowsy Driving Alert, Hypnotism and Alcohol Content Monitoring

AUTHOR NAME : Prof. Jayshree Gorakh, Jayesh Falke, janhavi Khonde

ABSTRACT : Road accidents globally are primarily caused by drivers succumbing to drowsiness or driving under the influence of alcohol. Our project endeavors to create a robust Vehicle Operator Drowsy Driving Alert, Hypnotism and Alcohol Content Monitoring, harnessing advanced technology to monitor and alert drivers when signs of drowsiness or intoxication are detected. In this initial phase, crucial components of the system have been successfully implemented. Employing cutting-edge computer vision methods, we analyze driver facial expressions and eye movements in real-time, leveraging an extensive dataset to train machine learning algorithms for precise detection of fatigue and inebriation-related patterns. Additionally, sensor technologies, including accelerometers, detect anomalies in steering patterns and vehicle movements. Through visual and auditory alerts, our system promptly notifies tired or drunk drivers, thereby enhancing road safety. Future enhancements will include features such as driver behavior analysis, adaptive alerts, and real-time data transmission to authorities. This groundwork forms a solid foundation for an intelligent and proactive Sleepiness Warning Identification with Mind Control Sobriety System, poised to significantly reduce accidents and save lives.

141. Sleepiness Warning Identification with Mind Control Sobriety System

AUTHOR NAME : Prof. Jayshree Gorakh, Adarsh Madankar, Sahil Kamble

ABSTRACT : In recent years, there has been a growing global concern regarding road accidents stemming from driver fatigue and intoxication. In response, advancements in technology have spurred the development of driver assistance mechanisms aimed at identifying and mitigating such impairments. This scholarly article introduces an innovative method for detecting driver fatigue and alcohol intoxication through the utilization of Arduino-based systems. The proposed system integrates an array of sensors and algorithms to continuously monitor the drivers physiological indicators and vehicle metrics in real-time. To detect fatigue, an infrared camera is employed to track facial movements and patterns of eye closure, while alcohol intoxication is assessed through a Breathalyzer sensor measuring the concentration of alcohol in the drivers breath. Data processing and analysis are conducted onboard the Arduino microcontroller, facilitating swift decision-making. The efficacy of the system is assessed through extensive experimentation across diverse driving conditions and scenarios. Findings demonstrate a high degree of accuracy in detecting both fatigue and alcohol impairment, with negligible instances of false alarms. Furthermore, the systems streamlined and cost-effective design renders it conducive for seamless integration into existing vehicular frameworks, thereby offering a pragmatic approach to augmenting road safety.

142. Advance Timer Based Appliance Control Switch

AUTHOR NAME : Prof. Pradip Balbudhe,Manas D. Thakare, Manash V. Swamy, Manashi V. Dhabekar, Gayatri S. Chandewar

ABSTRACT : The Advanced Timer-Based Appliance Control Switch is an advanced system that is meant to improve and automate home appliance control. Modern technology is integrated into this system to provide customers with a smooth and effective appliance management experience. Programmable timers, which enable users to arrange the operation of their appliances in accordance with their preferences and routines, are the central component of the system. All things considered, the Advanced Timer-Based Appliance Control Switch presents a novel approach to maximizing appliance control, giving consumers convenience, energy savings, and peace of mind when it comes to overseeing their domestic appliances. As technology continues to progress at a rapid pace, the need for smart and energy-efficient household appliances has increased dramatically. The main components of our projects are Arduino UNO microcontroller, Relay, Liquid Crystal display (LCD) and different Ohms resistors and 13 amp Socket outlet where the power is supplied to the electrical appliances. The device was implemented and tested with mobile phone, heater and other electrical appliances respectively. The device is cheaper and easier to use in electrical appliances.

143. Training and Placement System

AUTHOR NAME : Nikesh Bode, Nitin Jaiswal, Aashish Choudhary, Prathamesh Satfale, Ayush Japulkar,

ABSTRACT : The system focuses on the automation of traditional training and facility management. The system can be used as an application form for training and placement officers at the university to manage students registration-related information and provide services using the website service where students can share their information with TPOs and partners. Provide students with access to information, help them update their personal and academic information in a form to be added to the database, upload resumes, and provide them with prepared information. Another feature of the portal is the Companies tab, which will help companies shortlist their students based on their eligibility criteria. It reduces manual work and uses less data to save time. The front-end system is designed with the help of CSS and HTML. Online training and online placement automate training and placement activities and enable effective collaboration between students. It provides students in the community with the ability to use collective intelligence to increase the value of options and accelerate the process of building management knowledge.

144. Diagnostic Parking System with Relay-Delay Model

AUTHOR NAME : Nikesh Bode, Harshad Kanoje, Vishal Khillari, Prem Dongre, Hanumant Narwade

145. Diagnostic Parking System with Relay-Delay Model

AUTHOR NAME : Nikesh Bode, Harshad Kanoje, Vishal Khillari, Prem Dongre, Hanumant Narwade

146. Mimicry Robot

AUTHOR NAME : Prof. Pradip O. Balbudhe, Tanvi Kapse, Drushti Sarode,

ABSTRACT : The convergence of powerful computer vision ad modern robotics has sparked a revolution across diverse sectors through the development of human mimicking robots. This project summary presents a comprehensive blueprint for constructing an advanced human mimicking robot equipped with state-of-the-art computer vision capabilities and a robust microcontroller architecture. The literature review underscores the dynamic evolution of human-robot interaction, focusing on the pivotal role of human motion recognition and the burgeoning application of Kinect-based robotics research. Emphasizing the significance of these advancements, the project outlines a strategic course of action that prioritizes the establishment of a physically organized system. Essential components such as the camera controller, motor driver controller, and microcontroller form the backbone of this system, facilitating seamless integration and efficient operation. The overarching goal of the project is to enable smooth interaction between humans and robots, fostering greater precision, safety, and efficiency across a spectrum of industries. By leveraging cutting-edge technologies and insights from the literature review, this endeavor seeks to push the boundaries of human-robot collaboration and pave the way for transformative applications in various domains

147. Advanced Driver Alert System

AUTHOR NAME : Prof. Mohini Gawande, Thaneshwar Billore, Sheetal Rahangdale

148. Aggregated Reviews on Road Sign Identification Technologies

AUTHOR NAME : Prof. Pradip Balbudhe, Vishakha Parate, Vaishnavi Bijwal, Sakshi Gawande

ABSTRACT : Understanding traffic signs is essential for effective transportation systems on roads and highways. An overview of techniques for detecting and recognizing traffic signs is given in this paper. In order to design a system that can automatically detect road signs and display relevant images on the dashboard of a vehicle, we present the development and implementation of procedures for extracting road signs. The study presents a novel method for identifying and extracting road signs, with a special emphasis on niche markets like islands and educational institutions. Creating Vehicular Ad-Hoc Networks (VANETs): Smart traffic management systems rely heavily on this. By facilitating information sharing between roadside units, vehicles, and the traffic system and implementing them in real-world scenarios, researchers have successfully created VANETs in recent years. With the use of this technology, moving cars are able to recognize traffic signs like "school," "railway crossing," and "U-turn ahead." Drivers may find it difficult to notice every road sign or message plate, such as those for U-turns, speed breakers, railroad crossings, or diversions, during unfavorable weather conditions, such as inclement weather or rainy seasons. Each roadside unit or symbol in the suggested system has a single signal transmitter. Road safety is promoted and driver awareness is increased when a car passes a roadside unit because the receiver inside the vehicle picks up signals and shows the relevant message on the LCD display

149. Ambulance Booking Application for Emergency & Non-Emergency

AUTHOR NAME : Pooja Pimpalshende, Sparsh Thombre, Deepak Khambalkar, Sadique Khan, Ashish Dadmal

150. Automatic Traffic Sign Detection and Recognition System for Enhanced Road Safety

AUTHOR NAME : Prof. Pradip Balbudhe, Durga Buradkar, Vaishnavi Khadse

ABSTRACT : Traffic sign recognition is paramount for efficient transportation systems on highways and roads. This paper provides an overview of traffic sign detection and recognition methodologies. We present the development and implementation of procedures for extracting road signs with the primary aim of designing a system capable of automatically detecting road signs and displaying relevant images on the vehicle dashboard. The paper discusses a novel approach to detect and extract road signs, particularly focusing on specific domains such as islands and schools. The establishment of Vehicular Ad-Hoc Networks (VANETs) plays a significant role in smart traffic management systems. In recent years, researchers have successfully created VANETs by facilitating information sharing between roadside units, vehicles, and the traffic system, and implementing them in real-world scenarios. This technology enables vehicles to detect traffic signs, such as railway crossing, school, or U-turn ahead, from moving vehicles. In adverse weather conditions, such as bad weather or rainy seasons, drivers may find it challenging to observe every road symbol or message plate, such as U-turns, speed breakers, railway crossings, or diversions. The proposed system utilizes a single signal transmitter for each roadside unit or symbol. When a vehicle passes a roadside unit, the receiver inside the car captures signals and displays the appropriate message on the LCD display, enhancing driver awareness and promoting road safety

151. Design and implementation of EYE EOG Based Wheel Chair

AUTHOR NAME : Prof. Mohini Gawande, Niyati Gundawar, Shweta Khatke

ABSTRACT : The escalating prevalence of paralysis and physical disabilities poses significant challenges in todays technologically advancing society, undermining the independence and dignity of affected individuals. While numerous efforts have been made to alleviate these challenges through assistive devices, many solutions remain prohibitively expensive and lack portability. This paper introduces a cost-effective approach utilizing Electrooculography (EOG) to control and guide wheelchairs for individuals with limited mobility. By leveraging simple analog filters, amplifiers, and EOG signals, this method offers an accessible solution without the need for complex and costly technology. The systems efficacy lies in its utilization of eye movement directions to facilitate wheelchair control, promising increased autonomy and mobility for disabled individuals.

152. Dynamic Resume Builder for Generating an ATS Tracking Resume

AUTHOR NAME : Prof. Utkarsha Gode, Pratik Bhute, Om Lomate, Ganesh Parwate, Mangesh Tonde,

ABSTRACT : These days there is an intense competition for getting a work and one of the greatest trials for numerous job-seekers is making the culminate continue. The continue is the exceptionally to begin with thing that a potential boss experiences with respect to a candidate and is utilized to screen candidates, frequently taken after by a meet. This investigate paper points to indicate a strategy for making resumes in an exceptionally less complex and client inviting way. We are proposing a web application that will offer assistance candidates in making resumes by basically taking their data as input. Continue builder web application permits clients to create continue with extraordinary highlight that is AI API which gives the work depiction and let them make, upgrade, erase, see and spare continue in pdf arrange.

153. Iot Base Forest Fire Detection Using Smoke and Temperature

AUTHOR NAME : Utkarsha Gode, Aishwarya Rakas, Nikita Dekate, Roshani Rathod, Seema Raut,

ABSTRACT : It has existed about a survey that 80% deficits caused on account of fire would have happened retained from if the fire was labelled promptly. Node Mcu located IoT authorized fire sign and observant foundation is the answer for this issue. In this task, we have massed fire periscope taking advantage of Node Mcu that is connect with a hotness sensor, a fume sensor and signal. The hotness sensor detects the affection and smoke sensor detects some cigarette presented by way of absorbing or fire. The forest is individual of ultimate main money of all country. The forest fires demolishes the being residence, damages the atmosphere, influences the climate, booty the organic characteristics of the soil, etc. So the jungle fire discovery is a major issue in the ten of something. At the same time the wood fire should be discovered as fast as possible. In the projected plan, smoke and temperature detect using module. The order is achieved over two together actual time for action or event data sets. The projected order is most acceptable for separate fire occurrences over unconstrained in actual time for action or event.

154. IoT-Based Smart Farming System for Effective Crop Growth

AUTHOR NAME : Prof. Mohini Gawande, Anurag R. Sahu, Ayush P. Khadgi, Sahil V. Kawale, Rohini B. Choudhari,

ABSTRACT : Recent years have witnessed a transformative agricultural shift towards intelligent practices driven by IoT technologies. This abstract outlines how IoT plays a pivotal role in improving crop growth through sensor integration, real-time data collection, and analysis. By monitoring crucial parameters like soil moisture and temperature, IoT systems empower farmers with actionable insights, optimizing irrigation efficiency and enhancing crop conditions. Additionally, remote monitoring capabilities enable farmers to manage operations from anywhere, ensuring timely responses to environmental changes or pests. Smart agricultural systems aim to revolutionize traditional farming, increasing yield efficiency, and resource sustainability, and modernizing the industry through data-driven insights and remote control capabilities.

155. Mars Exploration Rover

AUTHOR NAME : Prof. Mangesh Thakur, Pikumar Narule, Bhushan Jambhule

ABSTRACT : The desire to explore Mars has long captivated scientists, driving numerous missions aimed at uncovering the secrets of the enigmatic Red Planet. Here, we introduce an innovative idea: crafting and deploying a Mars rover operated from afar. Unlike conventional rovers, which rely on pre-set programs and limited autonomy, our rover is maneuverer remotely from Earth, granting unmatched flexibility and instantaneous decision-making prowess. We delve into the technological strides and hurdles in crafting such a rover, encompassing issues like communication lag, software resilience, and energy management. Moreover, we underscore the scientific advantages of a remotely operated rover, such as extended mission duration, adaptability to diverse terrains, and swift response to unexpected discoveries. This paper seeks to furnish a comprehensive insight into the concept of a remote-operated Mars rover, paving the path for future missions to explore the Martian landscape with unprecedented accuracy and effectiveness.

156. Multi Terrain Remote Operated Mars Rover

AUTHOR NAME : Prof. Mangesh Thakur, Dhruv Patil, Rohit Kumbhalwar

ABSTRACT : The exploration of Mars has been a longstanding ambition of the scientific community, with numerous missions undertaken to unveil the mysteries of the Red Planet. In this paper, we present a pioneering concept: the design and implementation of a remote-operated Mars rover. Unlike traditional rovers that are pre-programmed and semiautonomous, our rover is controlled remotely from Earth, offering unparalleled flexibility and real-time decision-making capabilities. We discuss the technological advancements and challenges associated with the development of such a rover, including communication delays, software robustness, and power management. Furthermore, we highlight the potential scientific benefits of a remote-operated rover, including increased mission longevity, adaptability to changing terrain, and the ability to investigate unexpected discoveries promptly. Through this paper, we aim to provide a comprehensive overview of the remote-operated Mars rover concept, paving the way for future missions to explore the Martian surface with unprecedented precision and efficiency

157. QR Park Alert

AUTHOR NAME : Prof. Mangesh Thakur, Akash Atmande, Mohit Bokde

ABSTRACT : QR Park Alert" is an innovative parking management solution that leverages QR code technology to enhance parking security and encourage proper parking practices. This system involves affixing a unique QR code to each vehicle, which is then routinely scanned by parking attendants or security personnel. In the event of improper parking, such as unauthorized spaces or rule violations, the system triggers real-time notifications to vehicle owners, allowing them to address the issue promptly. QR Park Alert not only enhances vehicle security but also fosters a culture of responsible parking, contributing to more organized and efficient parking environments. This abstract highlights the systems efficiency in improving parking compliance, promoting vehicle owner satisfaction, and reducing parking related issues

158. Road Hypnosis Avoidance

AUTHOR NAME : Prof. Mohini Gawande, Alish Sheikh , Himani Pogle

ABSTRACT : Driver fatigue poses significant road safety risks, especially on long, monotonous drives. This paper presents an intelligent alert system to detect and mitigate driver drowsiness in real-time. The system uses a tilt sensor to monitor head orientation and a light sensor to detect eye closure indicative of declining vigilance. A microcontroller analyzes the sensor data to activate audio and haptic warnings when drowsiness is detected. A prototype was developed and validated through simulated driving trials. Results showed the system accurately identified fatigue episodes by tracking posture and lighting changes. Timely alerts prompted drivers to regain alertness before accidents could occur. The affordable sensor-based approach demonstrates promising capability for vehicle integration to enhance safety by countering driver inattention arising from fatigue. With further refinements, the system has potential to considerably reduce fatigue-related accidents on hazardous monotonous routes. This research highlights the value of basic sensing and intelligent processing for life-saving driver assistive technologies.

159. Scan to Park and Notification

AUTHOR NAME : Prof. Mangesh Thakur, Yadnyesh Gahane, Swati Malkhede,

ABSTRACT : QR Park Alert is an innovative parking management solution that leverages QR code technology to enhance parking security and encourage proper parking practices. This system involves affixing a unique QR code to each vehicle, which is then routinely scanned by parking attendants or security personnel. In the event of improper parking, such as unauthorized spaces or rule violations, the system triggers real-time notifications to vehicle owners, allowing them to address the issue promptly. QR Park Alert not only enhances vehicle security but also fosters a culture of responsible parking, contributing to more organized and efficient parking environments. This abstract highlights the systems efficiency in improving parking compliance, promoting vehicle owner satisfaction, and reducing parking related issues

160. Smart Brain Controlled Wheelchair

AUTHOR NAME : Prof.Mohini Gawande, Shital Kamble, Nikita Ambhore

ABSTRACT : The human brain operates through the transmission of electrical signals, facilitating communication and control throughout the body. Even subtle movements, like rotating the eyeball, cause fluctuations in electrical resistance near the eyes. These variations in electric signals can be captured using electrodes or myoelectric sensors. Utilizing signal processing technology, it becomes possible to interface different devices, enabling control based on these signals. A proposed system aims to harness these signals to control both computer systems and hardware devices. By detecting changes in electric signal strength, particularly around the eye area, the system generates wireless radio frequency signals, enabling control of a robotic prototype model. This technology holds promise for further advancements, potentially extending to controlling bio-enabled human body parts through brain waves.

161. Student Data Hub Stewardship Intelligent Based Framework

AUTHOR NAME : Yatharth Maharwade, Rajat Kathane, Suyesh Bansod, Shantanu Shinde

ABSTRACT : This research paper presents the development and implementation of a Student Datahub Stewardship Intelligent Based Framework tailored for educational institutions. The system aims to streamline administrative tasks related to student data management, including enrollment, attendance tracking, grading, and report generation. Leveraging modern web development technologies and best practices in educational management systems, the website provides a user-friendly interface for administrators to efficiently manage student records. Key features include secure authentication, CRUD operations for student records, attendance management, grading functionalities, and responsive design for accessibility across various devices. Through a literature review and practical implementation, this paper demonstrates the significance of such systems in enhancing administrative efficiency and supporting informed decision-making within educational institutions.

162. Development of a Device for Customer Feedback System

AUTHOR NAME : Prof. Veena Katankar, Karuna Deoghare, Shrushti Waghmare

163. Development of a Device for Customer Feedback System

AUTHOR NAME : Prof. Veena Katankar, Gunjan Mandpe, Isha Shahare

ABSTRACT : In todays competitive business landscape, understanding and responding to customer feedback is paramount for organizational success. This paper proposes the implementation of a Centralized Customer Satisfaction Feedback System aimed at maximizing customer retention and building loyalty across various sectors including restaurants, hospitals, banking, and hospitality. The system utilizes an interactive board equipped with push buttons, an LCD display, an ON-OFF switch, a USB interface, and a speaker to facilitate seamless feedback collection. Upon interaction, customers can provide real-time feedback, which is then stored in a centralized location for analysis. Additionally, a graphical user interface allows for easy interpretation of feedback data, enhancing organizational responsiveness and service quality. This paper outlines the design and application of the proposed system, highlighting its potential impact on customer satisfaction and organizational performance.

164. Automated Certificate Generating System

AUTHOR NAME : Qudsiya Naaz, Simran Ansari, Asfiya khan, Jahed khan, Rhythm Chhatre,

ABSTRACT : Students accumulate certificates for their accomplishments throughout their education. When seeking employment or pursuing further education, these certificates are required. The current landscape makes it difficult to verify the authenticity of these certificates and the students they represent. The production and distribution of certificates has traditionally been done through manual processes. The manual approach lacks efficiency and opens the door to fraud. The verification process is further complicated by the low cost of creating such certificates. This automated certificate generating system for certificate verification uses advanced technique to automate the process. Enhancing the integrity of their certification processes can be done by using this automated certificate generating system. Built-in mechanisms make it easy to verify certificates generated through this platform. This automated system represents a significant leap in the field of certificate management.

165. Plastic Waste Marketplace

AUTHOR NAME : Prof. Ritesh Shrivastav, Noman Ali, Kaushik Ganvir, Aakib Shaikh

166. Real Estate ERP

AUTHOR NAME : Prof. Andleeb Sahar, Tanushree Nikose, Aachal Sontakke, Vaibhavi Mandape

167. Image Classification and Inference Engines for Machine Learning

AUTHOR NAME : Dr. Heena Ansari, Kunal Darekar, Chetan Gajbhiye, Tushar Wadekar, Mayuri Sahare, Meenal Rawtel,

ABSTRACT : This research paper delves into the domain of image classification and inference engines within machine learning, focusing on their significance in computer vision applications. Image classification, a fundamental task in computer vision, involves categorizing visual data into predefined classes or labels. The paper explores the evolution of image classification methodologies, emphasizing the role of convolutional neural networks (CNNs) in achieving state-of-the-art performance. Efficient inference engines are crucial for deploying machine learning models in real-world scenarios, necessitating minimal latency. The review encompasses seminal works and recent advancements, addressing challenges like computational complexity and resource constraints in model deployment. Optimization techniques such as quantization and pruning are discussed to mitigate these challenges. Additionally, the paper examines the symbiotic relationship between statistical modeling and machine learning, underscoring the interdisciplinary nature of image classification research. By elucidating underlying principles and methodologies, the paper provides insights into the current landscape of image classification and inference engines, guiding future innovations in computer vision and AI.

168. Rain Sensor Based Automatic Wiper

AUTHOR NAME : Nitin Kawde, Aditya Mohurle, Jitendra Machhirke, Ramprakash Pusam , Pramod Kodwate

ABSTRACT : The use of transportation vehicles has significantly increased globally in the modern era. Therefore, it is crucial to upgrade automotive safety features. It is now important to have an autonomous rain sensing device in order to provide comfort to drivers and basically lower the chance of accidents. Although such a gadget is on the market, the automotive industry has not found it to be as popular due to its expensive cost and other constraints. The purpose of this effort was to suggest an additional model that is cost-effective and efficient for the market. The rain sensor, microcontroller, and driver integrated circuit (IC) are the key components that enable the recommended device to operate as intended. When precipitation falls, the rain sensor quickly and precisely senses it. It then transmits this information to the microcontroller, the second part, which turns on the servo motor that powers the wipers when needed. This device transforms a tedious manual procedure into a smooth automated one

169. Handwritten Character Recognition Using CNN

AUTHOR NAME : Prof. Charan Pote, Aman Khobragade, Ayushman Choudhary, Amit Patel, Vedant Kapse

ABSTRACT : In numerous industries, including banking, healthcare, and many others that deal with handwritten papers, handwritten character recognition has been implemented. The process of converting handwritten text into a machine-readable format is referred to as Handwritten Character Recognition. Even when written by the same individual, handwritten characters might differ in shape, size, and location, making it difficult to recognize them. To simplify the recognition of handwritten text, researchers have employed different methods, classifiers, and features. In the present world, handwritten text recognition is practically indispensable. When we first started using this technology, we had to write texts by hand, which led to a lot of mistakes. Data administration in the physical realm required physical labor to stringently organize things, leading to inefficiency and wastefulness. In addition, long-term storage of data has been a disadvantage of traditional storing approaches. Fortunately, modern technology is able to provide us with the facility to efficiently manage, store, and access the data. By implementing Handwritten Text Recognition software, we have streamlined saving and fetching of data that was stored in the conventional way. On top of that, this technology also adds another security aspect to the data.

170. Flower Image Classification Using Deep Convolutional Neural Network

AUTHOR NAME : Prof. Ritesh Shrivastav, Sai Vaibhavi Tatimeti, Rimzim Fulke, Dusi Venkat Meghna, Ashna Sadaf,

ABSTRACT : In recent years, advancements in artificial intelligence (AI) have revolutionized various fields, including image recognition. One significant application of AI-powered image recognition is the identification and classification of flowers, which holds immense importance in botanical research, agriculture, environmental monitoring, and horticulture. This paper presents a comprehensive overview of the methodologies, techniques, challenges, and other prospects of flower image recognition using AI. We delve into the various approaches employed, such as deep learning, convolutional neural networks (CNNs), and transfer learning, discussing their effectiveness in accurately identifying and classifying diverse floral species. Additionally, we address the challenges faced in this domain, including dataset availability, model generalization, and scalability, and propose potential solutions. Furthermore, we highlight the applications of flower image recognition across different sectors and outline future research directions to enhance the efficiency and robustness of AI-based flower recognition systems.

171. Black Cotton Soil Subgrade Stabilization by Chemicals

AUTHOR NAME : Surekha Sandeep Rawale, Mohammad Rafiullah, Simabarj Khan,

ABSTRACT : Soil is used as foundation material in the majority of field building projects. In these situations, naturally occurring expansive soil is extremely poor because of its extremely low strength, high compressibility, and huge volumetric fluctuations brought on by variations in water content throughout dry and wet seasons. Because of this, it must be improved in-situ in order to increase bearing capacity, decrease compressibility, and lessen swell-shrink characteristics. There are not many methods available for this. One approach to improving expansive soil is the diffusion of a chemical solution into the soil bulk through ponding or drill holes. It is discovered that, depending on its initial water content, the in-situ expanding clay has a specific water absorbing capability of varied magnitude. With its electrochemical activity, expansive clay certain features of osmotic pressure and water suction are displayed by expansive clay due to its electrochemical activity and the corresponding adsorptive forces. As a result, water diffuses into the soil mass in a specific area around the source of the water supply. It is believed that if a chemical that dissolves in water diffuses into the soil body, it may also penetrate. After diffusing into the soil mass, the chemical solution may interact with the expansive soils electrochemically active clay particles, changing the type and thickness of the adsorption complex surrounding the particles and changing properties like strength, swell shrink nature, and plasticity. This report presents the results of laboratory experiments conducted on black cotton soil using calcium chloride as a chemical solution for Diffusions impact on the strength and lowering of swell was seen

172. Smart Bi-Directional Liquid Pump

AUTHOR NAME : Shashank Shrivas , Rushabh Gandharwar, Apurva Khati, Sakshi Mahajan, Dr. Rajesh. S. Surjuse

ABSTRACT : The goal of this this project is to design and build a bi- directional water pump with real-time equipment The system is designed to provide efficiency and stability forward and reverse flow of water making it suitable for application such as vehicle lubrication, industrial machinery and hydraulics . Bi-directional functionality enables fluid flow, lubrication and fluid replacement according to the needs of the specific job. This project includes electrical engineering, security consideration, compliance management, and scalability. In summary, this project aims to create a multifunctional, bi-directional liquid pump system that not only facilitates the amount of liquid but also increases the display value to improve usability. The system is designed to meet the needs of a variety of industrial, including automotive, commercial and hydraulics, by providing solutions that meet modern performance and stability

173. Advanced Smoothing Approach of RSSI for Indoor Positioning System

AUTHOR NAME : Nayan Bhimrao Dhawle, Prajwal Rajesh Chinchkhede, Mayur Namdeo Sembekar, Riya Bablu Nagpure

ABSTRACT : Indoor positioning systems (IPS) rely heavily on Received Signal Strength Indicator (RSSI) to determine the location of devices within a confined space. However, RSSI measurements are often prone to fluctuations and noise, leading to reduced accuracy in positioning. In this paper, we present an advanced smoothing approach for RSSI aimed at improving the accuracy and reliability of indoor positioning. Our approach leverages a combination of statistical methods and machine learning techniques to filter and refine RSSI data in real-time. By intelligently modeling and predicting RSSI variations, our method effectively mitigates the effects of noise and interference, resulting in enhanced positioning accuracy. We conduct comprehensive experiments in various indoor environments to evaluate the performance of our approach against existing smoothing techniques. The results demonstrate significant improvements in positioning accuracy and robustness, highlighting the potential of our approach to advance the state-of-the-art in indoor positioning systems.

174. Fabrication of Smart Sanitizing Robot with Medicine Transport System

AUTHOR NAME : Prof. S.P. Gurway, Vishal Doable, Saurabh Mate, Saurabh Pimprikar

ABSTRACT : This task describes the evolving role of robots in fitness саre and соntexts with sрeсiаl соnсerns аssосiаted with the соntrоl and соntrоl of the sрreаd of the 2019 соrоnа virus (СОVID-19). The number one use of such robots is to lessen соntасt with one аnоther аnd to make sure сleаnliness, birth соntrоl аnd guide inside the same hоsрitаls аnd fасilities as isоlаtiоn. this will lead to а disсоunt in heаlth risks for scientific wоrkfоrсe аnd рhysiсiаns who рlаy а lаrge role in соntrоlling the СОVID-19 epidemic. The aim of the рresent day lооk а to highlight the signifiсаnсe оf mediсаl robots in fаshiоnаble аnd to link their use with the vision оf СОVID-19 mangers so that heаlth fасilities directors саn reсоgnitiоn on increasing using сliniсаl robots in numerous сliniсаl techniques. this is despite the reсоgnitiоn оf telemedicine, which works рrорerly in соmраrаble situations. In reality, the latest fulfillment оf the Kоreаn аnd сhinese heаlthсаre sectors in gaining effeсtive mаniрulаte оf the СОVID-19 epidemic соuld no longer were роssible without using ultrа-mоdern scientific era.

175. Performance Analysis of Grid Connected Solar PV System

AUTHOR NAME : Shrikrishna R.Thute, Dr. Prema Diagavane, Dr. Rajesh S Surjuse

176. GPS Based Vehicle Monitoring and Challan

AUTHOR NAME : Prof. Pooja Pimpalshende, Rajat Bansod, Krunal Gurnule

177. Accidents Prevention System for Curve Roads

AUTHOR NAME : Prof. Veena Katankar, Anjali R. Patil, Rutuja A. Hemke, Revati G. Manne, Shreya D. Kukade

ABSTRACT : There are thousands of accidents cases reported in every year. In developing countries such as India, accidents are the leading cause of death. Single-line, narrow, curved highways are particularly perilous in hilly and mountainous terrain. At those curved points, drivers are unable to see the vehicle or objects approaching from the opposite end of the curve. In order to minimize these accidents, we proposed an iot based model to prevent accidents at U-turns by altering the driver about the vehicle coming from the opposite side. The “Accident Prevention System” is an IoT-based project aimed at enhancing road safety through intelligent monitoring and signaling mechanisms. This is accomplished by placing an infrared sensor on both sides of the U-turn, which allows the sensor to detect vehicles approaching from one side of the curve. The sensor then sends a signal to the Arduino, which then commands the buzzer, LED lights, and buzzer rings on the opposite side to alert the driver.

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