IJRCIT- International Journal of Research in Computer & Information Technology

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

Home Instructions For Authors Call For Papers Editorial Board Archives Special Issues Conferences Ethics & Policies Downloads FAQ Contact

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.

© 2020 @ Global Advanced Research Publication House