Project Defining Seminar PPT 2025-2026 (EVM).pptx

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1. Priyadarshini College of Engineering Nagpur Department of Electronics and Communication Engineering IoT-Based Electronic Voting Machine (EVM) Name of the Guide :- Prof.S.S.Wasnik Name of the Project Group Members :- 1. Aachal Ramteke(256) 2 . Sahil More(253) 3 . Vaibhav Dhoke (255) 4. Tanmay Junankar (256) ( Session:2025-26 ) VII Sem ECE 1

2. Contents Introduction Literature Review Colunm Chart and Pie Chart Diagram Problem Definition Objective Methodology Applications References VII Sem ECE 2

3. Introduction The IoT-Based Electronic Voting Machine (EVM) is a smart system designed to make the voting process secure, fast, and transparent. It uses IoT technology to connect the voting machine to the internet, allowing votes to be stored and monitored in real time. Each voter is verified using a fingerprint sensor or RFID card before casting a vote. The system ensures no duplicate voting, quick result generation, and easy online monitoring, making it suitable for schools, colleges, and government elections.. VII Sem ECE 3

4. Literature Review VII Sem ECE 4

5. VII Sem ECE 5 Colunm Chart and Pie Chart

6. Diagram VII Sem ECE 6

7. Problem Definition VII Sem ECE 7 Design a secure and reliable electronic voting system. Reduce human errors in vote counting. Save time and effort in the election process. Prevent tampering and ensure data security. Make the voting process transparent and efficient.

8. Objective VII Sem ECE 8 Ensure accurate and fast recording and counting of votes. Provide a secure and tamper-proof voting process. Eliminate invalid votes and reduce human errors. Make the election process simple and user-friendly for voters. Save time and resources compared to manual voting systems. Maintain transparency and reliability in elections. Store and display results automatically after voting ends.

9. Methodology VII Sem ECE 9 Analyze requirements and define system features. Design hardware (microcontroller, keypad, display) and software flow. Assemble and integrate hardware components. Develop software for vote recording, counting, and result display. Test the system for accuracy and security. Deploy EVM and generate results efficiently.

10. Applications VII Sem ECE 10 Government Elections: National, state, and local body elections (e.g., parliament, assembly, municipal). Educational Institutions: Student council, hostel, or club elections in schools, colleges, and universities. Corporate Voting: Board of directors, company decisions, or internal surveys. Social and Community Organizations: NGOs, clubs, and associations for leadership elections. Political Party Elections: Internal party leadership or candidate selection. Referendums and Opinion Polls: Small-scale decision-making or community surveys. Remote or IoT-based Voting: For secure online or networked voting systems. Event-based Voting: Contests, awards, or competitions requiring quick results. Anywhere Transparency is Needed: Any system requiring secure, tamper-proof, and fast voting.

11. References VII Sem ECE 11 Books: R. K. Ghosh, Digital Electronics and Microcontroller Applications, McGraw Hill, 2018. A. K. Ray & K. M. Bhurchandi , Advanced Microprocessor and Peripherals, Tata McGraw-Hill, 2017. 2. Research Papers / Journals: S. Sharma, “Design and Implementation of Electronic Voting Machine,” International Journal of Engineering Research, 2019. P. K. Mishra, “Secure Electronic Voting System Using Microcontroller,” IJETR, 2020. 3 . Web Sources: Election Commission of India, https://eci.gov.in/ Tutorials and project guides from https://www.electronicsforu.com/ IEEE Xplore Digital Library – papers on EVM design and IoT-based voting.

12. Thank You ! VII Sem ECE 12