Final Presentation_Kandigai_new_idea_presentation.pptx

Innovative projects

1. Final Presentation of the Project Made In 3D: Seed The Future Entrepreneurs Program Season 2024-25 STFE-SchID-456 – GHSS Kandigai

2. School ID STFE-SchID-456 Name of School GHSS Kandigai Names of students who are part of team 1. Muthuvel 2. Heethish Kumar 3. Kokul Krishnan 4. Ragul 5. Santhosh 6. Sathish Name of Teacher Krishna Kumari & Anandhi Name of School Champion / Mentor Abisha Manonmani GameSense Analytics Student Startup Team Introduction

3. Sr No. Name of Parameter Milestone Yes/No (To be filled by teams) 1 Identification of an Idea (Problem statement) As per the themes of this year. Team should be able to justify the above to the School Champion. There is mapping of: Only 1 Theme All 3 Core requirements At least 1 Aspect Yes 2 Plagiarism free Startup idea selected is not a viz-a-viz copy of existing product picked from Google search. Note: Existing products with enhancements are OK. Copy past not allowed! Yes 3 Start-up Name & Logo Name & logo selected is suitable for the product posted on the respective community of school. Yes 4 Manufacturability Is it possible to manufacture this product using platform? They have to use xDesign && 3D Printing (at least 1 part or whole) Product should be manufacturable in the allocated budget & time-frame of 6 months. Yes 5 Onboarding process, Credentials , Access to Community Your onboarding is completed and you are able to access the platform with your credentials and have access to the respective community Yes 6 Whatsapp group creation There is a whatsapp group created with the teacher, students and school champions in it Yes 7 Idea Funnel post School champion has updated the school details in the Idea funnel on the Volunteer's community. ( Please verify with School champion Yes To release seed funding, all answers should be “Yes” Coordinate with School champion to convert the “No” to “Yes” by completing the milestone

4. Short Description of your product/ startup THEME: Health, Safety & Wellness STARTUP NAME: Game Sense Analytics PRODUCT: “ Track. Analyze. Win!” The  Gaminise Analyzer System  is an innovative smart table tennis bat that integrates sensor technology to track and analyze gameplay performance. The system consists of sensors embedded in the bat that detect ball impacts and communicate data via a  Bluetooth module  to both a  mini LCD display on the bat  and a  large dashboard screen . This allows players and coaches to monitor real-time game statistics, including the number of successful ball hits and points scored. The bat features  impact sensors  that count every ball hit accurately. These signals are processed by a  microcontroller , which sends the data wirelessly to an external  dashboard display  via  Bluetooth . The  mini LCD screen on the bat  provides instant feedback on the player’s performance, displaying the number of successful hits and points in real-time.

5. Block diagram(rough)

6. Plan of Action (Mapping of Who is responsible for What within your team) Roles & responsibilities allocation within the team members. What is the expected outcome from each member. Make a post of this on the community *Some examples of Roles that you can mention above> Head of Marketing, Head of R&D, Head of Mechanical Design, Head of Electronics, Head of Manufacturing, Head of Finance, Chief Executive Officer (CEO), etc. You are free to invent a new role if required  Sr. no. Name Responsibility/ Role* 1 Muthuvel Team Leader (CEO) 2 Kokul Krishnan Team Co-Ordinator (Head of Marketing) 3 Heethish Kumar Technical Member 1 4 Ragul Technical Member 2 5 Santhosh Support Member 1 6 Sathish Support Member 2

7. INTRODUCTION Monitors the number of times the shuttle hits the bat. Saves energy from each hit using a piezoelectric sensor. Displays hit count on both Serial Monitor and mobile phone. Uses Bluetooth for wireless data transmission. Bat is designed and printed using a 3D printer.

8. Objective Develop a smart, energy-harvesting badminton bat. Monitor and log every shuttle hit in real-time. Integrate low-cost, lightweight electronics. Promote eco-friendly innovation using 3D printing and renewable energy. Arduino UNO Bluetooth Module (HC-05/06) Piezoelectric Sensor Connecting Wires 3D Printed Bat (PLA/ABS) Breadboard (for prototyping) Components Used

9. Designed the bat using [ TinkerCAD ]. Optimized weight and grip for sensor integration. Printed with [PLA, ABS]. Design and Printing

10. Working Principle Shuttle hits the bat → Piezo sensor generates voltage. Voltage triggers Arduino → Count increases. Energy harvested from each hit is stored. Bluetooth sends hit count to mobile phone.

11. Circuit Diagram

12. Successfully monitored hits during gameplay. Energy generated and recorded. Data synced accurately to mobile phone. Smart sports equipment for performance tracking. Can be adapted for tennis, table tennis, etc. Data analytics for player coaching. Expand energy storage for self-powered devices. Results & Testing Applications & Future Scope