To make STEM education accessible beyond cities, VVS proposes Robotics & Coding Labs in 12 rural schools serving 1800+ students. This initiative aims to cultivate innovation, problem-solving, and teamwork through hands-on learning.
Project Objective
Bridge the technology gap in rural education.
Promote coding and robotics through experiential learning.
Prepare students for 21st-century STEM careers.
Detailed Project Components
| Component |
Description |
| Robotics Kits |
LEGO, Arduino, Raspberry Pi modules |
| Laptops/Tablets |
For coding and simulation |
| Software Tools |
Scratch, Python, Blockly |
| Furniture & Storage |
Lab setup and student stations |
| Training |
Teacher and student workshops |
Budget Estimate
| Expense Head |
Amount (₹) |
| Equipment & Kits |
₹ 6,50,000 |
| Training & Implementation |
₹ 1,60,000 |
| Furniture & Infrastructure |
₹ 2,50,000 |
| Total |
₹ 10,00,600 |
Expected Impact
- 1800 students gain robotics and coding skills.
- Rural STEM championship participation.
- Enhanced creativity and teamwork.
Sustainability
Teacher training and curriculum integration ensure long-term continuity.
Transparency & Compliance
- Audited CSR program with reports
- 80G receipts
Implementation Plan
- Needs Assessment
- Procurement
- Instructor Training
- Student Engagement
- Monitoring
Donation Options
| Type |
Description |
| Adopt a School Lab |
Fund one complete lab |
| Sponsor Robotics Kits |
Support equipment purchase |
| CSR Program |
Multi-year commitment for expansion |
Empower rural students to code, create and innovate for tomorrow.
