On December 26, 2024, National Institute of Engineering (NIE), Mysore, hosted a thrilling national-level Robo Soccer competition. In this adrenaline-pumping event, Ganeshkumar S—a 3rd-year Mechatronics student clinched the 1st prize along with a cash award of ₹7,000.
Ganeshkumar’s robot outclassed other contenders with its balanced design—combining agile defense and precise striking capability. The well-tuned sensor suite and flawless real-time control secured his victory.
Technical Challenges & Team Strategy
Mechanical Design
Robots must be compact, nimble, and robust enough for fast-paced maneuvers. Ganeshkumar’s design likely prioritized quick acceleration, tight turning radius, and reliable ball handling.
Sensor & Vision Integration
A seamless blend of cameras, line sensors, or ultrasonic modules enabled the robot to follow game cues—ball presence, opponent position, and field boundaries.
Programming Intelligence
The AI logic needed robust decision-making: offense versus defense transitions, goal-risk assessments, and penalty avoidance—all executed in milliseconds on embedded controllers.
Why Robo Soccer Matters
- Hands-on Learning: Students apply theory to real-world engineering challenges.
- Skill Synergy: Mechanical, electrical, and software disciplines converge.
- Competitive Edge: Encourages innovation under pressure.
- Real-World Parallels: Covers robotics disciplines relevant to autonomous vehicles and AI-powered systems.
Congratulations to Ganeshkumar!
Winning at a national-level tech fest is a testament to his perseverance, creativity, and technical prowess. This success reflects the depth of talent nurtured at NIE and sets a high bar for future robotics aspirants.
