Robotics Lab

Yelibot is an AI-powered companion robot designed to be a personalized learning buddy. It uses natural language processing to understand users, respond appropriately, recognize their learning interests, and help them explore new concepts independently. By offering tailored guidance, encouragement, and character-based interaction, Yelibot makes self-learning more engaging, supportive, and effective.

Vendio is an AI-powered robotic vending machine designed to improve customer engagement and increase sales. It recognizes user moods and preferences, recommends suitable products, and intelligently upsells like a virtual salesperson. Vendio also monitors stock levels and machine activity, instantly alerting owners about low inventory, attempted theft, malfunctions, or other operational issues.

The Advanced PID Bot is an intelligent autonomous robot designed to navigate complex paths and deliver boxes to the correct containers. It uses advanced PID control for smooth and precise movement, supported by sharp-turn detection, error handling, smart left-turn logic, and all-white path-counting algorithms. The robot can operate across uneven surfaces and is also capable of wall following and maze solving.

The Humanoid Robot Project features two robotic walking legs powered by reliable linear-actuator mechanisms that replicate human-like movement. Advanced control systems continuously manage the robot’s center of mass, gait sequence, weight distribution, and balance to maintain stability while standing and walking. The project also explores coordinated joint motion, real-time posture correction, and adaptive step control.

The Competition Robot is an autonomous multi-tasking robot designed to complete complex challenges accurately and efficiently. It uses PID line-following to navigate tracking lines and solve maze-based routes, while integrated sensors count and sort boxes. A robotic arm fitted with an electromagnet allows it to detect, collect, transport, and release metal coins at designated locations.