Robotics Laboratory
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Overview
The Robotics Laboratory provides students with hands-on experience in robotic systems, from fundamental operations to advanced autonomous applications. Students integrate knowledge from AI, control systems, and mechanical design to develop specialized robotic solutions for real-world challenges.
Our lab fosters innovation by combining theoretical concepts with practical implementation, enabling students to design, program, and test various robotic platforms.
Robotic Systems
Industrial Robots
- 6-axis articulated arm robots
- SCARA robots
- Cartesian coordinate robots
- Collaborative robots (Cobots)
Mobile Robots
- Autonomous guided vehicles
- Differential drive robots
- Quadruped walking robots
- Drone platforms
Development Kits
- Robotic arm kits
- ROS-enabled platforms
- Vision-based robotics kits
- AI-powered robotic controllers
Interdisciplinary Integration
AI & Computer Vision
- Object recognition systems
- Path planning algorithms
- Machine learning for robotics
- Neural network implementations
Control Systems
- PID control implementations
- Sensor fusion techniques
- Real-time control systems
- Feedback control mechanisms
Project Domains
Industrial Automation
- Automated assembly systems
- Quality inspection robots
- Material handling solutions
Service Robotics
- Healthcare assistance robots
- Disaster response systems
- Agricultural robotics
Research Areas
- Swarm robotics
- Human-robot interaction
- Bio-inspired robotics
Lab Gallery
Faculty In Charge
Dr. Gaurav Kumar
Assistant Professor
Lab Technician
Mr. Sourav Kumar
Junior Technician
