A complete robotics lab featuring educational and semi-industrial robots, servo motor systems, competition arenas and multi-platform programming environments — from block coding to Python and ROS.
| Category | Equipment / Component | Purpose |
|---|---|---|
| Educational Robots | Wheeled robot kits (line follower, obstacle avoider variants) | Beginner mechanics & programming |
| Robotic Arm | 6-DOF arm kit with metal servo motors and gripper | Pick & place, precision tasks |
| Humanoid | Programmable biped robot (15+ DOF) | Advanced motion and AI integration |
| Controllers | Arduino Uno/Mega, Raspberry Pi 4, ESP32 boards | Robot brain and logic |
| Actuators | Servo motor sets (SG90, MG996R), DC gear motors, stepper motors | Robot movement |
| Sensors | Ultrasonic, IR, colour, gyro, encoder, touch sensors | Environmental awareness |
| Software | Scratch for Robots, Arduino IDE, Python, ROS basics | Multi-level programming |
| Arena | Competition mat, line-follow track, sumo ring, obstacle course | Challenge events |
| Workstations | Lab computers with simulation and CAD software | Virtual prototyping |
| Consumables | Wires, connectors, chassis parts, fasteners starter stock | Build and repair stock |
Students move from visual block coding through Arduino C++ to Python and Robot Operating System as their skills mature — no student left behind.
Building and modifying robots develops deep understanding of gears, linkages, torque, degrees of freedom and structural design principles.
Students prepare for robotics olympiads, WRO, First Lego League and national competitions — winning builds institutional reputation.