Build & programme
Mechanical design, microcontrollers, robotic programming and embedded systems.
A hands-on vision for learning how robots sense, move, decide and work alongside people.

RETS intends to establish a specialist School of Robotics and Automation. Starting with accessible electronics and basic builds, students would progress toward control systems, industrial automation and intelligent machines. Learning would be built around assembling, programming, testing and improving systems.
Mechanical design, microcontrollers, robotic programming and embedded systems.
Sensors, actuators, machine vision and system feedback.
PLCs, pneumatic and hydraulic systems, and industrial controls.
Robotic arms, autonomous mobile systems, automation maintenance and troubleshooting.
Carefully supervised applications of artificial intelligence in robotic systems.
Explore agriculture, warehouse operations, environmental monitoring and inspection.

The planned environment includes beginner robotics labs, electronics benches, mechanical prototyping, PLC stations, computer-controlled equipment, simulation spaces and, progressively, industrial robotics systems.



Visual from the supplied ICC Sege Campus 2028 concept film; not a photograph of an operational RETS campus.
Explore equipment donations, curriculum cooperation or supervised innovation projects.