Education: EECS Automation & Electrical Engineering Training Programme

Focuses on schematic reading, control transformer sizing, short-circuit protection, earthing grid measurement, and cabinet wiring standards. Hands-on labs involve troubleshooting simulated panel faults and calculating breaker/conductor capacities.

Covers core programming paradigms across major hardware environments. Trainees learn to configure remote I/O racks, structure main program loops with interrupt routines, and execute analog signal scaling (4–20 mA, 0–10 V) for industrial sensors.

Covers real-time data acquisition, building custom HMI dashboards, setting up trend charts, configuring historical data logging, and integrating field telemetry with central monitoring stations.

Applies learned techniques to real-world infrastructure problems: automated municipal water/pumping stations, dynamic grid transformer monitoring, and high-precision environmental control loops.