Understand the fundamental characteristics of LEDs, lamps and other lighting components and their common operating methods. Design current control circuits with analog or PWM dimming for LEDs, or perform system-level analysis of fuse and wire sizes, driven by lamp cold-filament in-rush currents.
Learn motor & drive system concepts, from basic electro-mechanical energy conversion to advanced DQ control, space vector modulation, encoders and power electronics. Collaborate with experts in FEA-based machine design, sensors, algorithms and mechatronics to assess integrated system performance.
Understand power electronics, from basic converters to “digital-power” PMICs. Analyze design margins for saturation, stability and thermals. Collaborate with other experts on batteries, solar panels, LEDs, motors, etc. for successful integrated system design.