96 V electric vehicle conversion
Integrated a 96 V DC motor into a modified golf-cart platform, with high-current wiring, controllers, safety systems, and a custom-machined drivetrain.
Read project notes →Projects where electrical, mechanical, and practical constraints meet. Each one began with a system to understand and ended with hardware to build, repair, or improve.
Integrated a 96 V DC motor into a modified golf-cart platform, with high-current wiring, controllers, safety systems, and a custom-machined drivetrain.
Read project notes →Designed an off-grid system that combines solar generation, battery storage, a charge controller, and an inverter to support 3D printers and shop tools.
Read project notes →Built a motorized solar-panel tracker that uses light-sensor data and programmed control logic to adjust panel position.
Diagnosed a shorted mini-PC motherboard, replaced components with chip-level soldering, and verified electrical signals after repair.
Read project notes →Designing a combat-robotics prototype in CAD and fabricating its structural and electronic components while integrating motors, drivers, and the power system.
Built a bicycle-driven generator and designed the circuitry needed to rectify and deliver the alternator’s electrical output.
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