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Developed a fully functional chess game on an Intel MAX10 FPGA using System Verilog. The game runs on a VGA monitor at 640×480, accepts input via a matrix keypad, enforces all official chess rules in hardware, and renders the board and pieces procedurally at the pixel level all without a soft-core processor or external memory.
F1 starting light reaction timer on Intel MAX10 FPGA. SystemVerilog FSM, LFSR random delay, hierarchical clock management. Imperial College London (Grade: A).
FPGA-based single-phase SPWM sine-wave inverter using an Intel MAX 10, VHDL, H-bridge power stage, step-up transformer, and experimental validation at 120 V RMS / 60 Hz.