
Electrical Engineering student at Cal Poly San Luis Obispo with Dean's List honors. Proficient in circuit design, embedded systems, and power electronics. Demonstrated ability to apply engineering concepts to practical challenges through hands-on projects. Eagle Scout with over 150 hours of community service, showcasing leadership and teamwork skills.
4-Bit Audio Digital to Analog Converter (DAC) :
Designed and implemented a 4-bit Weighted Resistor DAC to convert binary inputs into analog signals. Simulated and verified circuit performance in LTspice with <±0.003 V deviation from theoretical output. Created a compact 1”×1” two-layer PCB using Autodesk EAGLE, assembled surface-mount components, and tested functionality via oscilloscope and Arduino integration to reproduce audio signals. Gained hands-on experience in signal processing, circuit design, and PCB fabrication using low-cost, energy-efficient components
OTTER Computer
Developed a custom OTTER computer architecture capable of executing all logic/assembley functions for both real and complex operations, including arithmetic, logic, branching, and memory access. Designed and implemented the datapath, control unit, ALU, register file, and memory interface, and verified correct instruction execution through simulation, debugging, and targeted test programs. This project strengthened understanding of computer architecture, digital logic design, and low-level hardware–software interaction.