I'm an ECE master's student at the University of Michigan, Ann Arbor interested in embedded systems. Here's some of my work...

Autonomous Micro UAV for Greenhouse Monitoring

A UAV system developed for GPS-denied greenhouses with automated charging. Currently monitoring a greenhouse! (May–August 2025) Learn more...

N-Way Superscalar Verilog R10K-Style Processor

Built and implemented an out-of-order, R10K-style superscalar processor in Verilog with advanced features and a custom GUI debugger. (January–April 2025) Learn more...

Adaptive Cruise Control and Lane Keeping System

Developed and simulated an adaptive cruise control and lane-keeping system in Simulink, featuring haptic wheel input and real-time CAN integration. (April 2025) Learn more...

DE2-115 FPGA Four Function Calculator

Implemented an RTL-based four-function calculator in Verilog on an Altera DE2-115 FPGA with Booth’s multiplication algorithm. (December 2024) Learn more...

Under construction...

More projects coming soon!

Some more about me...

I’m an embedded systems engineer driven by a passion for bridging hardware and software into reliable, intelligent systems. From UAV automation and firmware development to embedded integration on Raspberry Pi and custom PCB platforms, I specialize in delivering designs that work dependably in the field. I value clean, maintainable engineering practices and enjoy turning complex system challenges into elegant technical solutions.

Skills & Technologies