B.S. Electrical Engineering · Class of 2028
William States Lee College of Engineering — University of North Carolina
I am a first-year Electrical Engineering student specializing in Bioelectronic and Robotic systems and analog/mixed-signal design. My current work sits at the intersection of control systems and biomedical technology, with a focus on high-noise signal processing pipelines, ASIC & FPGA design, and wearable sensing hardware.
I am currently an Undergraduate Research Assistant at the Microvascular Engineering and Regeneration Lab, where I conduct research on iPSCs and microfluidic chip models for next-generation skin graft research.
Microvascular Engineering and Regeneration Lab, UNC
Conducting research on induced pluripotent stem cells (iPSCs) to generate extracellular matrices for endothelial tissue. Supporting development of microfluidic chip models that mimic microvascular systems for next-generation skin graft research. Co-authoring a conference paper on experimental findings.
Designed a custom wearable 8 dry-electrode array with an ESP32 main controller and an embedded TinyML model trained to interpret and predict muscle contractions, enabling real-time remote operation of a custom robotic arm. Combines electrical impedance tomography (EIT) with on-device inference at the edge.
Designed an 8-bit processor with a custom instruction set and on-chip peripherals. Additionally architected an assembler for the processor for future expansion.
Technologies: CMOS · Digital Design · LTSpice · RISC-V
Microvascular Engineering and Regeneration Lab
Coming soon.
Coming soon.
Coming soon.
| Programming | C/C++, Python (NumPy, SciPy), VHDL/Verilog, R, MATLAB/Simulink |
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| Hardware | PCB Design (KiCad / Altium), Analog Circuit Design, Power Electronics, Oscilloscope / Logic Analyzer |
| Platforms | STM32, ESP32, RP2040, AVR, Xilinx FPGA, Raspberry Pi, Arduino |
| Tools | Git, CMake, LTspice, GDB, Linux, SPI / I²C / UART / CAN |
Open to full-time positions starting May 2026, internships, and research collaborations. Based in Raleigh, NC — willing to relocate.