Embedded Systems · VLSI Design · Firmware · PCB Engineering
Computer engineer with a passion for building systems from silicon to software.
BS in Computer Engineering from the University of Central Florida, VLSI track. I design at the intersection of hardware and software — from custom PCBs and microcontroller firmware to full-stack applications. I believe great engineering is invisible: it just works.
My senior design project won Best Interdisciplinary Project at UCF's Senior Design Showcase — a laser-based Braille etching system combining custom hardware, embedded firmware, fiber optics, and software.
Laser Etching Books in Braille for Visually Impaired
A novel laser-based Braille etching system that converts English text into tactile Braille dots on standard paper. Unlike traditional mechanical embossers ($2,000-$5,000+), LEBBVI uses controlled laser ablation to create raised bumps — delivering an accessible, sub-$500 solution for students, writers, and individuals with visually impaired family members.
Interdisciplinary collaboration between Computer Engineering, Electrical Engineering, and Photonics. The system processes text via Raspberry Pi, commands a custom PCB with MSP430FR6989 over UART, and controls a fiber laser on a precision stepper motor gantry.
Designed multi-layer PCB in KiCad featuring MSP430FR6989, stepper motor controllers, PowerPath controller (LTC4412), undervoltage cutoff (TPS3808G01), and battery management system. Full schematic capture through fabrication.
Developed embedded C firmware for the MSP430FR6989 — UART communication with Raspberry Pi, stepper motor control via SPI, LCD interface over I²C, and real-time laser control with PWM for variable ablation depth.
Bridged the gap between software (Python/Pi), firmware (C/MSP430), power systems, and the optical/mechanical subsystems. Responsible for end-to-end data flow from text input to Braille output.
Custom digital circuit design and layout using industry-standard EDA tools. Gate-level optimization, timing analysis, and physical layout in the VLSI specialization track.
Real-time embedded applications on MSP430 and ARM platforms. Interrupt-driven architectures, sensor integration, and power optimization.
Multi-layer PCB designs from schematic capture to fabrication. Signal integrity analysis, DFM compliance, and custom power distribution.
VLSI Track · Best Interdisciplinary Project Award
Completed rigorous curriculum in digital design, embedded systems, VLSI layout, and computer architecture. Led hardware/firmware development for award-winning LEBBVI senior design project. Interdisciplinary collaboration across CE, EE, and Photonics.
Lifeguard · Orlando, FL
Team coordination, emergency response, and guest safety management in high-traffic resort environment.
Student · College of Engineering & Computer Science
Coursework in digital logic, microprocessors, VLSI design, signals & systems, computer architecture, embedded systems, optics, and power electronics.
Let's build something together.