Background & Approach

Electrical and Computer Engineering student at Temple University with a passion for building systems that bridge hardware and software.

I'm an Electrical and Computer Engineering undergraduate at Temple University concentrating in Computer Engineering. My coursework spans embedded systems, digital circuit design, signals and systems, and power systems analysis. I maintain a 3.86 GPA and have been on the Dean's List every semester since Fall 2024, with an expected graduation in May 2028.

My engineering interests lie at the intersection of hardware and software -- from designing FPGA-based digital systems to building real-time computer vision pipelines on embedded platforms. I'm currently working on drone detection systems in Temple's Mechatronics Lab and managing the IEEE student branch website.

What I've Done

May 2025 -- Present

Computer Vision Lead -- FlightPod Drone Detection

Temple Mechatronics Lab

Architected a real-time drone detection pipeline with YOLOv11n at 40-60 FPS, implemented ZeroMQ IPC bridge to MATLAB flight controller with sub-100ms latency.

Python YOLOv11n ZeroMQ ESP32-S3

Mar 2026 -- Apr 2026

CATS AI Automation

Temple Fusion Lab

Designed a multi-phase conversational AI workflow in n8n with a rules-based assistive technology matching engine covering 40+ devices across 10 categories.

n8n LLM Agents Python

May 2025 -- Present

Electrical Lead -- FlightPod Sensor Pod

Temple Mechatronics Lab

Designed custom ESP32-S3 sensor pod enclosure in SolidWorks, integrating MPU-6050 IMU, GPS, and camera into a unified sensing platform. Led team of 3 engineers.

ESP32-S3 SolidWorks MPU-6050

Apr 2026 -- May 2026

Digital Piano on FPGA

ECE 2612 -- Microcontroller Systems

Implemented PWM-based digital piano on Intel DE10-Lite FPGA with 11 SystemVerilog modules across 4 octaves and 9 validating testbenches.

SystemVerilog Intel DE10-Lite FPGA PWM

Apr 2026 -- May 2026

7-Bus Grid Expansion Project

ECE 4712 -- Power Systems Analysis

Upgraded 7-bus power system for 150 MW data center expansion, improving voltage profile from 0.89 p.u. to 0.98 p.u. in PowerWorld Simulator.

PowerWorld Simulator MATLAB

Sep 2025 -- Present

Website Manager -- Temple IEEE

IEEE Temple University

Maintain and redesign the IEEE Temple University website using GitHub Pages and Git version control.

Git GitHub Pages

Academic Background

2024 -- Expected May 2028

B.S. Electrical and Computer Engineering

Temple University, Philadelphia, PA

Concentration in Computer Engineering. GPA: 3.86. Dean's List: Fall 2024, Spring 2025, Fall 2025. Coursework covers embedded systems, digital circuit design, signals and systems, and power systems analysis.

Technical Expertise

Languages

C++ Python C MATLAB Verilog SystemVerilog LaTeX

Embedded & Hardware

ESP32-S3 Arduino Intel DE10-Lite FPGA I2C UART GPIO Soldering Breadboarding

Computer Vision & AI

YOLOv11n n8n LLM Agents

EDA & Design

Altium KiCad SolidWorks NI Multisim

Power Systems

PowerWorld Simulator

Tools

Git Unix/Linux ZeroMQ GitHub Pages

Interested in working together?

I'm currently pursuing opportunities in embedded systems, computer vision, and FPGA design.

Get in Touch