Embedded Systems
Arduino, Raspberry Pi, GPIO, sensors, serial communication, and project-based hardware control.
Electrical Engineering Portfolio
Electrical Engineering Student | U.S. Air Force Veteran | Defense Engineering Intern
Building technical depth in circuits, embedded systems, RF communication, hardware, and high-reliability engineering.
I am an Electrical Engineering student, U.S. Air Force veteran, and defense engineering intern focused on building practical engineering skills through hands-on projects, technical discipline, and continuous learning.
My interests include circuits, embedded systems, RF communication, hardware testing, and engineering systems that need to perform reliably in real-world conditions.
Arduino, Raspberry Pi, GPIO, sensors, serial communication, and project-based hardware control.
Learning wireless communication fundamentals through LoRa modules, serial testing, and field-style experiments.
Developing fundamentals in Ohm’s Law, PWM, resistors, circuit protection, measurements, and troubleshooting.
Applying a veteran background in discipline, safety, documentation, and technical accountability.
Completed
Developed a Python-based workflow to analyze underwater acoustic recordings across multiple test points. The project processed WAV files, generated spectrograms, compared relative signal quality, and produced visual reports to support engineering review.
Completed
Built and tested a LoRa communication range test setup using microcontrollers, REYAX LoRa modules, serial communication, PowerShell scripting, and Python-based data interpretation.
In Progress
Developing a communication testbed to explore how low-power sensor data from a digital potentiostat could be transmitted through LoRa for remote monitoring.
Completed
Supported RoboSub 2026 through STEM outreach, technical assistance, and engagement with student robotics teams designing and testing underwater vehicle systems.
Documenting Soon
Created a Raspberry Pi project using Python, GPIO, and camera input to detect motion and trigger video recording.
Completed
Designed and tested a basic LED control circuit using Arduino GPIO, resistors, and pulse-width modulation.
Supporting engineering projects in a high-reliability technical environment.
Former Nuclear Weapons Technician with experience in troubleshooting, technical discipline, safety, and high-reliability systems.
Vice President, supporting student veterans through leadership, networking, and campus engagement.
Public-safe engineering notes, reflections, lessons learned, and technical growth.
Field Note
A reflection on the beginning of my engineering career, imposter syndrome, what excites me about building ideas, and the kind of leader I hope to become.
Field Note
A reflection on supporting student robotics teams, technical outreach, underwater vehicle systems, and the importance of helping the next generation of engineers grow.
Field Note
A write-up on using Python to process underwater acoustic recordings, generate spectrograms, compare relative signal quality, and turn raw test data into useful engineering visuals.
To protect my personal contact information, my full resume is not posted publicly. Please submit a request below and I will follow up directly.
For professional inquiries, networking, internship opportunities, or resume requests, connect with me on LinkedIn or submit a resume request through the form above.