Doctor of Philosophy in Electrical and Computer Engineering | GPA: ?/4.00 | 12/2028
Master of Science in Computer Engineering | GPA: 3.70 /4.00 | 12/2025 | Mentor: Dr. Rodrigo Romero
Bachelor of Science in Electrical Engineering | Overall GPA: 3.50/4.0 | Major GPA: 3.52/4.00 | 12/2024
Master's Thesis Research
One Step Fabrication: Software-Automated Printed
Circuits via Multi-Material Additive
Manufacturing
Automated the fabrication of resistors, inductors, capacitors and embedded circuits.
Developed customizable, code-based 3D models in OpenSCAD.
Robust engineered software to ensure repeatability and performance.
Implemented a GUI to facilitate user interaction with the tool.
Best senior project award: Chaotic Shift Keying Communication System, 2024 (Hardware encryption)
Graduated Cum Laude, 2024 (Bachelor's)
Fast-Track Program, 2024 – 2025 (Accelerated master's track)
IEEE, member, 2022 – Present
University Honors Program, member, 2020 – Present
Scholarship for Monterrey Institute of Technology, 60% funded by university , 2020
General Skills: Microsoft Excel | Microsoft Word | Power Point | Attention to detail | Time-Management | Teamwork | Critical-Thinking |
Programming Languages & Programs: C (advanced) | C++ | Python | Bash | Rust | JavaScript | Assembly | SQL |
Software & Tools: MATLAB | Multisim | LTSpice | LabVIEW | Xilinx-Vivado | SolidWorks | Tinkercad | Autodesk Eagle | Code Composer Studio | PowerWorld | Pthreads | Memory Management | Multithreading | Process Scheduling Theory |
Circuit Design & Electronics: Analog Design | Microcontrollers | Circuit Building and Troubleshooting | Digital Processing |
Languages: English (fluent), Spanish(fluent), and French (A2 level)
3D Printing Classes: Taught a week-long courses on 3D printing to kids/teenagers, covering design and prototyping basics.
Custom ESP-32: Designed a custom ESP32-based hardware module with expanded functionality beyond the stock ESP32 DevKit. Integrated battery-power management, micro-SD storage, and USB-C connectivity on a compact PCB. Performed schematic design, component selection, routing, power-delivery planning, and manufacturability optimization. The board supports firmware development in C, MicroPython, and ESP-IDF.
Electric Car Prototype Project: Engineered and built a fully operational electric car using DC motors, batteries, an MSP430 for control, showcasing skills in circuit design, programming, and systems integration.
Web-Design: Used Java-script, CSS, and HTML to build websites