About Me

I'm currently a second-year undergraduate electrical engineering student at the University of Puerto Rico at Mayagüez.

I am currently working on personal projects while actively seeking research and internship opportunities where I can continue learning and further develop my professional and academic career.

Research & Personal Interests SUMMER 2025 RESUME

🔌 Electrical Engineering – embedded systems, signal acquisition, microcontroller integration, circuit design and analysis, analog and digital electronics, power systems, control systems, and energy conversion.

🦿 Biomedical Engineering – instrumentation, prosthetics, rehabilitation devices, and medical devices.

💻 Bioinformatics – data-driven analysis of biological systems, signal interpretation, and genomics.

🏃‍♂️ Athletics – middle and long-distance running, performance optimization, sports physiology, training periodization, and injury prevention.

Projects

ESP32 Weather Station - hardware & web - winter 2025

ESP32 Weather Station is a microcontroller-based project that reads temperature and humidity using a DHT11 sensor. The data is sent to the cloud via ThingSpeak, allowing real-time monitoring from any browser or device. The project includes a minimalist dashboard accessible over the web, providing live updates, charts, and logging functionality. This setup demonstrates the integration of IoT hardware with cloud services for remote environmental monitoring.

pobladorosario.compobladorosario.com - web - summer 2025

PobladoRosario.com is a educational, and non-commercial independently developed web project dedicated to preserving and promoting the cultural and historical memory of Poblado Rosario, a rural community located in San Germán, Puerto Rico. The platform functions as a digital archive and living museum, hosting photographs, documents, and maps from the community.

Built and maintained as a personal initiative, the project seeks to safeguard local heritage while educating both residents and outsiders about the identity of the most unique community of Puerto Rico. This project aims to celebrate, preserve, and share the unique history of the community where I was raised.

Piezoelectric Muscular Monitor - hardware - summer 2024

Designed and built a wearable biofeedback device that uses a piezoelectric sensor to detect and quantify muscle contractions in real time. The data is processed through an Arduino microcontroller and displayed on an LCD screen, aiming to identify irregular contraction patterns potentially associated with fatigue or early-stage sports injury.