My work in this area involved a comprehensive range of tasks from initial data collection to final design documentation. Since May of 2025 I have gained experience with land surveying and dimensional analysis, accurately measuring and mapping building sites and structures. This skill set is supported by my ability to draft detailed building site plans for both new construction and future design projects. I also worked on creating accurate as-built documentation, with a specific focus on existing interior systems, including electrical, plumbing, and structural layouts. This experience has equipped me to handle complex technical data and produce clear, professional documentation for various engineering and design applications.
Team Captain & Electrical Systems Lead (2021–2025)
For four years, I have been an active member of the UPRM RoboBoat Team, serving as team captain for the last two and a half years. In this role, I led a multidisciplinary group of engineering undergrads in the design, development, and deployment of an autonomous surface vessel (ASV) for international competition. My responsibilities included managing project timelines, coordinating subteams, and overseeing the design and integration of critical electrical and power systems. I also represented both the team and the University of Puerto Rico at the last three RoboBoat International Competitions, consistently achieving award-winning performances and never leaving without recognition. This experience strengthened my leadership, system design, and team management skills, while reinforcing my commitment to innovation and collaboration under pressure.
Team Village During Competition
Winnings from 1st Place Website Design
Designed and manufactured ASV
Project AV University Rover -Electrical Design Member (2021-2022)
As part of the Electrical Division of Project AV, I contributed to the design and simulation of integrated electrical systems for a university-level rover that combined electronics, mechanics, optics, and embedded software. My role focused on the evaluation of power distribution strategies and battery configurations to ensure system readiness and task execution under varying load conditions. I engaged in cross-disciplinary collaboration to align electrical components with mechanical and control system requirements, supporting the development of a robust and mission-ready prototype.