Aircraft Performance Engineer of the Powered Autonomous Delivery Aircraft (PADA) for the SAE Aerodesign 2024 competition.- Develop the design and aerodynamic behavior of a 16 oz. autonomous aircraft tasked with landing within pre-selected and unknown landing coordinates. - Perform high level trade studies of low-Reynolds airfoils and aircraft configurations to determine the most effective configuration utilizing XFLR5, Star CCM+, SOLIDWORKS and Fusion360.

Developed mechanical engineering subsystems and Siemens NX CADs for the NASA L'SPACE Summer 2023 Mission Concept Academy as a part of team I.C.E.B.R.E.A.K.E.R.S.S. to create a small rover capable of collecting and analyzing habitability science samples within the Occator Crater on the dwarf planet Ceres.- Designed the rover's suspension, wheels, chassis, and sample collection subsystems CADs in addition to producing its final assembly.- Developed mechanical subsystem requirements, budgets, and risk evaluations for the rover.- Completed a set of skill modules regarding systems engineering and space exploration topics such as project management, requirements, systems topics, risk management, and heat transfer.

Spacecraft Design and Analysis (SDA), In-Situ Resource Utilization (ISRU), and Human Integrated Design (HID) CAD designer for the NASA RASC-AL 2023 Homesteading Mars P.R.O.M.I.S.E. team. Our team had the objective to develop a crewed human exploration architecture of Mars that can enable astronauts to survive on the surface of Mars for at least seven years with minimal support from Earth- Designed and collaborated with Biology and Materials majors to create: - The S-HAB C Biology Laboratory capable of Botanic, Neurocognitive, Zoologic, Immunologic, and Microbiotic research. - The S-HAB G and α MGAAMA hydroponic centers which served as the primary source of nutrition for the astronauts utilizing modular hydroponic racks for ease of use and production. On June 15th, 2023 we presented in Cocoa Beach, Florida and received Second Place Overall in the competition; Our project now becoming a published paper.

Developed and coordinated a Mechanical Engineering presentation inside a local high school in addition to participating in the ME One Day Camp where I guided students to learn SolidWorks and rudimentary mechanical engineering concepts.

Leader of the Secondary School of the University of Puerto Rico (UHS)'s high-altitude balloon science payload for the NASA TechRise Student Challenge 2021-2022.- Lead the design and manufacturing of a high-altitude balloon science payload that evaluated the temperature endurance of rubber bands utilizing a servo and dynamometer throughout increasing altitudes.- Utilize CAD software to design payload, servo, camera, and electronic physical connection points. - Manufacture payload utilizing Ultimaker Cura and aforementioned CAD software to 3D-Print all components of the project.