- Assisting research on demonstrating controlled detonation stabilization in a hypersonic flow- Leading the development and requirements management of a modular Ground Support Equipment (GSE) to verify all iterations of flight hardware through flow testing over a five-year period- Defining the interface, performance, environmental, and design requirements of the GSE using Excel and PowerPoint models to facilitate the iterative process of requirements management and collaboration

- Developing a free and accessible virtual robotics workshop for middle and high school students in Choko, Colombia. Focus on teaching basic circuitry concepts such as ohms, voltage, and resistors using virtual circuit designs and Arduinos through TinkerCad- Guiding a team of 4 committee members through the engineering design cycle, fostering collaborative brainstorming, and introducing industry standards to optimize project effectiveness-Designing a low-cost ion propulsion prototype to educate 60 members on ionic propulsion principles

- Decomposed 300+ requirements into functional, interface, environmental, and physical properties of a preliminary solid rocket motor for traceability using CAMEO Model-Based Systems Engineering- Conducted a ballistic analysis to verify performance requirements by simulating propellant grain regression on Siemens NX and using propellant data to determine thrust, impulse, and MEOP- Created a traceability diagram linking common performance, thermal, and structural analyses to system requirements to identify cost and schedule reduction opportunities- Reviewed the software qualification test requirements for an Electrical Ground Support Equipment

- Managed the design requirements, development, and integration of the recovery system for a Liquid Bi-Propellant rocket to an expected altitude of 10,000 feet- Led 10+ recovery system members by creating a collaborative environment and providing assistance beyond the scope of the project such as resume reviews and networking opportunities- Collaborated with more experienced members on risk analysis and preventive measures to ensure safety and reliability of the vehicles recovery system- Implemented decision matrices and trade Studies to finalize the conceptual stage of the system

- Lead successful 12 week long RC plane project for 20+ members to acquire valuable technical skills such as Solidworks Flow Simulation, 2D drawings, electronics assembly, Arduino IDE coding, laser cutting, and working in cross-functional teams - Coordinated 10+ workshops, including a three-part project on audio visualizer development, emphasizing electronics architecture, SolidWorks CAD modeling, and component integration- Organized cross-functional teams to execute complex engineering projects, focusing on enhancing technical skills and knowledge sharing among 400+ members

- Operated a workshop to build the first RC planes at St. Thomas Aquinas High School- Mentored 25+ students about the key components of an aircraft throughout the project- Initiated the design of 4 aircrafts in a cross-functional environment with 5 teams- Communicated with local aviation companies, organized expenses, and hosted weekly meetings