From Fall 2022 to Spring 2023, I served as Chief Engineer and Project Manager for The Rocket Launchers at UTRGV, leading a team to develop a subsonic rocket aimed at reaching 10,000 feet.

I focused on refining our competition rocket design, addressing challenges like the inefficient production of the fiberglass airframe. By experimenting with various materials and techniques, I implemented a long-term solution using an aluminum mandrel with Mylar and white lithium grease, making the airframe easier to remove. To stay within budget, I opted for a 6.5-inch PVC drainage pipe as a mandrel alternative, which I machined for precision. I also worked on optimizing the rocket’s thrust-to-weight ratio by increasing its allowable mass, bringing the apogee to a manageable level and expanding payload capacity. I organized the team’s first test launch, securing essential data for future refinements. My leadership resulted in a new club record, with our predicted and actual altitudes differing by only 28 feet.

Goals achieved

• First successful test launch on May 27th

• Educated the community on rocketry fundamentals

• Build a reusable airframe capable of multiple flights

• Streamline key manufacturing processes