• In charge of managing all engineering/rocketry projects for the team and ensuring successful integration of all sub-teams (Mechanical, Electrical/Computer Science, Propulsion, Materials).• Responsible for the roles of the treasurer such as budgeting and order placements.• Took on the responsibilities of the safety officer by creating safety plans and verifying proper certification for launches.• Furthering my expertise in CAD using programs such as Fusion 360, SOLIDWORKS, and Onshape.• Gained a substantial set of skills in rocketry simulation software such as OpenRocket Simulator.

• Designed tooling to reduce takt time of the subassembly and painting of aircraft braking systems.• Set up a laser sensor system to measure aircraft part thickness with an accuracy of ± .001".• Assisted with cost calculations for a required part update.

• Developed tooling for post-processing and testing procedures for Aeon 1 and Aeon R thrustchamber assemblies and combustion devices.• Increased proficiency with CAD modeling, GD&T and drafting, and engineering analysissoftware (Femap).• Gained hands-on engineering experience with combustion devices, proofing/testing, andadditive manufacturing applications.

• Worked on providing a redundant humidification system to an offsite company warehouse.• Collaborated with engineers and vendors to ensure proper execution of humidifier purchase, installation, and testing that will best suit the humidity parameters of the warehouse while staying within cGMP.• Developed skills in PLC coding utilizing Rockwell Automation’s Studio 5000 Design Software.

Mission Statement: To demonstrate the successful ejection of a capsule from an altitude of 150 km and to gather and transmit data from instrumented capsule throughout its flight.• Worked on the NASA funded research team covering the KARS mission and KRUPS ISS project.• Developed ejection mechanisms for the KRUPS capsule.

• Introduced to multiple projects in multiple scales ranging from projects in our community to international projects.• Worked as an engineer to design a water drilled well and pipeline system to improve water access and quality for the community of the Las Lagunas Cuaches Village in Guatemala. • Deepened experience in materials engineering by designing the pipes for the system.• Learned how to use software such as KYPipe and AutoCAD.

• Took care of customers and handled transactions.• Learned recipes for all products along with cleaning procedures.• Grasped how to use and maintain a multitude of machines (Espresso machines, brewers, kegs, draft coffee systems, dishwashing machines).

• Got hands-on experience working on the Gato del Sol V solar car and other mechanisms.• Achieved a basic knowledge of how to use modeling software such as Autodesk Fusion 360.• Worked in a team to install a system that held the car together.