President and Structures Lead
2020-2022 Umass Lowell Rocketry Club
President
Lead a diverse team of 30+ students in the design and construction of high power rockets
Competed in the NASA student launch competition
Responsible for managing vehicle wide subsystems
Organized launch events with local regulators
Raised and managed team finances
Organized public out reach
Structures Lead
Designed composite airframe for competition rocket
Utilized FEA and ground testing to ensure structure could withstand flight loads
Manufactured airframe using power tools and CNC cutters
3D Printing
CNC Laser Cutting
Machined Elements
Astro Hawk II Launch
Cutting Fin Slots
3D Printing Nose Cone
Booster Section
Mid Power Rocket Build Day
Mid Power Launch Day
Egg Scrambler
Level 1 NAR rocket capable of safely launching eggstronauts to high altitudes
Capable of safely carrying two Eggstronauts to an altitude of 1,500 ft experiencing a max acceleration of 7 Gs.
Post flight inspection of crew
Carbon fuselage winding
Level 1 Certification
Certification rocket launched to receive level 1 certification status with the National Association of Rocketry (NAR). Reached an apogee of 1,200 feet and utilized integrated altimeter to delay chute release.
Level 2 Certification Rocket
Certification rocket designed to receive level 2 certification with the National Association of Rocketry. Has a maximum projected altitude of 2,500 ft.
Flight Computer
Integrated altimeters detect apogee and deployment altitude from barometric pressure
Drogue and main chute are deployed via pyrotechnic charges
Reduced descent time allows for higher altitude flights
More reliable recovery operations
