Uconn Aiaa Propulsive Landing
CurrentMechanical Lead for the UConn AIAA Propulsive Landing team developing a landing system for a model rocket incorporating thrust vector control. - Design completely custom rocket component architecture using SolidWorks modeling through prototyping of airframe, landing systems, thrust vector gimbals, and battery power system- Fabricate in house aerostructures through additive manufacturing 3D printing in PLA and PETG using campus maker spaces- Construct unique testing mechanisms to… Show more Mechanical Lead for the UConn AIAA Propulsive Landing team developing a landing system for a model rocket incorporating thrust vector control. - Design completely custom rocket component architecture using SolidWorks modeling through prototyping of airframe, landing systems, thrust vector gimbals, and battery power system- Fabricate in house aerostructures through additive manufacturing 3D printing in PLA and PETG using campus maker spaces- Construct unique testing mechanisms to ensure rocket hardware and software works cohesively through hardware in the loop-(HITL) testing- Utilize Ansys and Solidworks Finite Element Analysis (FEA) to predict and confirm design properties for rocket components- Conduct weekly meetings to establish continuity within the team and to follow sprint schedules- Run workshop sessions on SolidWorks and 3D printing to train new members Show less