- Developing a regenerative cooling rocket engine- Created a MATLAB program that generates the graph of a rocket nozzle curve based off of given design variables that can be exported to Solidworks for 3D modeling- Created a MATLAB signals processing program to smoothen thrust curve data to compare the theoretical and actual performance of the engine- Utilized machinery such as table saws and mills to build a test stand for a water flow test of the rocket fuel injector to determine mass flow rate- Used Solidworks to design fluid systems of water flow test stand

- Used Solidworks to design the internal structuring and components of a UAV to secure electronic components throughout flight and landing- Applied manufacturing techniques such as carbon fiber layups, hot wire cutting, and 3D printing to prototype, build, and reinforce UAV components, such as landing gears and bulkheads- Designed and prototyped a camera gimbal using Onshape that utilized vibration isolation and minimized occupied space in an eVTOL UAV.- Designed, prepped, and used molds to fabricate forged carbon fiber aircraft components