San Francisco Bay Area
Enoch Kwong studied at the University of Washington in the College of Engineering. He has experience in NX, CATIA, Solidworks, Ansys, Computer programming (PY, M.L, Java), Network Design (Cisco, AWS, etc.), Video production (Vegas, Premiere, PS, AE), fpv drones, and is actively working on modeling projects.
Building things
Starshield: - Phased Array Antennas - Startrekkers - Laser Terminal - Battery Packs - HAAS Test
● Directing the structural development of prototypes and finalizing the design and manufacturability of aircraft. ● Finalizing all structural decisions made on the aircraft, creating test plans, and validation. ● Led team in highest placement in University of Washington's history.
Responsibilities include: - In charge of the overall CAD of the plane: ensuring all sub teams create compatible aircraft components. - Help teach incoming engineers how to design parts effectively using sound design practices. - Rapid drafting of preliminary/ongoing mockups that are sent back to different teams. - Creating the file management environment for main and sub-assemblies. - Confirm submitted designs with additional FEA and physical testing. - Additionally: In charge of managing the channel for 3d printed parts. Ensuring quality and rapid development
Responsibilities included: - Constructing the communication pipeline between sub-teams such as Avionics and Propulsion, CAD, and Structures, to develop mounting systems for prototype(s) and competition aircraft. (Landing gear, Wing Mount, Motor Mount, etc.) - Component R&D using software such as SOLIDWORKS, Ansys, etc. to design and implement mount iterations. - Define and Design project structure to allow for the smooth and timely operation of various mounts. - Additionally: Generated graphs from wind tunnel testing in MATLAB, generated other sub-teams CAD + 3D printing, and created composites that included fiberglass and carbon-kevlar composites. Helped design/build parts for other sub-teams apart from structures.
Worked on the 737-MAX Pylon and Thrust Reversers. Design and Stress Engineering