Andrew Huynh Email & Phone Number

California, United States

Burbank, California, United States

Embedded Systems - Cabin Engineering

Burbank, California, United States

Los Angeles, California, United States

• Developed a full stack component using React Native and MongoDB to display magazines in a gallery and import table of contents information from an external database into an integrated PDF reader• Integrated database with frontend to display information on a map and provide corresponding information about events hosted by the nonprofit• Worked in a team of eight developers and four designers to create a mobile app for Skid Row Arts Alliance with features such as an interactive event and resources map and an art gallery for its users to share their work

Mojave, California, United States

• Processed and organized CFD data with MATLAB to extract aerodynamic coefficients into various tables to be used in 6DOF trajectory simulations • Wrote documentation for 6DOF model and created graphs to analyze aerodynamic trends various angles of attack, Mach numbers, and fin deflections• Used Missile DATCOM to find ideal fin dimensions for rocket• Generated rocket axes model to visualize the different orientations of the vehicle• Performed Cv calculations to determine ideal oxydizer chamber pressure for testing

Los Angeles, California, United States

• Lead small team in the design of the fins onto the competition rocket• Completed trade studies researching materials and planform of the fins• Pioneered design of fins using aluminum honeycomb and foam core with carbon fiber faceplates• Performed FEA using Femap to analyze fin stress from maximum expected lift and drag forces on a single fin• Spearheaded design and analysis of aerodynamic raceway fairings for propulsion and electrical lines, a technology not pursued before by Rocket Project• Current raceway fairing design only decreases expected apogee by 1.4% • Performed CFD for the entire rocket using ANSYS Fluent to determine drag coefficient, lift force, and temperature of the surface of the rocket at maximum drag• Prepared slides and visuals that were presented at internal design reviews, preliminary design review (PDR), and critical design review (CDR)• Mentored several teams of incoming club members in preparing their first trade studies on components such as fins, simulations, and payload• Taught incoming members on hybrid rocket team how to use ANSYS Fluent to calculate drag coefficient of a rocket

Los Angeles, California, United States

• Collaborated with an amateur payload club on campus to integrate a CubeSat with competition rocket • Presented telemetry and electronics integration designs to senior club members at design reviews• Manufactured parts for other components using techniques such as laser cutting, CNC, and 3D printing

Los Angeles, California, United States

• Worked on a small team to design and manufacture fins for a test rocket• Machined the fins from wood using a laser cutter and belt sander• Experience with fiberglass layups using epoxy