I am a graduating Master's student from Stanford University's Aero & Astronautics Program. Ever since learning about fluids mechanics while pursuing my undergraduate degree in Mechanical Engineering, I knew it would become a passion of mine. Since then I have taken a number of courses in: compressible flow, turbulence, aerodynamics, and propulsion. To further bolster my skills I am currently taking an online class to learn the fundamentals of CFD. I hope to break into the sub-industries of super/hypersonic flight or eVTOLs.
Air Force Research Lab
June - Sept 2019
Directed Energy Scholar
• Worked on a classified project under the direction of the head of the AFRL’s Aero-Effect Lab in running my own experiments regarding the optimization of Schlieren visualizations of supersonic flow using incoherent light.
• Compiled findings into a technical report written in LaTeX and briefed my mentors and colleagues on experimental conclusions. Paper proceedings pending.
TTM Technologies
June - Sept 2017
Process Engineering Intern
• Supervised installation and operation of new circuit board lamination system and tested feasibility in a live manufacturing setting, worked with operators and engineers to optimize settings - determining whether wet vs. dry lamination provided less shorts in the processed cores overall.
• Invited to present all findings to both the local and corporate executive management teams in the form of a 20-min PowerPoint presentation.
Software: Matlab, Python, Julia, Solidworks, Mathematica, Excel, LaTeX
Machine Tools: Bridgeport Mill, Lathe, Vertical/Horizontal Bandsaw, and light fabrication tools
Stanford University, Stanford, CA Sept. 2018 - Dec. 2020 (Expected)
M.S. in Aero & Astronautics GPA:3.604/4
Santa Clara University, Santa Clara, CA Sept. 2014 - June 2018
B.S. in Mechanical Engineering GPA:3.73/4
Minor in Aerospace Engineering Full Ride Scholarship
Minor in East Asian Studies Magna Cum Laude
Relevant Course work:
AA210A: Compressible flow AA283: Aircraft and Rocket Propulsion ME364: Turbulence AA200: Aerodynamics ME352C: Convective Heat Transfer AA222: Intro to Engineering Optimization AA240: Analysis of Structures AA242A: Classical Dynamics ME125: Thermal System Design CS106A: Programming Methodologies in Python ENGR205: Intro to Control System Design ME141: Mechanical Vibrations ME344: Intro to High Performance Computing ME160/L: Modern Instr. for Engineers CME108: Intro to Numerical Methods MATH275: Applied Mathematics: A World of Flows
