Welcome! I'm Andrew, and I'm currently a college-grad Program Manager at Microsoft on their Surface Devices. In December 2019, I graduated with simultaneous degrees in Mechanical Engineering and Business Administration from the University of California, Berkeley. Consider this site a digital "hello" and portfolio of my path learning about product development over the past ~4 years.
Hardware products excite me because of how tangible the impact is. This interest was sparked when I was in high school, when I would eagerly watch and re-watch product release videos. I then discovered the design and manufacturing videos for those products, which inspired me to study mechanical engineering. In college, I spent summers exploring engineering and PM roles in product development. Being at UC Berkeley afforded me the opportunity to learn from leaders at 3 iconic global companies.
In 2017, I interned at Tesla as a mechanical engineer on the Model 3 π during its launch. In 2018, I interned at Apple as a product design engineering program manager on the ECG of Apple Watch Series 5 βοΈ. Most recently, last summer, I interned at Microsoft Surface as a development program manager on a next-generation accessory for Surface Go π».
In 3 words, I'd describe myself as: a dreamer, a hard-worker, and a team player. I'm originally from Glendale, CA, am an identical twin, and am half-Armenian and half-Kiwi (New-Zealander). I love travelling and immersing myself in different cultures, and my favorite food is Mediterranean :) I'm also interested in helping first-generation students succeed in the tech industry - and currently do that through an educational youtube channel called The Tech Twins (youtube.com/thetechtwins).
Low cost desktop braille printer & final project for Berkeley Mechanical Engineering Mechatronic Design course. Pitched during Demo Day, selected as a finalist in the "CA Greater Good Design Competition" and featured on the website of the campus' largest makerspace - Jacobs Hall!
Remote-controlled moving whiteboard & final project for Berkeley Mechanical Engineering Design of Planar Machinery course.
Temperature regulating thermos and final project for Berkeley Mechanical Engineering Introduction to Product Development course, ME110.
Internet of things enabled doorbell that syncs with your phone & final project for Electronics for Internet of Things course.
Using FEniCS, a Python package to solve FEM PDE's to solve the Navier-Stokes equation for an incompressible Newtonian fluid. I used a blood flow velocity field from inside the human heart to compute the pressure distribution inside the heart.
Final project for experimentation and measurements class - designed and conducted experiment to determine if 3D printer print orientation affects stiffness to weight ratio of solid and hollow beams under a point load.
Strategic Analysis of Industry 4.0. Final project for Manufacturing & Management course at Trinity College Dublin.
Analyzed macroeconomic factors of countries around the world to select Chile as the next location for "Tesla's next Gigafactory."
Chose between three expansion strategies for TripAdvisor: Flights, Expansion Internationally into China, and Vacation Rentals.
Business plan for a service that eliminates loneliness amongst Irelandβs elderly population and increase their quality of life through connecting them with college students to teach them a new skill. Final project for Trinity College Dublin International Entrepreneurship course.