Harvey Mudd College - Claremont, CA
Bachelor of Science, Engineering (focus in product design, development, and manufacturing) - May 2016
Branson High School - Ross, CA
GPA: 3.7 (senior year GPA: 4.0) - June 2012
Content and Lab Intern
Maker Media Lab, San Francisco, CA | May - August 2015
I generated content for Make magazine and makezine.com, created 6 projects of my own design, helped setup the new Make Labs location in San Francisco, and designed and built a rustic cabin set for Maker Camp (Make’s free “virtual summer camp” which encourages young kids to start making).
The Marin Makerspace, Marin, CA | May - August 2015
On the weekends, I taught classes and workshops at a startup makerspace. I developed the curriculum and provided materials for workshops such as molding and casting with silicone and resin, and vacuum forming with polystyrene.
Project and Kit Developer
Other Machine Company, San Francisco, CA | May - August 2014
Other Machine’s first product is the Othermill, an easy-to-use CNC mill for hobbyists and general prototyping. I explored new and creative ways to use the Othermill by developing projects for the company to showcase. Several of my projects are currently being sold as kits.
Instructables.com, San Francisco, CA | June - August 2013
I published new content for the website by working in Autodesk’s Pier 9 shop and at home in my garage workshop. I wrote 17 posts on everything from healthy recipes to replica movie props.
Exhibit Design & Fabrication
The Exploratorium, San Francisco, CA | June - July 2011
I helped redesign and refurbish a Fresnel-absorption exhibit which displays the sun’s atmosphere’s absorption spectrum, and an AM radio exhibit which demonstrates the circuitry of a radio.
Experience in user-centered design and product development
CAD/CAM Tools: SolidWorks, Eagle, Fusion 360, SketchUp
Other software: Illustrator, Photoshop
Machining: Mills, lathes, water jet, some CNC experience
Woodworking: Proficient in a range from rough construction to fine furniture making
Metalworking: MIG, oxy-cutting, plasma cutting, heat treating, forging, saws, shears, brakes
Composites & Plastics: Carbon fiber, silicone, urethane resins, molding & casting, fiberglass, vacuum forming
Electronics: General electronics, etching & milling PCBs, board design and layout, Arduino
General Crafts: Sewing, 3D-printing, laser cutting, vinyl cutting, cooking, baking, knitting, jewelry
Arduino, Matlab, LabVIEW, some iOS Development experience, Python
Experience leading numerous teams in school settings, and also project teams outside of school
Experimental Engineering | Spring 2014
In this course I built a 5ft-tall rocket and designed a payload to record atmospheric data. The instrument package measures temperature, pressure, particulates in the air, and GPS coordinates, and logs the data to an onboard microprocessor. I used this data to construct models of these variables as a function of altitude. (see photos of the project under the "School Projects" section of my Portfolio page)
New Product Development | Spring 2015
This course focused on design and how to work with users. Each of us began by identifying user needs, and ended with a working prototype and a provisional patent. I developed an internet-connected system that helps you cook. A module mounts above your stovetop and records the temperature of what you’re cooking with an IR sensor. This data is sent to an iPhone app which gives you real-time cooking instructions based on temperature and time. (see photos and video of the project under the "School Projects" section of my Portfolio Page)
Management of Technical Enterprise | Sprint 2015
This course taught the basics of leadership and management in an engineering company. We covered soft skills such as personality profiles and communication techniques, and also more technical areas like accounting and earnings reports. The final project was to assess a company and suggest improvements.
Enterprise and the Entrepreneur | Fall 2015
In this class we learn how to start a startup: everything from identifying a market, building a great product, communicating with users, sales, marketing, and also how to budget time and money between these categories.
Clinic: Engineering Capstone Projects
Clinic is Harvey Mudd’s engineering capstone program in which students work for a company on a design challenge for a year. Engineers participate in Clinic for one semester of their Junior year, and all year during their Senior year.
Drogue Parachute Deployment, Blue Origin LLC | Fall 2014
As a junior, I helped my team developed a safer and cheaper way to deploy drogue parachutes from the crew capsule of Blue Origin’s New Shepard rocket. My main contribution was designing and building a test rig which allowed the team to test and collect data on different deployment designs. The rig was secured to a concrete slab that we poured, and was then used to fire off parachute projectiles at several hundred miles per hour. The deployments were measured with numerous pressure and force sensors, and a high-speed video camera. (see photos of the test rig under the "School Projects" section of my Portfolio page)
As a senior, my team and I are developing a more reliable way for nurses to deliver secondary IVs to hospital patients. This project requires a complete redesign of CareFusion’s secondary IV system. So far, we’ve met with nurses to obtain feedback on preliminary prototypes, and are currently designing our next iterations of the device. As the leader of my team, I’m looking forward to developing my leadership skills as well as my technical capabilities.
The Fabrication Studio
For the past two years I have been co-leader of The Fabrication Studio, which is Harvey Mudd’s student makerspace. We provide funding, resources, and knowledge to students who want to make personal projects. Every few weeks we host a workshop to help students expand their maker skills. Some of our recent workshops include CNC vinyl cutting, Eagle, and laying up carbon fiber. Every year we typically fund several dozen projects with our $3500 budget.
I help coordinate MuddHacks, which is Harvey Mudd’s annual hardware hackathon. This event draws in a ton of students who group into teams to create a hardware-based project in 12 hours, and also attracts corporate sponsors such as Microsoft, Autodesk, Qualcomm, and many others.
Running, climbing, hiking, backpacking, fitness, nutrition, slacklining, yoga, Legos, being on the top of mountains.