We partner with manufacturers to create shape optimized building products to save material, increase profits, and lower carbon impact.

Leading the Programmable Mud initiative developing design tools and materials for low-carbon, high-performance housing.

Design and computation services at the material/machine interface. Consulting on the design of industrial automation systems for the building industry and late stage design through machine code generation for digital fabrication. This can include the design of robotic manufacturing systems to producing gcode for CNC machines or large scale 3D printers as well as parametric design, panelization, fixturing, labeling.

Researcher for Ron Rael of Emerging Objects, working on experimental large scale 3d printing in a wide range of materials.

Taught Environmental Design 1 Fall 2018 with Professor Nicholas De Monchoux. Currently teaching the one year post professional masters program Studio One with Professor and Chair of Architecture Ronald Rael.

Integrating developing augmented reality softwares/experiences with advanced digital fabrication methods to create new opportunities for education and communication. Currently designing/fabricating components of an AR experience for the Berkeley Art Museum and Pacific Film Archive (BAMPFA).

Cater events and shuck at Hog Island Oyster Farm's onsite oyster bar in Marshall, CA. First went out on the oyster barge with my father when I was three weeks old.

Assembling components of the 10,000 Year Clock. Engineering test assembly components and their control systems. Some manual and CNC machining.

Managing monthly newsletters, social media accounts and general outreach for ISEC. Through clear information sharing we hope to make our collective technical and historical resources readily available for researchers and those new to the Space Elevator concept.

Teaching middle school students basic techniques with clay and glaze.

Mostly working on glaze chemistry. Formulating and testing low-fire glazes as well as clays.

I am one of two elected representatives for Science, Math and Computing students at Bennington college. Generally, we work to facilitate communication between students, faculty and administration on matters of academic policy. Currently, I am collaborating with other SEPC reps to create a non-fiction journal where students can share work ranging from musical scores to scientific papers. This is my 7th term as a member of the Student Educational Policies Committee. I love working to make our academic experience here at Bennington rewarding and fun for all those involved!

I monitored the metal shop to make sure that no one lit themselves on fire and that people were handling the welders, plasma cutter, etc... correctly.

I monitored the woodshop, making sure everyone was using the tools like the table saw, drill press, and routers safely.

I represent the bachelors students of the Arctic Technology department at UNIS in our student government in addition to general duties as a member of the Student Council. Currently I am working with the head of Logistics on construction approval for two new student cabins for both private use and field research around Svalbard.

I meet regularly with various parts of Bennington's administration and record minutes from the body's weekly meetings. Additionally I compile the minutes for each Sunday's "Coffee Hour" where students meet with their peers and read up on current events at school. I have been working on making our records and activities more accessible. SEPC was established one year after the founding of Bennington College and has been working constantly for effective communication between the students, faculty, and administration since. We are currently the closest group to a student government on campus.

I worked making clays, glazes and tiles, as well as painting tiles and helping build various improvements needed about the shop.

Developing ways to improve usership of the Long Bets project and generally assisting with the Long Now's various awesome projects to encourage long term thinking.

I worked on various projects to improve and help the local public and school libraries. I helped get the Association put up a website, fund raise, and plan for the future of our priceless local resources.

The White Mountain Research project is designed to allow high school students access to hands on, filed research opportunities. For the three years I was involved we studied the twisting behavior of Bristlecone pine trees and the photo-sensitivity of hypolithic cyanobacteria. In addition we expanded and improved the highest altitude greenhouse in North America. Specifically I wired/installed the new solar panels and worked to improve the irrigation system to withstand freezing. In the spring of 2015 I became involved once again by deploying one of our hypolith experiments in the arctic desert of the Svalbard Archipelago.