The Computational Fabrication Group at the MIT Computer Science and Artificial Intelligence Laboratory investigates problems in digital manufacturing and computer graphics. The group is led by Professor Wojciech Matusik.


Interactive Robogami in the news!

Adriana Schulz's paper Interactive Robogami is in the news today! In this project, Adriana and her coauthors develop a tool that lets users create ambulatory robots from a library of pieces that fold and fit together like origami. Check out this video to see some adorable robots they made!

Media coverage: MIT NewsTechCrunchEngadgetGadgetsDigital Trends3D printTechRadarRS-Tech, EurekAlert, and 3Ders.

Two-scale topology optimization in the news!

Bo Zhu's paper Two-scale topology optimization with microstructures was featured at the front page of MIT News today! It is also covered by more than 20 media sites. In this paper, Bo proposed a method that can efficiently genrate 3D-printable structures with more than 1,000,000,000,000 elements with just a regular computer. Check out his project page to learn more!

New Postdoc joining our group

Tae-Hyun Oh is joining our group as a new postdoctoral research starting from this summer. He received his PhD from KAIST where he worked with Prof. In So Kweon and Prof. Jinwoo Shin. He is a recipient of Microsoft Research Asia fellowship, gold prize of Samsung HumanTech thesis award, Qualcomm Innovation award, and top research achievement awards from KAIST. Welcome Tae-Hyun!

Computational multicopter design code release

After several months of work, we are pleased to announce the release of the source code from our SIGGRAPH ASIA paper Computational Multicopter Design, which is now available on GitHub. Click here to learn more about its feature highlights and relevant media coverage, including a recent WIRED story.

One paper accepted at SCA 2017

Andrew Spielberg and his co-authors at Disney research and University of Toronto presented a method to help users design cable-driven robots. They will present their full paper Designing Cable-Driven Actuation Networks for Kinematic Chains and Trees at this year's SCA in Los Angeles. This work has received media attention from EurekAlert,, ECNews, and 3D printing industry.