We research the intersection of bio/nano and the design spaces currently supported by Autodesk software such as manufacturing and the building industry. Equally important, we explore and drive the emergent design spaces enabled by bio/nano such as synthetic biology.
Today, the design paradigm behind programmable matter is one that can be gradually applied to concrete projects across a range of domains and metric scales. The cross-pollination across projects will help create a robust scale-free body of knowledge.
For more information about the group, visit the bionano.autodesk.com website.
Molecule Viewer
Bioprinting
Genetic Constructor
Bio Computational Evolution: The Next Generation of Software for Synthetic Biology
nTinker: Design and Visualization Tool for Biological Engineering of Multi-cell Systems
Partner: University of Washington, Seattle
CADnano 2.0. CAD for DNA Origami
Partner: Wyss Institute
BioweatherMap at TED Global
Partners: University of Colorado, Boulder, Personal Genome Project, Wyss Institute
Clotho. Application Platform for Synthetic Biology
Partners: University of California, Berkeley, Boston University
General-Purpose High-Throughput Image-Processing-Ingestion Pipeline
Partner: Wyss Institute
4D Printing
Project Cyborg
BiomeView
- Dion Amago
- Byoungkwon (Kwon) An
- Maxwell Bates
- Aaron Berliner
- Aditya Dhoot
- Eli Groban
- Andrew Hessel
- Drew Hylbert
- Peter Jones
- Andrew Kimoto
- Joe Lachoff
- Florencio Mazzoldi
- Duncan Meech
- Dave Parker
- Larry Peck
- Joseph Schaeffer
- Cornelia Scheitz
- Malte Tinnus
- Chris Venter
- Aaron Virshup
- Merry Wang
- Michael Zyracki
- Nohad Badran-Videau
- Yann Bertaud
- Skyler Brungardt
- Deepak Chandran
- David Delp
- Awad Faddoul
- Isabelle Forter
- Lawson Fulton
- Niyati Gupta
- Aaron Heuckroth
- Salar Mumtaz
- Josh Natarajan
- Justin Ng
- Carlos
- Jacqueline Quinn
- Carlo Quinonez
- Cesar Rodriguez
- Susan Salkeld
- Dorothy (Dot) Silverman
- Peter Stern
- Daniel Tesfay
- Mingqiu Wang
- Wei Zhao
Tilibit Nanosystems