The EBICS Education Program established a Graduate Teaching Consortium (GTC) to offer a selection of Internet-based courses (synchronous and asynchronous) that define the field of engineered biological systems.
Goals:
- Offer the students at the EBICS institutions and GTC member institutions a much broader collection of advanced graduate courses beyond what are available at the three partner institutions.
- Expose the EBICS students to the world experts in the field of engineered biological systems.
- Establish new models in inter-university collaboration in education.
- Broaden the impact of the EBICS educational efforts.
Broadening Impact and Outreach
To broaden the impact and outreach of the EBICS Education Program, GTC courses will be made available to students at Minority Serving Institutions (MSI’s) who may not have the videoconferencing capabilities to participate in the live discussions. These courses will be “pre-packaged” asynchronous courses (EBICS Online), which will include the videotaped GTC lectures, PowerPoint slides, and other multimedia.
GTC Course List Archive
Spring 2018
Applied Developmental Biology & Tissue Engineering
Instructor(s): Linda Griffith and Stas Shvartsman
Institution: MIT and Princeton
Fall 2018
Principles of Synthetic Biology
Instructor(s): Ron Weiss and Adam Arkin
Institution: MIT and UC BerkleyThis course is available for free online through EdX: https://www.edx.org/course/principles-of-synthetic-biology
Fall 2017
The Cell as a Machine
Instructor(s): Michael Sheetz and Hanry Yu
Institution: Columbia and NUS
Spring 2017
Principles of Synthetic Biology
Instructor(s): Ron Weiss and Adam Arkin
Institution: MIT and UC Berkley This course is available for free online through EdX: https://www.edx.org/course/principles-of-synthetic-biology
Spring 2016
Principles of Synthetic Biology
Instructor(s): Ron Weiss and Adam Arkin
Institution: MIT and UC Berkley This course is available for free online through EdX: https://www.edx.org/course/principles-of-synthetic-biology
Spring 2015
Computational & Experimental Approaches in Biological Systems
Instructor(s): Melissa Kemp, James Collins, Wilson Wong, Mo Khalil, Muhammad Zaman
Institution: GA Tech / Boston U
Developmental Biology and Morphodynamics
Instructor(s): Larry Taber, David Beebe, Ian Duncan, Kerry Kornfield, Kristen Kroll
Institution: Washington University
Fall 2015
The Cell as a Machine
Instructor(s): Michael P. Sheetz and Hanry Yu
Institution: National University of Singapore
Spring 2014
Stem Cell Engineering
Instructor(s): Todd McDevitt
Institution: GA Tech
Fall 2014
Molecular, Cellular and Tissue Biomechanics
Instructor(s): Victor Barocas (U Minn), Wonmuk Hwang (Texas A&M), Roger Kamm (MIT) and Muhammad Zaman (Boston University)
Institution: MIT / Minnesota / Texas A&MThis course is available for free online through MIT Open Courseware: https://ocw.mit.edu/courses/biological-engineering/20-310j-molecular-cellular-and-tissue-biomechanics-spring-2015/
Spring 2013
Computational & Experimental Approaches in Biological Systems
Instructor(s): Melissa Kemp, James Collins, Wilson Wong, Mo Khalil, Muhammad Zaman
Institution: GA Tech / Boston U
Developmental Biology and Morphodynamics
Instructor(s): Larry Taber, David Beebe, Ian Duncan, Kerry Kornfield, Kristen Kroll
Institution: Washington University
Fall 2013
Principles of Synthetic Biology
Instructor(s): Ron Weiss and Adam Arkin
Institution: MIT and UC-BerkeleyThis course is available for free online through EdX: https://www.edx.org/course/principles-of-synthetic-biology
Cell as a Machine
Instructor(s): Michael Sheetz and Hanry Yu
Institution: Columbia University / NUS
Spring 2012
Experimental Methods for Biological Machines
Instructor(s): Rashid Bashir, Minh N. Do, Martha Gillette, Hyun Joon Kong, K. Jimmy Hsia, Deborah Leckband, Gabriel Popescu, Taher Saif, Paul Selvin, Fei Wang, Ning Wang, Yingxiao Wang
Institution: UIUC
Stem Cell Engineering
Instructor(s): Todd McDevitt
Institution: GA Tech
Fall 2012
Molecular, Cellular and Tissue Biomechanics
Instructor(s): Roger Kamm and Krystyn Van Vliet
Institution: MIT / Minnesota / Texas A&MThis course is available for free online through MIT Open Courseware: https://ocw.mit.edu/courses/biological-engineering/20-310j-molecular-cellular-and-tissue-biomechanics-spring-2015/
Fall 2011
Principles of Synthetic Biology
Instructor(s): Ron Weiss and Adam Arkin
Institution: MIT & UC-BerkeleyThis course is available for free online through EdX: https://www.edx.org/course/principles-of-synthetic-biology
Cell as a Machine
Instructor(s): Michael Sheetz and Hanry Yu
Institution: Columbia University / NUS