Skip to main content

OUR MISSION

Building with Biology for society's needs

What is Synthetic Biology?

The goal of synthetic biology is to design and build biological systems that are beneficial to society, and entails the genetic modification of microorganisms in order to make them useful for industrial, medicinal or environmental applications.

Join the lab

There are many opportunities to work at a deeper level within our Centre. Please check back here frequently for new positions and scholarships, and be sure to follow us on Twitter to find out when new items are posted.

Lallemand Scholarships and Fellowships in Bioprocessing


Generous support from Lallemand Inc. is enabling Concordia University to provide support for studies in the field of Bioprocessing, defined as processes that develop or utilize natural or genetically-modified living cells or organisms (e.g., bacteria, fungi, plants) or parts thereof (e.g., enzymes, DNA) to obtain products or services; it also includes designing, building and testing real or virtual tools, machines (e.g., reactors, software) and procedures used in the development or fabrication of such products and services.

The Genome Foundry is a pioneering facility that employs cutting edge robotic instrumentation which enables synthetic biologists to execute work at significant scales and speeds.

Generous funding opportunities available to selected candidates

Learn more

Competitive Scholarships Available in Synthetic Biology through CASB

Learn more

Research

Our research is widely recognized for its accent on interdisciplinary thinking in teaching, training, research and research-creation.

Graduate studies with CASB


There are many ways to engage with CASB as a graduate student. Take individual courses, focusing on synthetic biology in the Biotechnology and Genomics Graduate Diploma, or pursue an MSc, MASc or PhD through the Individualized program in synthetic biology. You will have access to the leading minds and facilities that are pushing this exciting field forward.

Back to top

© Concordia University