Robert B. Forsyth first worked in a research lab as a summer student for Dr. Robert C. Miller on a project studying cloned bacterial Cellulase enzymes. Bob Miller's booming enthusiasm for science is infectious and Rob caught the bug for applied microbiology/Biotechnology and hasn't looked back since. After completing an MSc in Network Immunology with Dr. Geoffrey W. Hoffmann, he worked as a lab technician and graduate student on a series of medical and non-medically related projects all with a practical focus. He graduated from UBC in 2000 with a PhD in Animal Science with Dr. George K. Iwama studying Stress Proteins and Bacterial Kidney Disease in Fish. He has been teaching in the Biotechnology program at BCIT since the fall of 2000 and has served on the Sustainability in Education committee at BCIT. His current research interests are low carbon emission Biofuels, proteomic analysis and modification of Immune System receptor repertoires.
PhD, University of British Columbia (May 2000)
MSc, University of British Columbia (May 1989)
Papers on Fish Stress Physiology and Stress Proteins in Disease 1997-2000
Papers on Network Immunology, HIV/AIDS and EBV transmission 1988-1991
Reducing global net carbon emmissions is a problem that is much larger than many people realize and no single solution can fully replace our consumption of fossil fuels. My belief is that many small scale and widely dispersed solutions can combine to solve the capacity problem. Many of the technologies such as decentralized cogeneration and the use of heat pumping are already available. Other technologies such as biomass based transport fuels can be implemented on a distributed production/comsumption model in the near term.