- Prospective Students
- Current Students
Research Awards & Scholarships
- Undergraduate Research Presentation Award
- CSC Silver Medal Award
- E. J. Wells Chemistry Book Award
- Melanie O'Neill Chemistry Undergraduate Award
- SCI Canada Student Merit Award
- Tony Parsad Award in Chemistry
- Chemistry Undergraduate Scholarship
- TransCanada Pipelines Research Scholarship
- Evelyn and Leigh Palmer Scholarship
- Faculty & Staff
- Employment Opportunities
- Information for Department Members
- Room Bookings
- News & Events
- Contact Us
- Chemistry EDI Group
Areas of interest
Surface and Materials Chemistry
- B.Sc., Western Washington University
- M.Sc. & Ph.D., University of Washington
- Postdoctoral Fellow, Harvard University
- LAB: TASC II 7020
- TEL: 778-782-8068
- RESEARCH GROUP WEBSITE
The Surface and Interfacial Chemistry of Materials
We are harnessing the potential of nanoscale materials through the ability to tune their surface and interfacial chemistries. This research includes advancing our understanding and control of chemical modifications to the surfaces of nanoscale materials. We are also developing techniques to facilitate new reactions and chemical transformations at the surfaces of nanoscale materials.
We are advancing materials designs with applications in catalysis, electrochemical sensing, controlled delivery and release of therapeutics, bioinspired adhesives, and bioinspired coatings. Through this research we seek to facilitate the development of cost effective hydrogen and methanol fuel cell catalysts, functional materials and coatings with an improved durability, new therapeutics for the management of cancer, methods to safely work with nanoscale materials, as well as sensors with an increased sensitivity and selectivity for use in portable medical diagnostics.
Students in the Gates Research Group acquire hands-on experience in the synthesis and characterization of nanoscale materials. We typically use a series of electron microscopy, scanning probe microscopy, surface spectroscopy, and diffraction techniques to characterize the composition and form of the nanostructures. Students may also develop skills in micro- and nanofabrication to pattern materials, to prepare microfluidic and electronic devices, to direct the self-assembly of nanostructures, and to measure the physical properties of these nanostructures.
Click here to view publications.
Future courses may be subject to change.