• Yang "Kingsly" Wu, PhD 2020

 

• N. Peressin, M.Sc, 2020

Structure-property Relationships in Sterically-congested Proton-conducting Poly(phenylene)s:
The Impact of Backbone Linearity

• L. Wei, M.Sc, 2019

Poly(arylene imidazolium)s: Towards Stable Hydroxide Ion Exchange Membranes

• M. Adamski, Ph.D, 2019

Synthetic design and development of proton conducting polyphenylenes for electrochemical energy conversion devices

>PDF, Holdcroft group, Simon Fraser University

• T. Holmes, M.Sc, 2019

Reaction of Hydroyl Radicals with Sulfonated Phenylated Polyphenylenes

• T. Skalski, Ph.D, 2019

Synthesis of Sulfo-Phenylated Terphenylenes: Molecules, Polymers and Copolymers

>PDF, Holdcroft group, Simon Fraser University

• P. Fortin, Ph.D, 2019

Conjugated organic polymers as photocathode materials in organic photoelectrochemical cells

>PDF, Ionomr Innovations Inc.

• B. Britton, Ph.D, 2018

Fully hydrocarbon ionomer catalyst layers in proton- and anion-exchange membrane fuel cells

>Chief Strategy Officer, Director & Co-founder, Ionomr Innovations

• T. Weissbach, Ph.D, 2017

Ion Exchange Materials with Enhanced Stability

>Chemnitz University, Germany.

• C. Zhang, Ph.D, 2017

Towards Stable Polymer Solar Cells through Crosslinking and Sidechain Cleavage

>Ionomr Innovations Inc.

• J. Luo, Ph.D, 2017

Water Transport Through Ion Conducting Polymer Membranes

>PDF, Lawrence Berkeley Labs

• D. Novitski, Ph.D, 2017

Oxygen Mass Transport Parameters in Ionomer Films under Controlled Relative Humidity

>MITACS Fellow, AFCC

• A. Wright, Ph.D, 2016

Synthetic Design and Development of Sterically-Protected Hydroxide-Conducting Polymers for Energy Conversion Devices

>Carbon Inc. CA

• G. Suppes, Ph.D., 2015

Poly 3-Hexylthiophene as a Photocathode for Solar Water Splitting

>MITACS Fellow, AFCC

• A. Yang, Ph.D., 2014

Structure-Property Relationships of Proton Exchange Membranes

>NREL, Colorado

• K. Soo, M.Sc., 2013

Poly(benzimidazole) Anion Exchange Membranes.

>Teaching

• E.M. Tsang, Ph.D., 2011

Structure-Property Relationships Of PEMS Using Fluorous-Ionic Copolymers.

>Instructor, Hong Kong Univ

• O.Thomas, M.Sc., 2011

Poly(benzimidazoles) as Ion Exchange Membranes.

>AFCC

• B. Gholamkhass, Ph.D., 2011

A Study on Structure-Property Relationships of P3HT-Based Conjugated Polymer for Photovoltaic Devices.

>PDF, UBC; Ionomr Innovations

• Z. Zhou, Ph.D., 2010

Towards Control Of Phase Segregation In Donor-Acceptor Blends By Post-Functionalization Of Conjugated Polymer.

>Saltworks Corp. Vancouver

• T. Soboleva, Ph.D., 2010

Water-Sorption in Fuel Cell Catalyst Layers.

>NSERC Ind. PDF, AFCC Burnaby

• M. Adachi, Ph.D., 2010

Water-Permeation through Fuel Cell Membranes.

>Research Scientist, Toyota Corp, Japan

• G. Shultz, Ph.D., 2009

Ir-bound Conjugated Polymers.

> Univ. Ulm, Germany

• X. Han, Ph.D., 2009

Thermally-Reactive Conjugated Polymers.

>PDF, Stanford Univ.

• T. Astill, Ph.D., 2008

Hydrocarbon-Based Solid Polymer Electrolytes for Fuel Cell Catalyst Layers.

>Technical Representation, Perkin Elmer, Vancouver.

• T. Gordon, Ph.D., 2008

Direct Thermal Lithography. Past Position: PDF, Univ. Alberta;

>Research Scientist, Chemical Company, AB

• M. Rodgers, Ph.D., 2007

Proton Conducting Membranes.

>Research Faculty, Florida State University

• J. Schmeisser, Ph.D., 2007

Proton Conductivity of Polymer Membranes.

>Lecturer in Liberal Arts College, Detroit.

• O. Savard, M.Sc., 2007

Proton Conducting Polyimides.

>Technical Advisor and Marketing, Perkin Elmer, London, UK

• A. Siu, Ph.D., 2006

Electrochemistry and Methanol Permeability of Ion Conducting Polymers.

>Research Associate NRC/IMI.

• G. Vamvounis, Ph.D., 2005

Luminescence of Conjugated Polymers.

>ARC Fellow (faculty member), Chemistry,  Univ. Queensland, AUs

• T. Navessin, Ph.D., 2004

Fuel Cell Electrochemistry

> Research Officer NRC/IFCI;

>Founder and CEO, Blueprime Management Technologies

• K. Shi, Ph.D., 2004

Synthesis of Ionically Conducting Membranes.

> Senior Research Officer,  NRC/IFCI

• Carmen Chuy-Sam, Ph.D., 2002

Ion-Conducting membranes.

>Research Scientist, AFCC, Burnaby, BC

• J. Yu, Ph.D., 2002

Photolithography of Pi-Conjugated Polymers.

>Research Manager, Chemical Company, Shanghai, China

• V. Basura, Ph.D., 2000

Electrochemistry of Proton Exchange Membranes.

>Team Leader, Research, Ballard, Burnaby, BC

• C. Yang, Ph.D., 1999

Optical and Fluorescent Properties of Thiophene-based Conjugated Polymers.

Current Position: Research Manager, Chemical Company, Zuzhou, China

• G.A. Diaz-Guijada (co-supervised with BM Pinto), Ph.D., 1999

Regiochemical Analysis of Polythiophenes and Conformational Analysis of Oligothiophenes.

>Research Officer NRC/NINT

• M.V. Lauritzen, M.Sc., 1998

Solvato-Controlled Doping of Poly(3-alkylthiophenes) and Other Conjugated polymers Using Silver (I) Triflate.

>Team Leader, Research, Ballard, Burnaby, BC

• J.K. Lowe, Ph.D., 1997

Synthesis, properties and Photolithography of Polythiophene derivatives.

>BCIT, Burnaby, BC

• E.K. Lai, M.Sc., 1995

Conducting Polymer Films for the Electrocatalytic Reduction of Oxygen.

> Team Leader, Research, AFCC, Burnaby

• M.S. Abdou, Ph.D., 1995

Towards “Macromolecular” Electronics Photochemical and Electrical Properties of pi-conjugated Poly(3-alkylthiophenes)

>Dupont, Willington

• R. Hader, M.Sc., 1994

Towards the Synthesis of Segmented Polythiophenes

• M. Arroyo, M.Sc., 1994

Synthesis and Properties of Water Soluble Conducting Poly(3-alkylsulfonate) thiophenes