Philip Evans

Philip Evans serves as Professor in the Department of Wood Science at the University of British Columbia's Faculty of Forestry, holding the British Columbia Leadership Chair in Advanced Forest Products Manufacturing Technology. He maintains an additional affiliation as Honorary Professor in the Department of Materials Physics at The Australian National University, reflecting his international research impact in sustainable forest products.

His academic foundation includes a First Class BSc (summa cum laude) and Ph.D. from the University of Wales Bangor, followed by postdoctoral research at Abertay University in Scotland. Career progression led him from Lecturer to Professor and Director of ANU’s Centre for Science & Engineering of Materials before his current UBC appointment.

Professor Evans' research integrates molecular-scale wood modification using plasma technology with practical material development. His portfolio addresses critical industrial challenges through plasma-modified wood surfaces for light absorption, X-ray micro-CT/VR systems for wood microstructure analysis, sustainable alternatives to old-growth mahogany in musical instruments, aerospace panel enhancements, and AI-driven detection of illegal timber trade. This dual focus on fundamental science and translational applications drives innovation in replacing non-sustainable materials.

His exceptional contributions are recognized by:

• DOW Chemical Company Distinguished Lecturer
• Fellow of International Academy of Wood Science
• Fellow of Institute of Materials, Minerals & Mining
• Commonwealth Forestry Association Medal (Americas)
• Japanese Ministry for Science & Technology Research Award
• Oxford Commonwealth Forestry Bureau Book Prize

As director of the Wood Surface Science Lab, he actively collaborates with industry partners to solve complex technical problems in forest products manufacturing, while mentoring junior colleagues through his integrated research-teaching approach. Current projects emphasize sustainable material development and advanced analytical techniques for global forestry challenges.