معرفی
Dr. Zouheir Fawaz serves as Professor in the Department of Aerospace Engineering within Toronto Metropolitan University's Faculty of Engineering and Architectural Science. His work bridges theoretical research and industrial application through flagship initiatives like AERIAS, connecting students with aerospace industry partners.
- BASc, University of Ottawa (1985)
- MASc, Sherbrooke University (1987)
- PhD, Sherbrooke University (1992)
Fawaz's research centers on advanced composite materials with dual aerospace and biomedical applications. His expertise spans Aircraft Structural Design using sustainable materials, Green Aviation initiatives exploring eco-friendly composites, and Biomechanical Engineering innovations like composite intramedullary nails for bone fractures. He investigates damage mechanics in natural fiber composites (e.g., flax) and high-temperature polymer systems critical for next-generation aircraft.
His publication record (2014-2017) reveals a consistent focus on micromechanical modeling of composite failure modes, particularly damage progression, fatigue life prediction, and creep behavior under extreme conditions. This work directly supports sustainable aviation goals through renewable material development and structural optimization.
Scientific Awards
- Mondialogo Engineering Award winner (UNESCO, May 2005)
- Professional Leadership Award (Canadian Bureau for International Education, June 2002)
- Outstanding Paper Award (Canadian Society for Mechanical Engineers, 1990)
Fawaz actively supervises graduate students and evaluates engineering programs for national accreditation bodies. As National Examiner for Professional Engineers Ontario, he assesses credentialing in three engineering disciplines while fostering industry-academia collaboration through real-world design projects. His leadership extends to media engagement on aerospace innovation, including features on green aviation research.
He directs the Facility for Research on Aerospace Materials and Engineered Structures (FRAMES) lab and co-founded the Ryerson Institute for Aerospace Design and Innovation (RIADI), maintaining strong industry partnerships where practicing engineers return for advanced studies. Current efforts focus on translating composite material research into practical aerospace and medical applications.
