Aurelian Vadean

Aurelian Vadean is an Associate Professor in the Department of Mechanical Engineering at Polytechnique Montréal, where he conducts research in advanced mechanical systems analysis and optimization. He holds a Doctorate from INSA Toulouse, France, along with DEA and Engineering credentials. His work is primarily conducted through the GAOSYM - Mechanical Systems Analysis and Optimization Group, and he serves as Research Director of the Road Safety Team: Vehicle Collisions, Defects and Special Investigations.

Dr. Vadean's research spans multiple domains including topological optimization, biomechanics of implants, AI-driven structural design, joint optimization, and numerical simulation methods. His work addresses challenges in aerospace, automotive, and hydraulic turbine applications, with particular focus on composite materials and structural integrity. He has developed expertise in both theoretical and applied aspects of mechanical engineering, with strong connections to industry partners including Bombardier, Airbus, and Transport Canada.

His publication record demonstrates a clear progression from fundamental mechanical analysis toward increasingly sophisticated computational methods integrating artificial intelligence with traditional engineering approaches. Recent work shows particular emphasis on topology optimization enhanced by machine learning techniques, composite materials for specialized applications, and biomechanical modeling for medical implants.

• Design Society, Member
• Research Center for High-Performance Polymer and Composite Systems (CREPEC), Member

Dr. Vadean maintains an active supervision portfolio with numerous doctoral and master's students working on cutting-edge mechanical engineering problems. His research is supported by major funding from Transport Canada, NSERC, CRIAQ, Bombardier, and Airbus Atlantic Canada, focusing on vehicle collision investigations and topological optimization of aerostructure components. He leads research teams working on practical applications in transportation safety, sustainable infrastructure, and advanced manufacturing.