Synopsis: Professor Amir Khajepour is working to develop and enhance active vehicle stability systems to reduce car crashes and rollovers, which result in thousands of injuries and deaths every year in Canada. Khajepour works on hybrid and electric vehicles to develop more efficient and environmentally friendly vehicles. He is also developing a revolutionary adaptive suspension system that will provide added passenger safety, reduced fuel consumption, solid tire manufacturing opportunities and extra comfort.
Synopsis: Today, miniaturization is a distinctive attribute of a vast array of high technology products, from computers and consumer electronics to medical and automotive devices. Manufacturing these complex products depends on the availability of advanced joining technologies. Professor Norman Zhou work focusses on developing new or improved microjoining processes and on increasing scientific understanding of microjoining. This includes research on topics such as bonding mechanisms and metallurgy, thermal stresses and distortion, and numerical modelling which is of immediate interest to the telecommunications and medical industries.
Synopsis: Dr. Cronin research lies in the field of impact biomechanics, which studies the trauma/injury induced to the human body in response to high impact forces (such as vehicle collisions) to find methods to prevent such injuries. More specifically he specializes in impact mechanics, auto crash simulation, material characterization applied to trauma biomechanics and multi-material lightweight vehicles. To understand collision events at the fundamental level, advanced numerical models and hydraulic test frames that measure mechanical properties are used in his research. His research often involves detailed human body models to improve safety equipment such as helmets and ballistic protection. 
Synopsis: Dr. Toyserkani has over 17 years of experience in Additive Manufacturing (AM) and related processes. His research aims to produce the next generation of AM processes to numerous applications in medicine and engineering. To achieve this, him and his lab (the largest AM lab in Canada) have developed many innovative products and techniques including bio-additive manufacturing, smart structures, embedded optical sensors and closed-loop control systems. His work has many practical applications today such as biodegradable biphasic porous scaffolds for bone substitutes and a micro-scale AM process for making advanced sensors. 
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Contact the Department of Mechanical and Mechatronics Engineering
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CRC chairholder: Dr. Amir Khajepour Tier 1 Canada Research Chair in Mechatronic Vehicle Systems
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CRC chairholder: Dr. Norman Zhou Tier 1 Canada Research Chair in Advanced Materials Joining and Processing
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CRC chairholder: Dr. Duane Cronin Tier 1 Canada Research Chair in Trauma Biomechanics & Injury Prevention
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CRC chairholder: Dr. Ehsan Toyserkani Tier 1 Canada Research Chair in Multi-Scale Additive Manufacturing
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