Assitant Professor

aerospace systems, with particular interest in unmanned/autonomous aerial vehicles or space systems engineering. We are particularly interested in candidates working in areas including, but not limited to, guidance, navigation, and control (GNC), autonomous systems, flight dynamics, and spacecraft dynamics. Examples may include autonomous navigation, multi-agent or cooperative systems, intelligent and resilient autonomy, launch vehicle dynamics and control, proximity operations and on-orbit servicing, and experimental or hardware-in-the-loop validation. Candidates whose work bridges these areas or integrates emerging approaches such as machine learning, artificial intelligence, perception, or data-driven methods within aerospace systems are also encouraged to apply. The Department is committed to excellence in teaching in its undergraduate and graduate programs in Mechanical Engineering and values service contributions of its faculty members to the University, the profession and society at-large. Key Requirements Candidates must have a Ph.D., preferably with a first degree in Mechanical or Aerospace Engineering, and a strong commitment to excellence in research and teaching. Evidence of outstanding research achievements, or research potential, is essential. Preferred qualifications include dedication to an environment that supports diversity of population and perspectives; as our students come from a wide range of disciplines, cultures, and backgrounds, we invite candidates to address in their application their ability to teach, supervise, and mentor in this context. Membership or eligibility for membership in a Canadian professional engineering association is required. Proficiency in French, or a demonstrated willingness to acquire French proficiency, is considered an asset.