Mechanical engineers are traditionally concerned with the conception, design, implementation, and operation of mechanical systems. Common fields of work include aerospace, energy, manufacturing, machinery, and transportation. Due to the broad nature of the discipline, there is usually a high demand for mechanical engineers with advanced training.
The Department includes more than 30 faculty members and 200 graduate students, and is housed primarily within the recently renovated Macdonald Engineering Building. The Department contains state-of-the-art experimental facilities (including a major wind tunnel facility) and has extensive computational facilities. Professors within the Department collaborate widely with professors in other units, often through research centres including the Centre for Intelligent Machines (CIM); the 91社区 Institute for Advanced Materials (MIAM); and the Montreal Neurological Institute and Hospital (MNI). The research interests within the Department are very broad and fall largely within the following seven areas:
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Aerodynamics and fluid mechanics
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Biomechanics
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Combustion and energy systems
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Design and manufacturing
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Dynamics and control
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Materials and structures
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Vibrations, acoustics, and fluid-structure
Within these areas, specific topics of research are given in the following:
Aerodynamics and Fluid Mechanics
Experimental fluid mechanics and aerodynamics, aeroelasticity, and aeroacoustics; theoretical fluid mechanics; turbulence; mixing in turbulent flows; fluid flow control; fluid鈥搒tructure interactions; computational fluid dynamics, multidisciplinary optimization, and computer flow visualization; heat transfer; combustion, shock wave physics, energetic materials, high-speed reacting flows, hypersonic propulsion, and alternative fuels.
Biomechanics
Biomechanics, biomaterials, blood and respiratory flows, mechanics of soft tissues, cardiovascular devices, image processing for medical diagnostics, and voice production.
Combustion and Energy Systems
Combustion, shock wave physics, heat transfer, and compressible gas dynamics.
Design and Manufacturing
Design theory and methodology, design optimization; biomimetics; machine tools and systems, manufacturing processes, and management and control; micro/nano machining; and wear and comminution processes.
Dynamics and Control
Multibody systems, legged and wheeled vehicles, compliant mechanisms, and kinematic geometry; tethered systems, lighter-than-air craft, and underwater vehicles; spacecraft dynamics and space robotics; modelling and simulation; fluid鈥搒tructure interactions, nonlinear and chaotic dynamics; dynamics of bladed assemblies.
Materials and Structures
Composite materials: structural design, analysis, manufacturing, and processing; micro/nano mechanics; MEMS/NEMS; adaptronic structures; thermomechanics, wave propagation, and computational mechanics.
Vibrations, Acoustics, and Fluid鈥揝tructure
Vibrations, acoustics, and fluid鈥搒tructure interaction.
Programs Offered
The Department offers programs of study leading to the M.Sc. and Ph.D. degrees in Mechanical Engineering. Both M.Sc. (Thesis) and M.Eng. (Non-Thesis) programs are offered.
There are several options for completing master鈥檚 degrees that do not involve the completion of a thesis. The M.Eng. (Non-Thesis) program has more extensive course requirements and will appeal to students who desire to gain both a broad understanding of subjects within Mechanical Engineering as well as in-depth information in a specific area. Other non-thesis master鈥檚 degree options are described below.
Master of Science (M.Sc.) Mechanical Engineering (Thesis) (45 credits) |
M.Sc. is a research program requiring a minimum of 45 credits to be distributed as follows: 28
credits of thesis work, a set of one-semester courses with a combined weight of no less than 16
credits, and a one-credit seminar. The M.Sc. program is a full-time program.
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Master of Engineering (M.Eng.) Mechanical Engineering (Non-Thesis) (45 credits) |
Students in this program must complete required courses in addition to several complementary courses and a seminar course. They also complete a project that is less involved than a thesis, and may involve a limited research project or a technical or design study. Graduates of this program are well-prepared for carrying out research and development in industry and may also proceed to further research at the Ph.D. level.
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Master of Engineering (M.Eng.) Aerospace Engineering (Non-Thesis) (45 credits) |
The M.Eng. Aerospace degree is offered to students who wish to specialize in the general area of aerospace engineering. This degree is given in conjunction with Concordia University, Polytechnique Montr茅al, the Universit茅 Laval, the Universit茅 de Sherbrooke, and the 脡cole de Technologie Sup茅rieure. Students registered at 91社区 are required to take two courses from two other institutions.
The aerospace industry is strongly established in Quebec. Representatives of the aerospace industry therefore requested that measures be taken to provide for qualified scientists in aerospace. Five universities offering courses in engineering came together to offer a master鈥檚 degree program in the field of aeronautics and space technology. This program is offered to students who wish to specialize in these disciplines. The industry鈥檚 participation is a special feature of this program.
The universities and the participating industries, with the cooperation of the Centre of Aerospace Manpower Activities in Quebec (CAMAQ), have formed a Coordinating Committee, CIMGAS, to arrange for industrial internships and case study courses for the students and to implement specific program developments to meet the needs of the industry.
The M.Eng. (Aerospace) program requires both coursework and an 鈥淚ndustrial Stage鈥 (i.e., engineering work in an aerospace industry) of four months. Enrolment is limited to the number of industrial stages available, so admission to the program is typically quite competitive. While intended to be a full-time program, the M.Eng. Aerospace program may be completed on a part-time basis over a maximum of five years. By the time of completion of the program, graduates are extremely well-prepared to enter into a career in the aerospace industry.
Depending on their background, students would specialize in one of the four areas:
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Aeronautics and Space Engineering
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Avionics and Control
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Aerospace Materials and Structures
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Virtual Environment
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Doctor of Philosophy (Ph.D.) Mechanical Engineering |
In the Ph.D. program, students are required to demonstrate a significant new contribution to their field of research, as documented in an externally reviewed thesis. The research is carried out under the supervision of professors who are leaders in their field. Since research in Mechanical Engineering is often interdisciplinary in nature, it is common for Ph.D. students to have a co-supervisor in addition to their principal supervisor. Graduates from this program typically proceed to careers in research in either industrial or academic environments.
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