Master of Science (MSc)
Master your field. Lead your future. Equip yourself with the advanced skills, specialized knowledge, and professional network to become a leader in your field.
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About The Program
What is the MSc program?
Students are required to complete five graduate courses and a thesis, ensuring a balanced mix of coursework and research. Beyond academic training, the program includes ethics and professional development requirements, preparing students for the multifaceted challenges of modern engineering careers.
Why choose the thesis-based MSc
An MSc thesis demonstrates your ability to conduct research, apply knowledge, and synthesize findings while deepening your understanding of a specific topic. With its strong research foundation, the MSc is an excellent stepping stone toward PhD programs, teaching positions, or long-term careers in industry, academic and research institutions, and government.
Application Deadlines
Please refer to the Faculty of Graduate and Postdoctoral Studies for program-specific application deadlines. Note that confirmation of supervisor is required prior to applying (find a supervisor).
Program Information
Faculty
Engineering
Delivery Mode
On campus
Program Type
Thesis-based
Degree Level
Master’s
2.5
Years
Average completion time
50+
industry partner collaborations on research projects each year
350+
indexed journal articles published per year
19M+
in annual research funding
Program Objectives
- Advance Research Excellence: Equip students with the skills to conduct original, high-impact research in specialized areas of mechanical engineering, including, health technologies and human performance systems; advanced manufacturing, automation, and product development; sustainable energy and environmental engineering solutions; fluid mechanics, aerodynamics, and propulsion systems; automation, robotics and intelligent control systems; high-performance materials and structural reliability; engineering systems integration, reliability and operations.
- Develop Technical Expertise: Create a learning environment that allows students to gain a thorough understanding of mechanical engineering principles through comprehensive coursework and thesis-based research, preparing graduates for work in industry, academia or government.
- Promote Ethical Responsibility and Professional Communication: Prepare graduates to uphold integrity in research and engineering practice by effectively communicating complex technical information, research findings, and ethical considerations to diverse audiences.
Learning Outcomes
- Demonstrate a comprehensive understanding of mechanical engineering, including critical awareness of current challenges, emerging insights, and the limitations of theoretical frameworks, methodologies and experimental designs.
- Demonstrate the ability to conceptualize, design, and execute original research in mechanical engineering, applying advanced disciplinary knowledge to critically evaluate existing literature, construct logical and sustained arguments, and design novel experiments or models, while making informed judgments on complex issues and producing publishable work that contributes meaningfully to the field.
- Demonstrate professional written, oral, and interpersonal communication skills, including the ability to clearly convey complex mechanical engineering concepts, research findings, and technical arguments to diverse audiences.
- Demonstrate intellectual independence, initiative, and personal accountability, including the ability to reflect on and take ownership of professional growth, make informed decisions in complex scenarios, and pursue continuing development aligned with evolving career goals and disciplinary standards.
- Demonstrate ethical awareness and integrity in research, including the ability to identify, explain, and analyze ethical issues, propose responsible solutions, and uphold professional standards.
Master of Science in Engineering Management (Mechanical Engineering)
In addition to the MSc in mechanical engineering, the department also offers a MSc in engineering management that bridges engineering, technology, and business management, preparing professionals for academic, high-level research or strategic leadership roles.
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