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2 Years On Campus Masters Program
University of WaterlooThe University of Waterloo also offers a Master of Applied Science (MASc) in Mechanical and Mechatronics Engineering, which is a research-based program typically completed in 2 years. For those who are interested in exploring engineering problems further, the program gives them theory as well as research experience. By working closely with faculty members on advanced projects in the areas of robotics, automation, fluid mechanics, materials, biomechanics, and others, students are well-prepared for demanding careers in research, academia, or industry. It's an ideal path for those looking to move into PhD-level research or research-based work in industry.
Curriculum Structure
The course weaves together coursework and independent investigation, culminating in a thesis based on original research. The structure typically includes:
• Graduate-level courses covering subjects such as control systems, mechanical design, mechatronics, and thermal sciences
• Research seminars and professional development workshops
• A research thesis, under the guidance of a faculty advisor, that contributes new knowledge or solutions to applied engineering challenges
Students are given freedom to personalize their studies based on professional goals and research interests. The program's academic culture encourages interdisciplinary research, often in conjunction with disciplines like electrical engineering, computer science, and health technologies.
Accreditation
University of Waterloo Faculty of Engineering is internationally recognized for its scholarly excellence and link with industry, and the MASc program maintains high academic standards in conformity with Canada's top engineering graduate programs.
Campus Location
Waterloo is located in Ontario, Canada, and is one of the country's hotspots for technology and innovation. The university's Mechanical and Mechatronics Engineering department operates in modern facilities, including specialty labs, fabrication shops, and open areas available for student use.
Real-world application and research collaboration are Waterloo's priorities, with many opportunities for students to apply learning outside the classroom:
• Research Assistantships: Students are usually involved in cutting-edge research backed by government grants or partnerships with companies, developing robotics technologies, biomedical devices, and AI systems
• Industry Collaboration: With the strong relationships between Waterloo and companies like Toyota, General Motors, and Google, students are able to engage in collaborative studies or consultancy projects
• Conferences and Publications: The majority of students give platform presentations at international conferences or publish content in reputed journals, enhancing academic qualifications
• Student Clubs: There are various tech clubs and teams—like Waterloo Robotics, Formula SAE, or UW Mechatronics Club—where students apply in-class knowledge to cutting-edge engineering projects
Career Advancement and Future Opportunities
Waterloo facilitates student growth not just academically but also professionally. The university has the Centre for Career Action (CCA), which offers:
• Personal career counselling and planning service
• CV writing, personal statements, and job search skills training sessions
• Networking sessions and practice interviews
• Career expos that connect students with local and global employers
MASc in Mechanical and Mechatronics graduates find themselves in the fields of R&D, advanced manufacturing, robotics, and automotive or aerospace industries. The majority get employed at top companies such as Tesla, ABB, Siemens, General Motors, and global research laboratories. Others choose to continue their career trajectory in academia by proceeding to postgraduate studies at Waterloo or other top-class institutions.
Further Academic Progress
MASc is typically a stepping stone to the PhD. Those interested in deepening their specialization can move into mechanical engineering, robotics, AI and systems engineering, or related fields PhD programs. Others prefer to specialize further in manager and innovation capabilities using MBA or management-focused engineering programs.
IELTS - IELTS 6.5 (writing 6.0, speaking 6.0)TOEFL - TOEFL 80 (writing 22, speaking 20, reading 20, listening 18)A statement of maximum 500 words explaining your interest in and fit for the program you’re applying toThese are questions specific to the program you’re applying toWe recommend that you contact your referees with a minimum of four weeks' notice before the application deadline.Note that all reference forms are verified for authenticity.Provide your referees with information and documents that will help them speak to your experience and potential. For example: academic transcript(s) curriculum vitae (CV) resume statement of interest research papersR&D EngineerMechanical Design EngineerRobotics EngineerMechatronics EngineerAutomation SpecialistControl Systems EngineerProduct Development EngineerSystems Integration EngineerManufacturing EngineerAerospace EngineerBiomedical EngineerAI and Machine Learning EngineerEmbedded Systems EngineerHVAC EngineerAutomotive EngineerResearch ScientistPhD ResearcherEngineering ConsultantReliability EngineerEnergy Systems Engineer
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