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Dalhousie University offers a Master of Applied Science (MASc) in Mechanical Engineering, a two-year graduate-level program aimed at developing advanced research skills and technical expertise. Housed within the Faculty of Engineering, this program is designed for students with a strong background in mechanical or related engineering disciplines who are looking to deepen their knowledge and contribute to innovative research. Students work closely with faculty on cutting-edge research projects, often tied to real-world industry and societal challenges.
Curriculum Structure
The MASc in Mechanical Engineering at Dalhousie blends core theoretical knowledge with meaningful research experience. While the specific structure may vary based on a student’s research area, the typical format includes:
• Graduate-Level Courses: These cover advanced topics such as thermal systems, fluid mechanics, solid mechanics, manufacturing, materials, and control systems.
• Research Thesis: At the heart of the MASc program is a substantial independent research project, guided by a faculty supervisor, culminating in a written thesis.
• Seminars and Presentations: Students participate in seminars where they present research findings and receive feedback from peers and faculty.
This program does not follow a rigid course-heavy structure; instead, it is research-focused, allowing for deep exploration in a specialized area.
Accreditation
Dalhousie’s engineering programs, including the MASc in Mechanical Engineering, are recognized by the Canadian Engineering Accreditation Board (CEAB), ensuring high educational standards and international recognition.
Campus Location
Dalhousie University is located in Halifax, Nova Scotia, a vibrant coastal city known for its academic community, innovation hubs, and quality of life. The Sexton Campus, home to the Faculty of Engineering, offers access to modern labs, collaborative workspaces, and industry-partnered research facilities.
Dalhousie places strong emphasis on learning by doing. MASc students benefit from various hands-on and real-world experiences throughout their studies:
• Research Assistantships: Students often work as research assistants, gaining valuable experience in laboratory techniques, data analysis, and academic publishing.
• Industry Collaboration: Many research projects are conducted in collaboration with industry partners, offering students the chance to work on real challenges faced by companies in sectors like aerospace, energy, and manufacturing.
• Student Groups and Engineering Societies: Students are encouraged to join groups like the Dalhousie Engineering Graduate Society (DEGS) and participate in competitions, workshops, and community outreach.
• Conference Participation: Students have opportunities to present their research at regional, national, and international conferences, enhancing their academic and professional profile.
Dalhousie’s Career Services supports graduate students with a range of resources to help them transition from academia to the workplace:
• One-on-one career advising and job search strategy sessions.
• Workshops on CV/resume writing, interview techniques, and professional communication.
• Career fairs and networking events connecting students with employers from across Canada.
Employability
Graduates of the MASc in Mechanical Engineering from Dalhousie are well-regarded for their technical capabilities and research experience. Many go on to work with leading firms in aerospace, energy systems, renewable technologies, manufacturing, and robotics. Some choose to stay in academia or research institutions, continuing their journey with a PhD or joining R&D teams in innovative companies.
Further Academic Progression
Upon completing the MASc, students often pursue:
• A PhD in Mechanical or related Engineering fields
• Specialized programs in areas such as AI for Engineering, Materials Science, Renewable Energy, or Robotics
• Interdisciplinary programs like Engineering Management or Data Analytics
TOEFL - A minimum score of 580 on the paper-based test or 237 on the computer-based test is required. Two sealed official copies of transcripts from all previous degrees (graduate and undergraduate) from all institutions attended. This includes exchange programs and any courses taken outside of your home universities. Two letters of reference submitted either electronically or by mail. A full curriculum vitae highlighting personal academics, work and research history, publications, awards, scholarships, and extracurricular activities. A statement of research interest, not exceeding two pages, explaining your research interests and ideally listing potential supervisors you have already talked to and obtained positive feedback from. All supporting documents, including your transcripts, diplomas, proof of language competency, CV/resume, and statement of purpose, must be emailed (as PDF scanned copies) to the appropriate department. Please include your full name and B00 number (if known) in the email.Product Design EngineerMechanical Systems AnalystAerospace EngineerAutomotive EngineerEnergy Systems EngineerRobotics EngineerHVAC EngineerManufacturing EngineerProject ManagerResearch and Development EngineerMaintenance EngineerDesign ConsultantMechatronics EngineerMarine EngineerBiomedical Engineer
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Dalhousie University
