Master of Engineering

Biomedical Engineering

Areas of specialisation:

• Cellular and molecular engineering
• Imaging and computational biology
• Human interfacing devices

This degree emphasizes a balance of biomedical engineering and life science study with a focus on clinical and industrial applications. As an MEng student, you’ll work directly with the organizations, hospital partners, entrepreneurs, world-class researchers and faculty that make up our close-knit community. You can also participate in Engineer in Scrubs, an eight-month addition to your degree. Training in hospitals and other clinical environments, you’ll learn how to navigate the interface between engineering research, medical research, clinical practice and product development

Engineer in Scrubs

Chemical and Biological Engineering

Areas of specialization:

• Biotechnology
• Process engineering
• Energy and materials
• Engineering Education
• Environmental engineering

Build practical skills and receive expert training in your chosen field so that you have the tools to grow faster and move forward in your career. You’ll learn from faculty who are leaders in their field and who are actively engaged in applied research as they develop innovative and sustainable solutions to local and global challenges. Our MEng students also have the option of gaining additional industry-relevant experience by completing a project that requires a technical report and participating in co-op – setting them up to be highly in-demand by private and public sector employers. 

Civil Engineering 

Areas of specialization:

• Environmental systems engineering
• Geotechnical engineering
• Hydrotechnical engineering
• Project and construction management
• Structural and earthquake engineering
• Transportation engineering

As the oldest program of its kind in British Columbia and ranked among the world’s top civil engineering schools, UBC Civil Engineering enjoys strong ties with industry across the province, Canada and the world. We foster an inclusive, supportive academic environment that values equity, diversity and collaboration. Our research not only addresses urgent global challenges but also aligns with Canada’s climate goals and pushes the boundaries of civil infrastructure innovation. As an MEng student, you have the opportunity to participate in co-op to gain practical industry experience and grow your connections with industry leaders.

Electrical and Computer Engineering 

Areas of specialization:

• Biomedical technologies
• Computer and software systems
• Communication systems
• Energy systems
• Micro and nano technologies

In addition to being able to choose from a wide range of courses to gain knowledge in areas of specific interest to you, the MEng offers additional flexibility to grow your skill set and industry connections. As an MEng student, you can pursue an optional supervised research project with an industry sponsor. You can also participate co-op to gain valuable industry experience and grow your project portfolio. 

Geological Engineering 

Areas of specialization:

• Landslides and natural hazards
• Groundwater and environmental geochemistry
• Geomechanics and rock engineering

Graduates of our program gain highly sought after skills, equipping them to solve complex problems at the intersection of engineering and the earth’s environment — from natural hazard mitigation to sustainable resource development and environmental protection. Graduate courses emphasize case histories and project work that target the integration of field techniques and data with advanced numerical modelling to better understand the importance of underlying processes, mechanisms and interactions that can affect engineering designs. 

Mechanical Engineering 

This degree is aimed at students interested in pursuing an accelerated program in mechanical engineering with a focus other than mechatronics design or naval architecture and marine engineering. MEng students develop valuable industry experience through a capstone project where they have an opportunity to apply their skills to a real-world project. Students can also apply to participate in an optional co-op or internship program where they will gain additional hands-on experience. 

mechatronics design  naval architecture and marine engineering

Mechatronics Design

Mechatronics design combines the fields of mechanical and electrical engineering in the study of integrated modelling, analysis, design and manufacture of electromechanical and mechatronic systems. Our graduates are in high demand across virtually all industries, from biomedical and health care to aerospace and manufacturing. Students can participate in an optional co-op work term after completing their course requirements. 

Mining Engineering

Areas of specialization:

• Mining geotechnics
• Mineral processing
• Mine environment
• Mine economics and finance
• Mine waste management

Akin to an MBA, this world-class professional development program is designed for professionals and engineering graduates eager to upgrade their skills to build a strong foundation for a successful carer in the global mining industry. We offer one of North America’s largest and most advanced centres for mining engineering education and research, and you’ll benefit from our close ties to industry. In addition to field trips, industry networking events, and visits to the head offices of Vancouver-based mining companies, you can develop deeper ties and gain experience by participating in optional co-op work terms, ranging in length from four to 12 months. 

Naval Architecture and Marine Engineering

Immerse yourself in a comprehensive and innovative curriculum with material drawn from mechanical, civil, electrical, computer and materials engineering, and instruction by both leading researchers and industry professionals. As an MEng student, you’ll work on a capstone project where you will gain experience in the preliminary design of a special purpose ship. You’ll also complete a 12- to 16-week internship at a marine-related company or agency. Our students graduate well prepared for immediate and stimulating work in a vital and growing industry. 

Civil Engineering

You’ll take a mix of mandatory and elective courses to gain the specific knowledge and skills sought after by employers. Required courses in engineering leadership and professional communication will also ensure you have the mix of technical and soft skills needed to advance in your career. 

MEng students at the Okanagan campus can choose between a 12-month program that is entirely course-based or a program that is between 16 and 24 months that includes an internship. You’ll also have the option of gaining additional practical industry experience by working on a research/industry project with an academic supervisor.

Electrical Engineering

You’ll take a mix of mandatory and elective courses to gain the specific knowledge and skills sought after by employers. Required courses in engineering leadership and professional communication will also ensure you have the mix of technical and soft skills needed to advance in your career. 

MEng students at the Okanagan campus can choose between a 12-month program that is entirely course-based or a program that is between 16 and 24 months that includes an internship. You’ll also have the option of gaining additional practical industry experience by working on a research/industry project with an academic supervisor.

Mechanical Engineering 

You’ll take a mix of mandatory and elective courses to gain the specific knowledge and skills sought after by employers. Required courses in engineering leadership and professional communication will also ensure you have the mix of technical and soft skills needed to advance in your career. 

MEng students at the Okanagan campus can choose between a 12-month program that is entirely course-based or a program that is between 16 and 24 months that includes an internship. You’ll also have the option of gaining additional practical industry experience by working on a research/industry project with an academic supervisor.