Professional programs

Ready to take your career to the next level? Our professional master’s programs are designed to give you the hands-on experience and advanced skills you need to succeed in high-demand industries like engineering, tech, and sustainability. Whether you're fresh out of your undergraduate degree or looking to deepen your expertise in mid-career, these one-year, course-based degrees are designed to prepare you for real-world leadership roles. Explore our programs below and see how they can set you up for success.

Applied Data Science (MADS)

Master of Engineering in Applied Data Science (MEng-MADS)

The Master of Engineering in Applied Data Science (MADS) prepares students and IT professionals for careers in the rapidly growing data science field. This intensive one-year program, jointly offered by the Department of Computer Science and the Department of Electrical and Computer Engineering, equips graduates with the skills to solve complex data problems and drive data-driven transformation in industries worldwide.

Key Learning Outcomes: Graduates of the MADS program will be able to:

• Efficiently analyze and manage large data sets.
• Apply data analytic methods to solve real-world problems.
• Understand and manage data security and privacy concerns.
• Act responsibly and ethically as applied data scientists.
• Communicate technical data science concepts to diverse stakeholders.

Curriculum: The program includes core courses in algorithms, data analysis, machine learning, and optimization, along with professional courses in career development and professional foundations. Students will also complete three elective courses from a wide range of topics, as well as a capstone project.

Co-op option: Upon completing the academic portion, students can opt for one, two, or three co-op work terms, allowing them to gain valuable industry experience that complements their classroom learning.

The MADS program prepares students for a successful career at the intersection of engineering, data science, and business.

Biomedical Systems (BISY)

Master of Engineering in Biomedical Systems (MEng - BISY)

The Master of Engineering in Biomedical Systems (BISY) equips students with the expertise to design and develop innovative biomedical devices and systems. This one-year program integrates knowledge of human physiology, material science, and engineering principles to prepare graduates for careers in the rapidly evolving healthcare technology sector.

Key Learning Outcomes: Graduates of the MEng in Biomedical Systems will be able to:

• Design and develop biomedical devices and systems by integrating engineering principles and human physiology.
• Understand and apply regulatory guidelines in the development of biomedical products.
• Apply principles of human physiology, material science, and ergonomics to medical device design.
• Conduct independent technical projects and effectively communicate results.

Curriculum: The program includes core courses in medical device design, biosensors, human physiology, and usability engineering, as well as elective options in areas like bioprinting, biomaterials, and nanoelectronics. Students will also complete a technical project under the supervision of a faculty advisor.

Co-op option: An optional co-op term provides students with the opportunity to gain practical experience in the biomedical industry, further enhancing their career prospects.

The BISY program prepares students for impactful careers in life science and healthcare, combining technical skills with real-world experience.

Building Envelopes and Structures (BEST)

Master of Engineering in Building Envelopes and Structures (MEng-BEST)

The Master of Engineering in Building Envelopes and Structures (BEST) is a pioneering program designed to address the evolving challenges in the construction industry, with a focus on building envelope design and structural engineering. Launching in September 2025, this one-year program integrates advanced engineering principles with real-world applications, particularly in the context of climate change adaptation and mitigation.

Key Learning Outcomes: 

• Specialization in building envelope design and structural engineering.
• Addressing critical challenges in construction, including sustainability and climate resilience.
• Applying advanced techniques in materials science, steel, timber, and concrete structures.
• Conducting independent engineering projects, utilizing cutting-edge case studies and technologies.
• Collaborating with industry leaders through optional co-op opportunities and experiential learning.

Curriculum: The program consists of six core courses, two elective courses, and a mandatory 8-month research project. Core courses include topics like advanced building envelope design, the behavior of steel and timber structures, and concrete technology. Elective options allow students to tailor their studies to their interests, including areas such as green building design, earthquake engineering, and sustainable infrastructure. The project, conducted under faculty supervision, provides hands-on experience in solving real-world challenges in building envelopes and structures.

Co-op Option: An optional co-op placement of one or two work terms allows students to gain practical experience in the industry, enhancing their career prospects.

The BEST program equips students with the knowledge and skills needed to lead in the construction industry, providing a pathway to careers focused on the future of building design and structural engineering.

Industrial Ecology (INEC)

Master of Engineering in Industrial Ecology (MEng-INEC)

The Master of Engineering in Industrial Ecology (INEC) is a one-year program aimed at students seeking sustainable solutions to global environmental challenges. This applied science program focuses on addressing issues such as climate change and resource inefficiency by optimizing energy and material use across industries, cities, and economies.

Key Learning Outcomes:

• Develop sustainable technologies to reduce environmental impacts.
• Apply industrial ecology principles, including industrial metabolism and systems modeling, to optimize resource use.
• Analyze the economic, political, and regulatory factors shaping sustainable development.
• Conduct research through a mandatory MEng project, applying methods for ecological restoration and climate strategy.

Curriculum: The program includes six core courses covering topics like industrial metabolism, sustainable cities, and green chemistry, plus a project. Students can choose two electives from areas such as energy decarbonization, environmental modeling, and green building design.

Co-op Option: The MEng in Industrial Ecology does not offer a co-op option. However, students interact with an industry while working on their projects.

The INEC program prepares students to lead in sustainability, equipping them with the expertise to drive environmental change across various sectors.

Telecommunications and Information Security (MTIS)

Master of Engineering in Telecommunications & Information Security (MEng-MTIS)

The Master of Engineering in Telecommunications & Information Security (MTIS) is a one-year program designed to provide students with the expertise needed to excel in the fields of telecommunications and cybersecurity. The program combines technical coursework with professional development to equip graduates with the skills to address modern security challenges in communication networks.

Key Learning Outcomes:

• Investigate and respond to cybersecurity incidents in telecommunications networks and computer systems.
• Develop security policies and procedures to safeguard IT infrastructure.
• Analyze and resolve technical issues in telecommunications systems and their applications.
• Communicate effectively about security and network systems to stakeholders and the broader community.
• Gain practical work experience through optional co-op or internship terms, enhancing academic knowledge with real-world experience.

Curriculum: The program consists of 12 courses comprised of core technical and professional courses, as well as a selection of elective courses tailored to their areas of interest.

Co-op Option: Upon completing the academic portion, students can opt for one, two, or three co-op work terms, allowing students to gain valuable work experience in the telecommunications and cybersecurity fields.

The MTIS program prepares students for leadership roles in the telecommunications and information security industries, equipping them with both the technical expertise and practical experience to tackle complex security challenges in modern communication systems.

Engineering and Computer Science Co-op

 The Engineering and Computer Science Co-op program offers graduate students a valuable opportunity to gain practical, hands-on experience while completing their degree. Most professional programs include the option to do one or more terms of co-op after completion of the program. Participating in the co-op program allows you to apply classroom knowledge to real-world scenarios, build professional networks, and enhance your resume, making you more competitive in your future career.