Toronto Metropolitan University Courses & Fees

The Ted Rogers MBA is designed to create business leaders who are responsive to emerging trends and the immediate demands of the marketplace. Our hybrid approach combines strong academic foundations with experiential learning practices to help students gain the leadership skills, expertise, and confidence they need to achieve professional success.

This 16-month, four-semester program is designed for engineering students, science students and industry professionals interested in advancing their own technology-based startups or leading innovation within an existing organization. Following the lean-startup development process, students take their concepts through three distinct phases: customer discovery, customer validation and customer acquisition, refining their projects from untested ideas into viable businesses. Students will gain the knowledge, skills and hands-on experience necessary to drive and manage innovation in existing companies or their own ventures.

Work with leading thinkers and applied researchers to learn about the complex problems facing modern organizations. You will develop your program of study and thesis research working with a faculty supervisor from the AACSB-accredited Ted Rogers School of Management, Canada’s preeminent entrepreneurial-focused business school. Students gain qualitative and quantitative research skills across several management disciplines and pursue research careers in industry and academia.

Project management professionals with expertise specific to the built environment are critical to addressing the urgent challenges of the climate crisis and the rapidly changing architecture, engineering, construction and operations (AECO) industry. This graduate program offers students the opportunity to explore principles necessary to deliver innovative and sustainable buildings and prepare for careers in AECO project management. 

Gain expertise in managing and delivering projects at any stage of the building lifecycle from planning, design, construction and operations to end-of-life. Learn how your projects can leverage emerging technologies to improve energy efficiency and the occupant experience while reducing carbon emissions.  

This interdisciplinary graduate program offers a two-year, research-focused Master of Applied Science (MASc) degree or a one-year full-time/three-year part-time course-based Master of Project Management (MPM) degree.

Project management professionals with expertise specific to the built environment are critical to addressing the urgent challenges of the climate crisis and the rapidly changing architecture, engineering, construction and operations (AECO) industry. This graduate program offers students the opportunity to explore principles necessary to deliver innovative and sustainable buildings and prepare for careers in AECO project management. 

Gain expertise in managing and delivering projects at any stage of the building lifecycle from planning, design, construction and operations to end-of-life. Learn how your projects can leverage emerging technologies to improve energy efficiency and the occupant experience while reducing carbon emissions.  

This interdisciplinary graduate program offers a two-year, research-focused Master of Applied Science (MASc) degree or a one-year full-time/three-year part-time course-based Master of Project Management (MPM) degree.

Established in 2001 with the support of Cisco Systems, this leading program offers advanced skills that are in high demand in the networking industry. Our focus remains on innovative, quality learning with emphasis on practical knowledge that empowers students to reach their career goals.

This program focuses on the intellectual development of graduate students within the field of aerospace engineering. Students will further develop critical and independent thinking throughout the wide spectrum of graduate courses offered.

Located in the George Vari Engineering and Computing Centre, a state-of-the-art building in the heart of downtown Toronto, the Department of Aerospace Engineering has garnered an esteemed reputation, due in part to its partnerships with industry, and its contribution to the development of strategic plans for promoting the growth of the aerospace industry on provincial, national and international levels.

This program focuses on the intellectual development of graduate students within the field of aerospace engineering. Students will further develop critical and independent thinking throughout the wide spectrum of graduate courses offered.

Located in the George Vari Engineering and Computing Centre, a state-of-the-art building in the heart of downtown Toronto, the Department of Aerospace Engineering has garnered an esteemed reputation, due in part to its partnerships with industry, and its contribution to the development of strategic plans for promoting the growth of the aerospace industry on provincial, national and international levels.

This collaborative graduate program prepares students for careers in biomedical engineering and provides them with the opportunity to advance their own research, tap into Toronto Metropolitan University’s leading faculty-based research and work on industry-related projects.

Throughout the program, students are supported by a network of experienced faculty supervisors and have opportunities for training at research hospitals such as St. Michael’s Hospital and the University Health Network. This program supports student development in biomedical engineering R&D — which is ranked as the number-one job in the health-care industry — to meet the demand for better medical devices, more sophisticated medical equipment and improved biomedical procedures.

This collaborative graduate program prepares students for careers in biomedical engineering and provides them with the opportunity to advance their own research, tap into Toronto Metropolitan University’s leading faculty-based research and work on industry-related projects.

Throughout the program, students are supported by a network of experienced faculty supervisors and have opportunities for training at research hospitals such as St. Michael’s Hospital and the University Health Network. This program supports student development in biomedical engineering R&D — which is ranked as the number-one job in the health-care industry — to meet the demand for better medical devices, more sophisticated medical equipment and improved biomedical procedures.

Explore diverse research fields such as wastewater and food treatment, polymer and process engineering, metallurgy and nanotechnology in this dynamic program. Students benefit from full-scale equipment and the latest computer technology for process modelling, simulation and control. With the support of expert faculty and direct connections with industry and hospitals, our in-demand graduates are prepared to solve some of society’s most pressing challenges.

Explore diverse research fields such as wastewater and food treatment, polymer and process engineering, metallurgy and nanotechnology in this dynamic program. Students benefit from full-scale equipment and the latest computer technology for process modelling, simulation and control. With the support of expert faculty and direct connections with industry and hospitals, our in-demand graduates are prepared to solve some of society’s most pressing challenges.

This unique multi-disciplinary program prepares highly qualified graduate students for active roles in enhancing the nation’s economic, environmental and social development. Emphasis is placed on combining both traditional methods and the latest innovative technologies to enable students to broaden their expertise with a variety of challenging problems.

This unique multi-disciplinary program prepares highly qualified graduate students for active roles in enhancing the nation’s economic, environmental and social development. Emphasis is placed on combining both traditional methods and the latest innovative technologies to enable students to broaden their expertise with a variety of challenging problems.

Our programs provide a rigorous academic environment with strong cross-disciplinary links to support advanced education, research and engineering applications. The PhD program provides an opportunity to pursue specialized research, while the MASc program involves advanced studies in a field of interest, and research and engineering design activities. The MEng program, meanwhile, offers education in design and engineering practice.
 

Our programs provide a rigorous academic environment with strong cross-disciplinary links to support advanced education, research and engineering applications. The PhD program provides an opportunity to pursue specialized research, while the MASc program involves advanced studies in a field of interest, and research and engineering design activities. The MEng program, meanwhile, offers education in design and engineering practice.
 

Our professionally based program features advanced study in thermofluids, manufacturing, materials, solid mechanics and industrial engineering. This allows for interdisciplinary research projects that benefit society at large and positions students to pursue their interests.

Our professionally based program features advanced study in thermofluids, manufacturing, materials, solid mechanics and industrial engineering. This allows for interdisciplinary research projects that benefit society at large and positions students to pursue their interests.

This program welcomes motivated students seeking to acquire mathematical skills to advance their academic or industry career goals. MSc students produce high-quality work in the form of a thesis or major research paper, and learn how to write technical and scientific reports and communicate complex results to a general audience.
 

If you are looking for a challenging career with a positive social impact, this is it. Physics is an exciting, cutting-edge, multidisciplinary field in which MSc and PhD graduate degrees lead to a career in research, biomedical technology or clinical medical physics. Graduate students seeking to enter a medical physics residency program may pursue a CAMPEP accreditation in Medical Physics, which distinguishes our programs.