Toronto Metropolitan University Courses & FeesToronto, Canada

Study in the heart of Canada’s business district with faculty committed to groundbreaking teaching strategies that combine theory and practice. Select from seven innovative business majors to pursue the specialization that aligns with your interests. You’ll have access to industry experts, an optional co-op program, case competitions and networking events to strengthen and put your skills to work in professional environments.

Combine a love for technology, business and management and study at Canada’s largest school dedicated to business management and information and communication technologies (ICT). You’ll gain a sound understanding of business principles and drive ICT-based innovation with skills honed through an optional co-op, case studies, and state-of-the-art classrooms and labs. Upon graduation, you’ll anticipate, capitalize and drive business strategies and opportunities tied to technological change.

Immerse yourself in the exciting graphic communications industry with Canada’s only degree-granting program for future leaders in this field. You’ll learn how to bring projects from concept and design through to completion, and explore the impacts of both digital and printed communication. With our small class sizes and diverse course options, you’ll hone essential skills in three key pillars: Creativity and Design, Technology and Innovation and Business and Entrepreneurship. Thanks to hands-on labs, connected faculty, a paid internship, international study options and strong industry partnerships, you’ll graduate ready to pursue jobs across Canada and internationally.

Turn your health-related diploma into a degree. This program can help you develop business acumen and gain the skills needed to navigate the complex and dynamic world of health care. You’ll explore topics such as program planning and evaluation, communication, strategy, human resources and financial management. Practicum seminars and a research project will help you put theory into practice.

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.

Computer engineers influence the way we work and play in our technology-driven, interconnected world. You’ll use scientific and practical knowledge in digital circuit technology to build electronics systems and devices that benefit lives. Create hardware, firmware, software and interfacing systems that let computers communicate with each other and the world. Enhance your skills through an optional paid co-operative internship, an optional specialization in Management Sciences and Engineering Innovation and Entrepreneurship, a summer research internship and leading-edge research projects.

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.

Aerospace engineers design, manufacture and operate everything from jets and space exploration vehicles to high-speed cars and hovercraft. You’ll receive training from world-renowned faculty and use advanced facilities including subsonic wind tunnels, propulsion labs and structural testing facilities. Gain practical experience through optional specializations in Management Science, an optional co-operative internship or through participating in the Ryerson Institute for Aerospace Design and Innovation (RIADI), and access opportunities with industry leaders and government agencies like Bombardier, the Canadian Space Agency and more.

Biomedical engineers make a difference in community and global health. You’ll learn to create new materials, devices, algorithms and processes that assist doctors and medical researchers with prevention, diagnosis and treatment of illnesses and conditions. With an optional paid cooperative internship, an optional specialization in Management Sciences, leading-edge research projects and a biomedical invention team project, you’ll graduate with the skills needed to transform lives in emerging areas of health care or clinical engineering.

Chemical engineers improve human life by producing everything from cleaner water and better-tasting food, to new medicines, powerful silicon microchips and beauty products. Dedicated, award-winning professors will help you develop expertise in physical and life sciences as well as in advanced processing, manufacturing and production technologies. A mandatory co-operative program, team design project, hands-on labs and an optional specialization in Management Sciences will equip you to transform our planet’s raw materials into useful products for sustaining and enriching lives.

Civil engineers solve environmental and societal problems and help make communities safer. You’ll learn to conceive, design, plan and build essential, sustainable infrastructures, including power and water supply structures and waste treatment facilities, high- and low-rise buildings, airports, roads and dams. Choose from specializations in Structural, Transportation or Environmental Engineering, along with an optional paid co-operative internship and an optional specialization in Management Sciences to enhance your degree. Technical competitions and our leading-edge facilities will equip you to make an impact on society.

Electrical engineers shape the technology that powers our world – from computer systems to electronic devices and power transmission systems. You’ll use your knowledge of engineering principles and practices to design, develop and implement electrical circuit relationships, electronic devices, integrated circuits, microprocessors, computers and control systems. Apply your skills with an optional paid co-operative internship, an optional specialization in Management Sciences and leading-edge research projects. In your final year, you can further specialize in Digital Hardware Design, Communication Systems, Signal Processing, Control Systems or Power Systems.

Industrial engineers create solutions for processes, productivity and people. You’ll learn how to develop and improve products, services, processes, information technology systems and work methods and how to make manufacturing and service productivity more efficient, safe and cost-effective. With hands-on training and an optional paid co-operative internship, you’ll graduate ready to offer inventive solutions to real-world challenges.

Discover what makes an artificial heart beat, an escalator move or robots walk and talk. You’ll learn the engineering principles necessary to design, manufacture and test machines, biomechanical implants, energy-efficient systems, thermofluid systems and consumer products. With an optional paid co-operative internship, an optional specialization in Management Sciences and hands-on training in state-of-the-art labs, you’ll gain the knowledge and experience you need to help create technologies that improve well-being.

Undeclared Engineering is an entry option that provides an opportunity to learn more about the various engineering disciplines before selecting a program of study. As all of our engineering programs share a common first semester, you’ll be in phase with the rest of your classmates when you declare your discipline.

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.