Inquiry

Industrial designers are responsible for the concept, the design and the details that are worked out before the manufacturing process of any product can begin. They work behind the scenes to determine the features, appearance, materials and ergonomics of the many products—from toasters to cell phones—that we use every day.

At Carleton University, our unique and internationally respected Bachelor of Industrial Design (BID) program blends studies in design with applied sciences (such as math and physics) and the social sciences (like psychology and business). We focus on the process—from concept and design—through to the manufacturing and the everyday use of the product. There is also an emphasis on the context and social purpose of design.

In addition to the main program, you will have opportunities to complement your studies with a minor in areas such as business, psychology, sociology and anthropology.

Beginning in the very first year, you will learn design processes and methods by completing creative projects. Over the course of the program, you will move progressively from academic studies to more intensive design studio sessions, from theory to practice, while undertaking increasingly complex design projects. You will work on drawings, models, mock-ups and simulated products, while learning about materials, marketing, environmental issues, users’ needs and user testing. Much of your work will take place in team situations.

In your final year, you will participate in the School’s Annual Graduation Exhibition that showcases the work of all our students and, in particular, highlights the projects undertaken by fourth-year graduates. The exhibition attracts visitors and employers from different areas throughout the industry.

A Team Approach

Industrial designers usually work on teams to bring their unique perspective to the solution of problems. At Carleton, we simulate the real work environment of the industrial design field by providing many opportunities to work in team situations. This allows you to:

interact with other students in intimate, small group environments
work with students from other disciplines, including mechanical, computer systems and aerospace engineering
get involved with professors in innovative areas of research, such as interaction design, design for extreme environments and mass production technology
collaborate with industry partners on projects ranging from consumer products such as sports and leisure goods to medical-dental, biomedical and wearable-networked products.