Hanan Anis
NSERC Chair in Entrepreneurial Engineering Design, Professor, and Faculty Coordinator in Entrepreneurship and Innovation, Faculty of Engineering
hanis@uOttawa.ca

Minto Sports Complex, room N205
801 King Edward
Ottawa, ON
K1N 6N5

CEED’s cornerstone design courses offer opportunities for the students and the clients involved.

They are client-based where teams of multidisciplinary students solve problems and produce physical and software prototypes for specific clients in one semester. Students will work together and meet their client 3 times during the semester to explain and refine the proposed solutions.

All students will then participate in Design Day to showcase their hard work in their project at the end of the semester. Clients and judges both evaluate and provide comments!

Projects run every semester: Jan-Mar, May-July and Sep-Nov.

Are you interested in becoming one of our clients? We are always looking for new project ideas! Submit your idea here.

 

Students will:

  • Learn to work in a multidisciplinary team
  • Build teamwork and interpersonal communication skills
  • Put in practice their analytical engineering skills
  • Understand and apply basic principles of the design process, entrepreneurial thinking and iteration methods
  • Get hands-on experience with a wide array of cross-discipline engineering tools
  • Learn to use technologies available in the Makerspace and the Brunsfield Centre

Clients will:

  • Obtain solutions to key design issues

  • Leverage technical knowledge

  • Identify potential employees to your organization

  • Build a long term relationship with professors


Undergraduate courses

GNG 1103 - Engineering Design

A hands-on, team-based introduction to engineering design for engineers and computer scientists. Students will be exposed to a range of design skills and techniques, and upon successful completion, will be able to effectively enter and be successful in a design competition. Topics include design thinking, engineering design process, prototyping, engineering economics, safety, ethics and project management. The first year course has a wide scope of projects which are very open-ended to allow up to 15 teams to work on the same one.

GNG 2101/2501 - Introduction to Product Development and Management for Engineers

A hands-on, team-based introduction to product development and management principles, suitable for both engineers and computer scientists, including the social and the economic aspects of current technological practice. Topics include creativity and innovation, the product development process, project management, market evaluation and identification, engineering economics, and technological entrepreneurship. The second year course is focused on accessibility projects to provide custom solutions with a maximum of two teams working on one project.

GNG 4120 - Technology Entrepreneurship for Engineers and Computer Scientists

A hands-on introduction to the many dimensions of starting and growing a technology company, in which students will acquire the skills and tools to turn technical ideas into profitable sustainable businesses. Topics include: how to evaluate market opportunities, develop a product that customers need, raise capital and build a winning team. In this course, each team of students will need to find their own client and should meet them off campus at least three times during the term.

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Table presenting the three courses offered at the undergraduate level

Graduate courses

GNG 5140 - Engineering Design

An open ended, hands-on engineering design course that provides students with fundamentals and advanced concepts of the engineering design process from client empathy to prototyping and testing. Students will work directly with clients to solve a real societal need. There is a strong component of teamwork and lifelong learning.

GNG 5120 - Technology entrepreneurship for Engineers and Computer Scientists

A hands-on introduction to the many dimensions of starting and growing a technology company, in which students will acquire skills and tools to turn technical ideas into profitable sustainable businesses. Topics include: how to evaluate market opportunities, develop a product that customers need, raise capital and build a winning team. Students will submit a report describing how their graduate studies work (e.g. Thesis or Project) could be commercialized using the approaches learned in class

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Table presenting the two courses offered at the graduate level