Graduate with 450+ hours of experience. 

Request more info about the Honours Bachelor of Multidisciplinary Design. 

HONOURS BACHELOR OF MULTIDISCIPLINARY DESIGN - EXPERIENTIAL LEARNING

Build a tech-enabled degree around what matters to you. 

The Honours Bachelor of Multidisciplinary Design gives you the flexibility to shape a four-year university degree around your goals while building practical skills through internships, community engagement and hands-on projects.


Combine technical literacy, systems thinking and design thinking with interests in business, policy, sustainability, education, human-centred technology and more. 

Applications are now open.

Program snapshot

L O C A T I O N

University ofOttawa Campus

D U R A T I O N

4 years

S T A R T   D A T E

Every September, starting 2027

Applications are open

L A N G U A G E

English or French

I N T E R N S H I P S 

3 internships

Build expertise throughout your studies

E X P E R I E N C E

450+ hours

Community experience

L E A R N I N G  P A T H S

7 customizable learning paths

Shape your multidisciplinary engineering path

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uOttawa Engineering

Choose a learning path or build your own

The Honours Bachelor of Multidisciplinary Design gives you opportunities to develop technical literacy alongside systems thinking, design thinking, collaboration and human-centred problem-solving.

Your studies can include areas such as:

Responsible Artificial Intelligence Innovation

Explore AI alongside ethics, responsible innovation and the human impact of emerging technology.

User Experience Design

Combine human-centred technology, design thinking and technical literacy to better understand how people experience digital products and systems.

Technology and Public Policy

Connect technical knowledge with policy and the decisions shaping how technology is used in society.

Cybersecurity

Explore digital systems, security, technology risk and the challenges of protecting information in a connected world.

Project Management

Build technical understanding alongside leadership, collaboration and the skills needed to guide complex projects.

Sustainable Design

Use systems thinking and sustainability principles to explore solutions to environmental and societal challenges.

Have something different in mind?

Work with a faculty advisor to build a coherent learning path around where you want to go.

STEM Education

Combine technology with education and community impact to help make technical subjects engaging and accessible.

Program structure at a glance

First year:Build your foundation

Develop technical literacy, communication skills, systems thinking and an understanding of technology’s impact on society.

Second year:Connect your interests

Explore areas that interest you while making more personalized course choices.

Third and fourth years: Make your degree your own

Use learning-path courses, electives, internships and the capstone to deepen the combination of skills that supports your goals.

Designed for students whose interests naturally cross fields

This program is a strong fit if you:

  • Want technical skills but don’t want the structure of a traditional engineering degree

  • Enjoy solving problems from more than one perspective

  • Want to combine technology with business, policy, education, sustainability or social impact

  • Are still exploring where your strengths could take you

  • Want hands-on experience before you graduate

  • Are considering changing programs because your current degree feels too narrow

Why choose the Bachelor of Applied Science in Multidisciplinary Design Engineering?

Hands-on learning

This program offers many client-based projects, 3 integrated internships, and 450 community service hours. This provides hands-on learning opportunities while connecting you with the community, whether locally or internationally. 

Customizable learning paths

This program focuses on multidisciplinary learning, allowing you to create your own path or follow one of seven customizable learning paths. 

Collaboration with industry experts

Each program learning path has been created in collaboration with industry experts to address real gaps in the job market, ensuring you graduate market-ready and prepared to become a change-maker.

Mentorship and academic support

This small, highly personalized program gives you direct access to faculty advisors who will help you shape a learning path that aligns with your goals. You’ll receive one-on-one guidance every step of the way in selecting your courses and gaining experience, with mentoring from professors, industry partners and peers—both in the classroom and in the field.

Flexible support

Complete your studies fully in English, French or a combination of both. Scholarships and financial support are available for domestic and international students, including additional opportunities for Francophone students.  

Financial support

We’re committed to helping you access financial support that fits your situation. A variety of scholarships, bursaries and financial aid is available to support your studies:

Admission scholarships

Eligible Canadian students are automatically considered for admission scholarships between $1,000 and $3,000 based on their admission average (no application required).

Competitive scholarships

Get additional scholarships rewarding academic excellence, leadership and community involvement.

French studies support

Additional funding is available for students studying in French, including:

  • French Studies Bursary
  • Differential Tuition Fee Exemption Scholarship for eligible international Francophone and Francophile students

Faculty of Engineering scholarships

Program-specific scholarships recognize leadership, strong academic performance and community engagement at various stages of your program.

Bursaries for financial need

Canadian and permanent resident students in financial need can apply for bursaries.

Please note: Financial aid offerings are subject to change. Always check the university website for the most current information.

General requirements:

Admission requirements

  • You must have a minimum admission average of 75%.

  • For students in Secondary 5, you must have a minimum admission average of 82%. 

*Please note: These minimum requirements are subject to change. Admission is not guaranteed. 

Prerequisite courses:

The following are required prerequisite courses for Ontario high school students:

  • English 4U or Français 4U

  • Advanced Functions 4U or Calculus and Vectors 4U

  • One of the following:

  • Biology 4U
  • Chemistry 4U
  • Computing 4U
  • Physics 4U

Students who don’t have one of the mathematics or science prerequisites can take the replacement course at the University either the summer before or during their first year.


Students from Quebec or other Canadian provinces or territories who’ve completed high school, CEGEP or college, or students with a different academic background, such as mature or international students, are also eligible for this program (certain conditions apply). 

Discover your future career

Depending on your learning path, you could explore career areas such as:

  • Artificial intelligence ethics and responsible technology

  • User experience and human-centred technology

  • Cybersecurity

  • Technology policy and governance

  • Project management

  • Sustainability and sustainable systems

  • Technology consulting

  • Science, technology, engineering and mathematics education

  • Product and digital innovation

Frequently asked questions

What is multidisciplinary design?

Multidisciplinary design is an approach to problem-solving that connects knowledge from multiple fields. In this program, that means building technical literacy and using systems thinking, design thinking and human-centred technology alongside areas such as business, policy, sustainability, education or social impact.

Is the Bachelor of Multidisciplinary Design an engineering degree?

No. It is a multidisciplinary university degree offered through the Faculty of Engineering, but it’s not an engineering degree and is not intended to lead directly to professional engineering licensure. Students specifically seeking an engineering degree should explore the Bachelor of Applied Science in Multidisciplinary Design Engineering.

What degree will I receive?

Students completing the four-year program earn the Bachelor of Multidisciplinary Design – Experiential Learning.

Do I have to choose one of the seven learning paths?

No. The learning paths provide helpful structure, but one of the program's defining benefits is the ability to work with faculty guidance to customize your studies around your interests and goals. Course prerequisites, availability and program requirements still apply.

What if I do not know exactly what career I want yet?

That’s okay. The program gives you opportunities to build foundational skills first, then refine your direction through courses, internships, community engagement and faculty advising. The goal is not to force a career decision before you have enough experience to make one.

Will someone help me choose my courses?

Yes. Faculty advisors support students in shaping learning paths, understanding prerequisites and selecting courses that align with their goals.

How much practical experience will I get?

The four-year program includes three internships, 450 hours of community engagement and hands-on project-based learning.

Can I study in French?

The program offers study options in English and French. Course availability may vary by term.

Can I apply if I am already in college or university?

Potentially. Applicants with previous postsecondary studies can be assessed according to University of Ottawa admission and transfer requirements.

Can this degree prepare me for graduate studies?

The four-year honours degree can support applications to graduate and professional programs. Admission requirements vary by institution and program, so students considering further education should plan their courses accordingly with academic guidance.

Begin your journey to the career of your dreams

BACHELOR OF MULTIDISCIPLINARY DESIGN 

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