Program Overview

M.Sc. in Interdisciplinary Health Sciences - Course-Based Program

Program Description

The M.Sc. in Interdisciplinary Health Sciences is a professional master's program that offers advanced training in health systems, applied research, and interdisciplinary problem-solving. Students will examine complex health issues from multiple perspectives (biological, psychological, social, and environmental) and learn to apply research findings to real-world problems.

Why Choose the Course-Based Master's Program

This program is designed for students who want to pursue a career in the health field, including public health, health policy, clinical research, digital health, health technology, biomedical fields, community settings, and more. The program focuses on the practical application of concepts in real-world settings through a final project, rather than a thesis. It also provides a solid theoretical foundation in research methods, knowledge synthesis, and critical thinking, as well as optional co-op placements for valuable professional experience in various health care settings.

What We Offer

• Professional Launchpad in 12-16 months: Complete the program in one year (coursework only) or 16 months (with co-op option) and gain a professional master's degree that prepares you for the job market.
• Practical Final Project: Address a significant health issue through a practical project that helps you develop analysis, communication, and applied problem-solving skills.
• Optional Co-op Placement: Accumulate four months of paid, full-time work experience in a health organization, such as a public health agency, biotechnology company, or non-governmental organization.
• Interdisciplinary Applied Program: Learn to approach health issues from biological, social, and behavioral perspectives using practical, research-based methods.
• Linguistic Flexibility: Study in English, French, or both, with bilingual academic support, a francophone faculty, and French-language services.
• Inclusive Admission: The program is open to candidates with a bachelor's degree in a variety of fields, including health sciences, psychology, sociology, and biology.

Key Areas of Study

Interdisciplinary Perspectives on Health

• Health Theories and Systems Thinking: Evaluate the interactions between biological, psychological, social, and environmental factors and their impact on clinical outcomes across the lifespan.
• Policy and Practice Integration: Study the processes of health policy development, implementation, and evaluation in various systems and population contexts.
• Equity and Social Determinants of Health: Analyze the impact of factors such as income, education, ethnicity, gender, and environment on access to care and health outcomes.

Introduction to Various Health Disciplines

• Biological, Population, and Technological Approaches: Explore key concepts in integrative biosciences, population health, and public health, as well as health technologies and innovations, through a comprehensive curriculum covering all three axes.
• Innovation and Interdisciplinarity: Examine transversal approaches, from cellular biology to data-driven tools, to address contemporary health challenges.
• Ethical and Societal Issues: Analyze the ethical, legal, and social dimensions that frame health research, technologies, and interventions in various communities.

Knowledge Mobilization and Communication

• Scientific Communication Skills: Learn effective methods for disseminating research findings to academic, policy, health care, and public audiences in the form of reports, briefs, and presentations.
• Knowledge Mobilization Strategies: Apply evidence from research in real-world contexts to inform health care decisions and policy.
• Collaboration with Diverse Communities: Develop skills to collaborate ethically and meaningfully with community partners and populations experiencing health inequities.

Final Project and Professional Skills

• Applied Knowledge Transfer: Effectively communicate evidence in professional contexts through briefing notes, clinical tools, or community health strategies.
• Collaboration and Leadership: Acquire skills in interdisciplinary teamwork, project coordination, and stakeholder engagement.
• Strategic Problem-Solving: Respond to complex, real-world health challenges through a final project or co-op placement, using critical thinking and knowledge integration.

Career Prospects

With a Master of Science in Interdisciplinary Health Sciences, you will have the skills to pursue an influential career in research, health care, policy development, or innovation. Many graduates go on to pursue doctoral studies. Others transition directly into dynamic roles in the public, private, or non-profit sectors.

Advanced Studies (Ph.D.)

Most graduates with a thesis-based master's degree pursue doctoral studies in public health, biomedical sciences, health technologies, or related fields. The advanced research skills, theoretical foundations, and critical thinking acquired during the master's program are essential for completing a Ph.D.

Research and Academia

Thanks to rigorous training in qualitative, quantitative, and mixed methods, you will be well-equipped to occupy research positions in academic, hospital, or research institute settings. Several career paths are available:

• Research coordinator or program officer
• Clinical trials manager
• Public health research analyst in health care settings

Policy, Public Health, and Community

Many of our graduates contribute to the development and implementation of municipal, provincial, or federal health policies and programs. Several career paths are available:

• Health policy advisor
• Public health officer
• Program manager in public administration or non-governmental organizations

Innovation and Health Technologies

Our graduates are equipped to occupy positions that leverage their research and problem-solving skills to design and implement new health technologies. Several career paths are available:

• Digital health specialist
• Innovation consultant or analyst
• Health informatics analyst or systems analyst in clinical, public, or private sectors
• Proposal development, research and development positions in health care startups or high-tech companies

Clinical and Biomedical Research

With a strong foundation in scientific research and data analysis, you can contribute to the advancement of biomedical and clinical research. For example:

• Laboratory manager or biomedical research assistant
• Clinical research coordinator or associate
• Scientific advisor or analyst in pharmaceutical or biotechnology companies
• Support for translational or experimental research in health

Knowledge Mobilization and Communication

Your skills in academic writing, knowledge application, and stakeholder engagement will prepare you to:

• Contribute to peer-reviewed publications, grant applications, and evidence-based briefs
• Support science communication initiatives, policy translation, and community engagement