Master of Science in Human Kinetics (MScHK)

Why choose to study the science of human kinetics?

Advancing knowledge of human movement

Human kinetics explores the science of human movement — from the mechanics of motion to the neural, physiological and psychological processes that underlie it. Professionals in this field draw on interdisciplinary approaches to better understand how and why we move, and to apply this knowledge in contexts ranging from sport and performance to injury prevention and movement analysis.

Become a leader in movement science

The MSc in human kinetics at the University of Ottawa is designed for people who are driven to deepen their expertise in human movement. The program offers a rigorous and flexible curriculum that bridges theory and practice. This prepares you for your choice of impactful careers in research, academia and specialized applied fields, such as biomechanics, motor control and exercise physiology.

“Human kinetics explores social sciences, like mental health and sports equity, alongside biophysical sciences, like performance and cellular function, all fostering active, healthy living.”

Nicholas Goulet

— PhD student and Vanier Scholar

What to expect

Comprehensive curriculum: Explore biomechanics, exercise physiology and motor control in an integrated program.
Research opportunities: Work directly with faculty on meaningful research projects that address real-world issues in human movement.
State-of-the-art facilities: Benefit from modern laboratories with state-of-the-art equipment.
Expert faculty mentorship: Learn from and collaborate with world-renowned researchers.

A researcher sticks movement sensors on a man's body

Choose your path

A woman sits in a chair as machines test her oxygen levels

Exercise physiology

Critical analysis: Engage in current research discussions, including work in extreme environments, nutrition and metabolism. This allows you to be on the leading edge of human performance science and to explore the body’s response under extreme stress.
Physiological responses: examine how the body adapts to activity in extreme conditions, from extreme heat to frigid temperatures. You’ll explore how cardiovascular, respiratory and muscular systems respond to stress, training and recovery.
Health implications: Understand how exercise and nutrition influence health and disease prevention. You’ll learn how to design effective interventions that support lifelong wellness and combat chronic illness.

A woman interacts with a screen while a colleague works with a man on a treadmill with sensors on his body

Biomechanics

Movement analysis: Critically analyze current research on human movement and performance. You’ll explore how to study and refine movement patterns using advanced biomechanical tools and techniques.
Mechanical principles: Understand the forces and mechanics that shape human motion. This foundation supports innovations in rehabilitation, sport performance and injury prevention.
Performance enhancement: Apply biomechanics to boost performance and prevent injuries. Through lab- and field-based experiences, you’ll gain hands-on skills that translate into practical solutions for athletes and clinical populations.

A woman observes a man as he walks with a tray and sensors to measure balance and motor control

Motor control and learning

Conceptual understanding: Study major concepts and principles of motor control and learning. You’ll learn how we acquire, refine and retain movement skills over time.
Influencing factors: Analyze the sensory, cognitive, neural and environmental factors that affect human movement. You’ll learn how these elements interact to influence motor behaviour in both high-performance and rehabilitative contexts.
Tools and techniques: Use behavioural and neurophysiological tools to study movement in health-care settings and among diverse populations. You’ll engage with technologies like electromyography (EMG) and motion capture to examine the nervous system’s role in controlling movement.

Career opportunities

Graduates of the MScHK program are prepared to contribute to the advancement of health, sport and human movement in a wide range of careers. With strong training in research, critical thinking and scientific methods, you can pursue diverse and impactful roles:

Academic and research positions: Work as a research assistant, lab coordinator or project lead in university or hospital settings.
Health and wellness promotion: Design, implement and evaluate physical activity and lifestyle programs for various populations.
Rehabilitation: Collaborate with health-care professionals to develop physical activity interventions for clients recovering from injury.
Sport science: Apply evidence-based principles on strength and conditioning, athlete monitoring or performance analytics.
Policy, consulting and public-sector roles: Use your expertise to influence health or sport policy or to evaluate community interventions.
Education and outreach: Develop and deliver knowledge-sharing initiatives through teaching, workshops or community-based education programs.