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Human Kinetics

A family legacy of teaching and coaching

Brett Bjorgan in front of a rack of weightsTeacher candidate Brett Bjorgan was inspired to follow his father's footsteps into teaching and coaching (KYLE SULLIVAN/University of Windsor)

By Kate Hargreaves 

While having your dad teach at your high school may sound like a nightmare to some, for Brett Bjorgan, it was an inspiration. 

“My dad is a secondary physical education teacher, and my high school experience was great having him there as a mentor and making sure I was doing the right thing and staying in line,” he says. 

High school students earn hands-on certifications at UWindsor's Faculty of Human Kinetics

Three high school girls using a blood pressure cuffHigh school students from three local school boards learned hands-on skills at the inaugural SHSM conferences this April (ADRIANA DUQUETTE/University of Windsor)

By Kate Hargreaves 

High school students had the chance to level up their skills this April as the University of Windsor's Faculty of Human Kinetics hosted three inaugural conferences for the Specialist High Skills Major (SHSM) program. 

SHSM is an Ontario-wide program that allows students to graduate with skills, knowledge and certifications relevant to one of 19 industry sectors. 

The "Great Olympic Journey" of one Human Kinetics class

A group of people in front of a WADA signGraduate students visited the World Anti-Doping Agency as part of Dr. Scott Martyn's Olympics-focused graduate course (S. MARTYN/University of Windsor)

Guest submission by Dr. Scott Martyn

Having studied the 2026 Winter Olympic and Paralympic Games (Milano Cortina 2026) held in Milan and Cortina d'Ampezzo, Italy this past semester, five University of Windsor graduate students from the Faculty of Human Kinetics received an Olympic-calibre experience of their own last month.

The group, led by UWindsor professor Dr. Scott Martyn, travelled to Toronto, Montreal and Lake Placid, New York, to experience the modern Olympic movement first-hand.

Walkway a reminder of living 'the Moriarty Way'

A seated crowd watches a speaker at a podium in front of the Moriarty Way signage at the Toldo Lancer CentreMoriarty Way was officially opened April 22 outside the Toldo Lancer Centre (PETER MARVAL/University of WIndsor)

By Kate Hargreaves 

Each person who makes their way toward the Toldo Lancer Centre will now be doing so on the Moriarty Way as the newly opened walkway honours the late Dr. Richard Moriarty. 

It’s a fitting tribute to a man who was not only a trailblazer as an educator and researcher but also a champion of Canadian university sport who mentored and supported student-athletes at the University of Windsor for more than 70 years. 

AI infotainment systems: Just another distraction for drivers?

Francesco Biondi in front of a driving simulatorFaculty of Human Kinetics professor Dr. Francesco Biondi studies distracted driving (DAVE GAUTHIER/University of Windsor)

By Kate Hargreaves 

Twenty years ago, the cockpit of the average car was a lot less complicated.  

Knobs and buttons turned on the heat and air conditioning, adjusted vents or changed the radio station. 

Today, touch screens are the norm, and manufacturers compete to add the latest in technological advancements. 

Going for gold: Student group earns recognition for Exercise is Medicine initiative

Group of students in front of inflatable running factory bannerThe Exercise is Medicine student club recently received news of their gold-level recognition (PROVIDED BY EXERCISE IS MEDICATION UWINDSOR/University of Windsor)

By Kate Hargreaves 

Whether it’s hitting a daily step goal, taking a stretch break at the office or dropping into a spin class, regular physical activity has undeniable benefits. 

Exercise is Medicine (EIM) is a global initiative that aims to make the most of these benefits by encouraging health-care providers to prescribe exercise as part of evidence-based patient care. 

Kinesiology students embrace turns and transitions in their research journey

Two people look at a poster in a hallwayThe 19th annual Kinesiology Research Day featured keynotes, a poster session and lab tours (MICHAEL WILKINS/University of Windsor)

By Kate Hargreaves 

Isabella Anes Rangel knows better than most the necessity of pivoting when life takes an unexpected turn.  

A talented basketball player from a young age, Rangel’s athletic skill and drive set her on a trajectory from her home country of Venezuela to Canada as a high school student and eventually to the University of Windsor for an undergraduate degree in kinesiology. 

Partnership with local soccer clubs to study low energy in female players

A group of people in front of the door for the Centre for Human Performance and HealthMSc student Abigail Passy (far left) and supervisor Dr. Andrew Perrotta (far right) met with representatives of local soccer clubs (MANWELA YADKOO/University of Windsor)

By Kate Hargreaves 

Playing a 90-minute soccer game requires a lot of energy: sprinting, tackling, recovering and then running some more. 

That’s not to mention hours a week of on-the-pitch and off-pitch training. 

When this energy expenditure is not matched by energy intake, relative energy deficiency — commonly known as REDs — can occur. 

For adolescent female soccer players, REDs may be a growing issue. 

Kinesiology explores impact of circadian rhythms on muscle regeneration

Dan Scurto and Matt Krause working in the labDan Scurto recently led a research project focusing on the impact of circadian rhythms on muscle regeneration alongside faculty supervisor Dr. Matthew Krause (MICHAEL WILKINS/University of Windsor)

By Kate Hargreaves 

How does the timing of an injury affect the regeneration of that muscle tissue? 

That’s what new research out of the Faculty of Human Kinetics sought to explore. 

AI at sea: New UWindsor report warns of overreliance risks

tablet with AI in maritime defense report cover on table with coffee and laptopA new report by UWindsor Human Kinetics researchers explores the risks of AI in maritime defence (CANADIAN MARITIME SECURITY NETWORK; CANVA STOCK/University of Windsor)

By Lori Bona

From navigation to monitoring ocean traffic, artificial intelligence (AI) is playing an increasing role in ships and maritime operations — including those used by the Canadian Armed Forces. 

But relying too heavily on AI in maritime vessels introduces new risks for human operators and defence systems, according to a new report from researchers at the University of Windsor.