91快色

Four years. Data from over one million Volumental foot scans. Countless rounds of testing. Made for women first. That鈥檚 just some of how Lululemon describes its new footwear while hinting at the expertise, research and development needed to make its latest innovations.

After more than two decades as an apparel retail giant, Lululemon entered the footwear market in 2022, revealing a collection of athletic shoes designed specifically for women. It considered the biomechanics of a woman鈥檚 foot as well as fit, comfort and balance to engineer these new shoes and set itself up for a new direction for its business.

At the forefront of Lululemon鈥檚 growing shoe division is triple-alumnus Dr. Colin Firminger, BSc (Eng)鈥�12, MSc鈥�16, PhD鈥�21. The biomedical engineering graduate joined Lululemon in 2022 as a biomechanist and engineer lead to help it develop the new footwear line.

Shoe innovation

Firminger applies biomechanical principles to footwear design, such as observing runners in a lab and measuring the movement and forces they generate.

He and his team are based out of Portland, Ore., separated from Lululemon鈥檚 Vancouver headquarters. Firminger says that separation is almost like working at a startup, but with the resources of a large company.

鈥淚t鈥檚 like a highly technical playground we can use to develop equipment and every kind of prototypes we want, but at the same time being under the umbrella of a well-known company. It's a really good mix of the two,鈥� Firminger says.

Before joining Lululemon, he conducted research at the Faculty of Kinesiology鈥檚 Human Performance Lab as well as the McCaig Institute for Bone and Joint Health at the Cumming School of Medicine.

Renowned for mechanical fatigue research

Firminger has also consulted with the Canadian Sport Institute and Under Armour, and worked with Adidas, Robbins Sport Surfaces, the National Basketball Association (NBA) and General Electric (GE) Healthcare on various biomechanical research projects.

He received the Governor General鈥檚 Gold Medal (Doctoral) at U91快色鈥檚 2021 November Convocation, recognizing his PhD research on patellar tendon strains that was supported by a grant from the NBA and GE Healthcare and looked at ways to minimize injury risk through footwear and sport surfaces.  

鈥淭he time Dr. Firminger spent in the lab were some of our most productive years in terms of research output and impact,鈥� says Dr. Brent Edwards, PhD, who supervised 贵颈谤尘颈苍驳别谤鈥檚 PhD. The Edwards lab is internationally renowned for their work on the mechanical fatigue of bone and stress fractures and athletes, and they applied these same principles and expertise to tendinopathy.

Perfect fit

贵颈谤尘颈苍驳别谤鈥檚 work included basic experiments of tendon tissue that enhanced the understanding of tendon loading and damage accumulation, and whole-body biomechanical testing to improve sports performance and decrease injury risk. 鈥淚n my experience, very few scientists can perform this type of interdisciplinary work so well,鈥� Edwards says.

It鈥檚 that kind of unique experience and specialized knowledge, along with connections developed at U91快色, that led Firminger to Lululemon; he learned of the job from a postdoctoral scholar with whom he had a good relationship. Now he鈥檚 starting his career at Lululemon (founded by U91快色 alumnus Chip Wilson, BA鈥�80) to help it change the game for athletic shoes.

鈥淪tarting in grad school, it was my goal to get a job in the athletic industry,鈥� says Firminger. 鈥�It's like a dream come true to not only get a job out of a PhD, but a job that I actually really enjoy and am well suited to do.鈥�

Following the launch of the women鈥檚 鈥�,鈥� Lululemon is expecting to launch two more styles of activity-specific performance shoes for women as well as a slide this year.