Researcher Feature - Meet Dr. Yvette Jones!

Dr. Yvette Jones , a biomechanics specialist with over 30 years of experience in human factors and usability research, leads projects focused on device evaluation, particularly for users with varying abilities. Her background includes degrees in Kinesiology and Biomechanics from the University of British Columbia and a PhD in Biomedical Engineering from the University of Strathclyde. Dr. Jones leverages her expertise to assess devices and integrate novel sensor applications and wearable technology to understand user experience.

Can you tell us a bit about your role within MAKE+ and how long you've been a part of the team?

At MAKE+, I bridge the gap between human movement and technology, ensuring our creations are both user-friendly and effective. Fresh out of UBC in 1998, I started working at the Dr Tong Louie Living Lab in a research position shared between BCIT and SFU. This role allowed me to apply my biomechanics knowledge. In 2006, I joined the BCIT group full-time as a biomechanics and human factors specialist. I use tools like motion capture, muscle activity sensors and force measuring devices to evaluate how people or animals interact with technology so that what we build is safe and does what it is supposed to do.

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What inspired you to do this type of work?

In high school, I planned on becoming a physiotherapist, so I volunteered at hospitals and clinics and took the courses I needed to get there. University shifted that interest to the underlying science of how we work, move and interact with things around us. I also love research and the prospect of learning something new. This role at MAKE+ perfectly aligns with those interests, as no two projects are the same. It allows me to combine my understanding of human movement with the thrill of discovery and innovation.

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Could you share a particularly memorable project or achievement you've been a part of while with MAKE+?

While I like working with people, on rare occasions we get the opportunity to work with animals. We had a couple of projects where we worked with police dogs and their handlers. We collected core body temperature while tracking simulated ‘bad guys’ and measured spinal movements while jumping in and out of vehicles, all to ensure the dogs were working within healthy mechanical and physiological ranges while on the job.

What advice would you give to students interested in pursuing a career in Biomedical Engineering?

In this field, we apply engineering principles to healthcare challenges, creating solutions that could improve lives. To start, focus on math, science, and critical thinking in school. It helps if you enjoy STEM?and?working with people because what you will create ultimately involves both. Explore many areas like biomaterials or medical imaging to see what interests you. VOLUNTEER. Look for internships or research opportunities to get hands-on experience, particularly with people who may use the devices you create. Stay curious about new discoveries in the field. Joining clubs or finding a mentor can also be a big help.

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What’s your favourite part about working at MAKE+?

I get to work with a diverse team of talented people, each with their own special skillset, interests and experiences. When we work together, it’s pretty amazing what ideas come up; we create some pretty incredible things.

About Make+

MAKE+?is a?multidisciplinary research group focused on people and technology innovation. Their mission is to support local stakeholders (industry, academic partners, and students) through the?creation of innovative technologies that contribute to BC’s global competitiveness.

MAKE+ is the only academic applied research group in Canada that conducts its activities under a certified ISO 13485 (Medical Devices) Quality Management System. This system ensures a rigorous product development path that includes comprehensive review, risk, and records management activities that creates the best outcomes for our partners. This user-driven innovation model is designed to lead to safe, effective, and commercially relevant products that improve the lives of people around the world.