Experience.

From neuroscience labs to innovation teams — I build bridges between research, design, and strategy.

I’ve spent the last 15+ years leading teams and initiatives across healthtech, academia, and corporate innovation. My work spans regulated medical devices, speculative wellness concepts, and translational research. I bring people together across disciplines, guide strategy from concept to execution, and help organizations turn complex ideas into meaningful outcomes.

HealthTech Product Development

Laptop displaying a medical software interface for electrode connections, with neurostimulation devices and cables arranged around it.

At HealthTech Connex, I led the end-to-end product development of the NeuroCatch® Platform, a regulated cognitive medical device. As VP of Product and Lead Scientist, I oversaw clinical trials, product strategy & development, and ISO 13485 certification - guiding the platform through regulatory approval. I bridged engineering, clinical, and commercial teams to translate neuroscience into scalable tools for real-world use. My work helped position NeuroCatch® as a credible, science-based solution in a fast-evolving medtech landscape.

Future Innovation

A person practicing yoga outdoors at sunset with the Lululemon logo and the word "FEEL" overlaid.

At lululemon, I led cross-functional collaboration across product, design, and digital teams to accelerate innovation. As Concept Manager and Senior Research Scientist, I provided strategic direction, facilitated ideation workshops, and translated emerging trends into actionable concepts. I built and tested prototypes to explore future-facing opportunities, helping de-risk speculative ideas and guide investment. My leadership shaped long-horizon strategy and aligned innovation efforts with the company’s broader vision.

Academic Research & Mentorship

Color-enhanced 3D model of a human brain with green and red convolutions, displayed on a black background.

My research background includes rehabilitation neuroscience, motor control, and neuroimaging, with peer-reviewed publications and presentations at international conferences. I have led interdisciplinary studies and contributed to curriculum design that connects scientific insight with practical application. Mentorship is central to how I work. I support graduate students, early-career professionals, and cross-functional teams by fostering clarity, confidence, and curiosity. This approach carries through every environment I’m part of, from academic labs to product development.

Translational Leadership

Aerial view of a city with buildings, a river, and mountains in the background during sunrise or sunset.

I have led initiatives that translate neuroscience research into real-world solutions across clinical, commercial, and policy settings. At the intersection of science and strategy, I’ve directed neurotechnology pilots, informed digital health product development, and contributed to innovation frameworks. My experience spans academic institutions, startups, and corporate collaborations, where I help teams align evidence with execution. I work across disciplines to move ideas from concept to impact.

Education & Training

Two people standing on an industrial platform, wearing face masks inside a spacious warehouse or laboratory setting with machinery and equipment.

I hold a PhD and MSc in Rehabilitation Science from the University of Toronto, where I trained out of the Toronto Rehabilitation Institute with Dr. Bill McIlroy. My doctoral work was embedded in clinical settings, working alongside clinicians and patients to study neuroplasticity and motor recovery after stroke. I earned my undergraduate degree in Kinesiology from the University of Waterloo, building a strong foundation in human movement and applied physiology. As a Visiting Fellow at Japan’s National Rehabilitation Centre for Persons with Disabilities, I gained international experience in neurorehabilitation and cross-cultural research collaboration. I later completed postdoctoral research at UBC with Dr. Lara Boyd, leading neuroimaging studies and contributing to interdisciplinary projects in clinical neuroscience. These experiences shaped my approach to bridging research, product development, and strategy.