Brendon Ferrier
Making waves in and out of the water, Dr. Ferrier is at the forefront of surf and sports science in Scotland. 
Dr. Brendon Ferrier, co founder of Edinburgh napier university's surf lab, stands confidently with his surfboard

Pioneering research at The Surf Lab

Dr Brendon Ferrier is pushing the boundaries of surf science in Scotland. As Co‑Founder and Academic Lead of The Surf Lab, a revolutionary partnership between Edinburgh Napier University and Lost Shore Surf Resort, he is spearheading a global first for research between further education and a wave pool.

At The Surf Lab—harnessing Europe’s largest inland wave pool—Brendon’s team uses instrumented surfboards to capture every nuance of surfer movement. They conduct rigorous lab tests to identify the warmest wetsuit for Lost Shore, leading to the selection of sustainable Yulex-based wetsuits for the world’s largest rental fleet. The result? 700 plant-based wetsuits that offer unmatched comfort and eco-conscious performance.

The Surf Lab’s agenda includes surf therapy, adaptive surfing, elite performance strategies, and industry innovation. This multi‑disciplinary hub is already impacting well-being research—like surf‑therapy PhDs—and setting new standards in equipment development. These controlled-wave studies aren’t just breaking scientific ground—they’re forging industry-ready solutions. From wetsuit selection to board mechanics, Surf Lab is delivering evidence-based insights that ride beyond the waves.

The scientist behind the surfboard

Originating from Perth, Australia, Brendon joined Edinburgh Napier in 2003, bringing a rich academic portfolio: a BSc and MSc in Biomechanics from Edith Cowan University, a PhD in Biomechanics (2013‑2020) exploring aerial surfing, and an MSc in Sports Medicine from Glasgow (2010). His doctoral research decoded the kinematics of aerial maneuvers, proving their positive impact on competition scoring and validating dry-land ramps as high-fidelity training tools. Today, he teaches biomechanics, anatomy, sports conditioning, and supports athlete performance—shaping the next generation of sports scientists.