Associate Professor, Biology

At STRIDE Lab (SpatioTemporal Research in Interactive Dynamic Environments), my research examines how vision and locomotion interact to shape adaptive movement strategies in dynamic, virtual and real-world environments. I am particularly interested in how visual cues and environmental complexity influence gait and navigation, and how these processes vary across the lifespan and with different levels of ability. My work combines portable eye tracking, motion capture, and virtual reality to quantify visuo-locomotor control strategies during obstacle negotiation, circumvention, and daily navigation. I explore how athletes adapt to complex environments, how older adults adjust their movement to maintain safety, and how inclusive design can support mobility for individuals with disabilities. Through this research, I aim to advance knowledge of human movement, inform interventions to promote safe and efficient navigation, and contribute to the development of accessible environments that accommodate the needs of diverse populations.

I am currently considering applications for undergraduate student positions.

More information can be found on how to get involved on our STRIDE Lab website, or email me to discuss current available positions.