Dr. Erika M. Pliner's research focuses on understanding how cognitive and motor processes influence the ability of older adults to engage in stepping-based exercises, which are crucial for fall prevention. With a rising older population experiencing increased fall rates, her lab aims to optimize exercise interventions by studying how age and task complexity affect stepping efficacy. By using innovative mobile EEG technology, the team seeks to uncover objective biomarkers that can help tailor interventions and improve safety and quality of life for seniors.

Dr. Tommaso Lenzi's research focuses on developing advanced lightweight powered prosthetics for individuals with above-knee amputations. The aim is to create prosthetic devices that are easier to use and can help amputees move more naturally and comfortably, improving their overall quality of life. This research seeks to not only enhance mobility but also to understand how various technologies in prosthetics can meet the needs of users in everyday environments.

Dr. Cynthia M. Furse's lab focuses on developing cutting-edge wireless antenna systems for implantable medical devices. The research aims to create miniaturized antennas that can be injected into the body, allowing for efficient communication between implants and external devices without the complications of traditional wired systems. This work is vital for the advancement of bionic devices, enabling better control and functionality in medical applications.