Dr. Karl Grosh's lab at the University of Michigan focuses on developing advanced implantable sensors that can improve hearing prosthetics like cochlear implants and hearing aids. The research involves creating tiny accelerometers that can accurately detect sound by tracking the movement of bones in the middle ear. This work aims to make hearing devices smaller, more effective, and more comfortable for users, ultimately enhancing the quality of life for those with hearing loss.

Dr. Chandramouli Krishnan's lab focuses on understanding and improving walking difficulties faced by stroke survivors. The research investigates how joint stiffness and viscosity in the ankle affect mobility and explores the implications of Botulinum Neurotoxin injections that are commonly used to treat these issues. The lab aims to develop new assessment techniques that can be applied in clinical settings, helping to enhance treatment options and improve the quality of life for individuals recovering from strokes.

Dr. Robert D Gregg's lab focuses on improving the design and functionality of powered prosthetic legs for individuals with above-knee amputations. The lab aims to develop adaptive control systems that allow prosthetic limbs to respond dynamically to various activities, such as walking or climbing stairs. Their research combines biomechanics, machine learning, and engineering to make prostheses more responsive and intuitive, thereby enhancing mobility and quality of life for users.

Dr. Greg Thurber's lab focuses on developing innovative methods to deliver genetic therapies specifically to neurons in the brain. They create unique antibody-based systems that can cross the blood-brain barrier non-invasively and modulate gene expression, which is crucial for understanding brain function and treating neurological disorders. Their work aims to address challenges in gene therapy, particularly for conditions like Dravet syndrome.