Sangeetha Madhavan
Email Address: smadhava@uic.eduCollege: Applied Health Sciences Department: Physical Therapy
Title: Professor
Office: AHS 726 Phone: 312 355 2517
Webpage: https://bpl.ahs.uic.edu/
Participating in the Chancellor’s Undergraduate Research Awards program: Yes
Research Interest:
My long-term goal is to deepen our understanding of how the brain controls human movement and to identify effective ways to enhance neural plasticity. At the Brain Plasticity Laboratory at the University of Illinois Chicago, we are particularly focused on developing movement- and stimulation-based therapies to support functional recovery after injury to the neuromuscular system.
Currently, we are investigating non-invasive brain stimulation paradigms, such as transcranial direct current stimulation (tDCS) and transcranial magnetic stimulation (TMS), as potential adjuncts to gait therapy, aiming to improve walking capacity in stroke survivors. Our research also explores gamified movement interventions and the use of high-intensity, speed-based treadmill training to enhance neuroplasticity and functional outcomes.
To better understand the brain changes that occur after stroke, we employ state-of-the-art tools such as MRI and TMS. Additionally, we are developing protocols for delivering exercise and brain stimulation via telerehabilitation, extending our reach to individuals with neurological disorders. Minimum time commitment in hours per week: 5-10 Qualifications of a Student:
We are looking for reliable and motivated students who are genuinely curious and committed to learning. This is a hands-on opportunity to gain experience in neuroscience and/or rehabilitation research. Students should be prepared to commit at least 5, and up to 10, hours per week. A strong academic record is required, and preference will be given to those with an interest or background in biology, physiology, or exercise science. Brief Summary of what is expected from the student:
You would be involved in research related to rehabilitation. Currently, there are multiple ongoing studies in my lab. One project is focused on understanding how the brain controls lower limb movement using MRI and transcranial magnetic stimulation (TMS), and on developing a new brain stimulation technique to improve walking in stroke survivors.
This is a valuable opportunity to deepen your knowledge and build practical skills in medical and rehabilitation sciences. If you are considering graduate school, this experience will provide strong preparation and insight into the research process.
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