Case Western Reserve, Neuroengineering, Class of 2027
Margaux’s research is focused on preclinical peripheral nerve interface development for applications in sensory restoration and chronic pain. She is specifically concerned with the development of highly selective interfaces which can increase the therapeutic capabilities of peripheral nerve stimulation as a whole.
Case Western Reserve, Neuroengineering, Class of 2024
Nabeel’s research focuses on sensorimotor integration of peripheral nerve stimulation with the basic motor system.
Case Western Reserve, Biomedical engineering, Class of 2024
Case Western Reserve, Neuroengineering, Class of 2024
Leah’s research is focused on evaluating how multiple perception points are integrated and perceived, and how temporal properties of stimulation may alter the final sensation.
Case Western Reserve, Biomedical engineering, Class of 2025
Vlad studies optimizing nerve stimulation selectivity using multipolar electrical stimulation.
Case Western Reserve, Neuroengineering, Class of 2026
Susan researches peripheral neural interfacing for tactile sensation.
Case Western Reserve, Biomedical engineering, Class of 2026
Rachel uses peripheral nerve stimulation to provide the sense of touch across realities.
Case Western Reserve, Biomedical engineering, Class of 2027
Laura’s research examines user experience and performance in the context of human-in-the-loop (HITL) systems through a combination of physiological, functional, and subjective measures. The goal is to study how tactile feedback and other informational HITL interface elements affect phenomenological outcomes like embodiment.