Graduate Research Assistant
St Louis, Missouri, United States
I conducted cutting-edge research in neuroprosthetics, focusing on integrating sensory feedback with prosthetic limbs using advanced “macro-sieve” electrode (MSE) implants that target peripheral nerves. My dissertation aimed to determine whether MSEs could generate sensations at current amplitudes suitable for long-term use. I honed and mastered surgical techniques to implant MSEs in rat sciatic nerves and developed custom electronics to ensure seamless operation between behavioral and… Show more I conducted cutting-edge research in neuroprosthetics, focusing on integrating sensory feedback with prosthetic limbs using advanced “macro-sieve” electrode (MSE) implants that target peripheral nerves. My dissertation aimed to determine whether MSEs could generate sensations at current amplitudes suitable for long-term use. I honed and mastered surgical techniques to implant MSEs in rat sciatic nerves and developed custom electronics to ensure seamless operation between behavioral and electrophysiological systems. Through innovative rodent behavioral models, I quantified the sensory experiences delivered by MSEs. My findings demonstrated that MSEs can deliver sensory feedback at levels comparable to existing human electrode systems, paving the way for future clinical trials and significant advancements in prosthetic limb development. Show less