Summary
Deepak Singla is a multidisciplinary neuroscientist-engineer and PhD candidate in Bioengineering at UCLA with 9 years of research experience and 4+ years specializing in in vivo electrophysiology, neural decoding, and adaptive closed-loop neuromodulation. He has led projects that combine single-unit and population analyses with real-time ML-based pose tracking to deliver millisecond-scale, gait-phase-triggered optogenetic stimulation in Parkinson’s mouse models. His work revealed complementary roles of motor cortex and dorsomedial striatum in locomotion preparation and execution, and demonstrated how dopamine depletion selectively disrupts gait-phase encoding. Comfortable across wet lab, hardware, and computational domains, Deepak builds reliable, low-latency systems grounded in fundamental locomotor control principles to advance BCI and neuromodulation translation. An experienced mentor and educator, he also develops curriculum and supports undergraduate research pipelines, bringing both technical depth and a knack for making complex neural-signal concepts accessible.
9 years of coding experience
Indian Institute of Technology Delhi (IIT Delhi)
Doctor of Philosophy - PhD, Bioengineering, Doctor of Philosophy - PhD, Bioengineering at University of California, Los Angeles