My work focuses on leveraging modern AI technology and tools to make life easier for humans, enhance performance, and enable digital transformations for organizations of any size. I have a special interest in AI system evaluations, AI system safety and governance, autonomous AI agents, and efficiently processing information for a variety of use cases. My ultimate goal is to ensure AI systems work in harmony with humans while producing high-quality, safe, and reliable output and decisions.

My past research work is in the intersection of AI & machine learning, biophysics, materials science, and devices. I'm fascinated by the applications of brain-computer interfaces and related technologies to a broad range of problems. We can read from the brain through a variety of methods, but how can we effectively write to the brain, and what does this actually do? As we improve our capabilities in brain stimulation, or neuromodulation, avenues open for applying these advances to long-standing multidisciplinary challenges. These technologies can be used to improve human performance, enhance cognition, provide targeted drug delivery, diagnose, treat a variety of conditions, and more.

My previous work spans artificial intelligence, machine learning, data science, signal processing, biophysics, nanomaterials, genetic engineering, molecular biology, bioinformatics, tissue engineering, business analytics, sales, neural engineering, and more.

Education