• Designed and implemented a comprehensive AI strategic roadmap to enhance operational efficiency in outpatient rehab clinics, alleviate clinician workload, and improve patient outcomes.

• Engineered a fully integrated AI platform from the ground up, enabling rapid development, deployment and monitoring of advanced AI-powered features to clients.

• Assembled and led a highly skilled, cross-functional team, fostering an agile environment to deliver, test, and launch impactful, explainable and ethical AI use cases.

• Championed innovation in AI-driven healthcare solutions, translating complex ideas into actionable improvements for customers and internal processes.

• Partnered with stakeholders to align technology initiatives with business goals, ensuring measurable and sustainable outcomes.

• Leading the design and development of innovative new AI and LLM enabled SaaS products

• Aligning distributed, multi-national team towards product development

• Managing the development of multiple products in parallel with multiple contracting firms & teams

• Driving product releases and on-boarding of customers onto new product tools

• Running R&D, Intellectual Property Development, and rapid prototyping activities

• Writing and filing patent documentation

• Assisting sales, pre-sales and marketing activities with live talks and demos

• Interviewing and hiring new team members

• Designing and developing state-of-the-art AI solutions for industrial use-cases

• Managing customer relations during development

• Coordinating development collaborations across internal and customer teams

• Overseeing development contractors and reviewing deliverables

• Deploying and managing production-ready applications in the cloud

Advisors: Dr. John E. Lisman, Dr. Shantanu Jadhav, Dr. Don B. Katz 

• Studied the neural mechanisms that underlie network dysfunction in schizophrenia with in vivo electrophysiology in awake and behaving mice.

• Studied the molecular and network mechanisms supporting taste learning and memory in gustatory cortex.

• Created and performed protocols for virus injection and neural electrode implantation

• Designed and setup equipment for in vivo electrophysiology in mice

• Designed and carried out in vivo electrophysiology experiments in freely behaving mice and rats

• Created custom data processing pipelines and data analysis algorithms in MATLAB and Python

Lab: Dr. Russell S. Ray

• Used Solidworks to design custom lab equipment for mouse plethysmography, head-fixed behavior for in vivo neural imaging and CLARITY tissue clearing 

• Manufactured equipment in-house with use of 3D printing, CNC milling and various other machining techniques

Lab: Dr. Robert Greene

• Developed MATLAB software to characterize sleep/wake states in mice

• Created a neural network to classify sleep/wake states from EMG and EEG data

• Created front-end GUI for manual validation and correction of automated sorting

• Automated analyses of slow-wave and spindle power in EEG signals

Lab: Dr. Glenn S. Orton

• Developed algorithms in IDL to de-noise and automatically detect planet edges in infrared telescope images of Saturn and Jupiter

• Worked on algorithms to analyze planetary weather conditions from IR telescope images. 

Lab: Dr. Steven D. Vance

• Worked on determining the possibility of life on Jupiter’s moon, Europa

• Used fluorescence spectroscopy to characterize the temperature and pH conditions under which lipids such as those most likely found in the seas of Europa will self-assemble into vesicles

• Wrote analysis software in Mathematica 

Lab: Dr. Mauro Ferrari

• Determined the time and temperature dependence of the decay of fluorescent molecules 

• Used fluorescent spectroscopy to test the diffusion properties of a microfluidic membrane to be used in an implantable capsule for controlled drug release.