MYOLYN is a medical technology company specializing in functional electrical stimulation (FES) devices designed to improve outcomes for individuals with neurological disorders such as spinal cord injury, multiple sclerosis, stroke, and brain injury. MYOLYN's products reactivate paralyzed muscle using FES in order to improve function and prevent secondary health issues.While CEO, MYOLYN:► Obtained regulatory clearance for two Class II therapy system in the US, Canada, and Australia, for both home and clinic use ► Went from pre-revenue to 5 consecutive years of double-digit revenue growth despite the COVID-19 pandemic and subsequent global supply chain crisis► Obtained ISO13485 certification as a medical device manufacturer

I was awarded the UF Graduate School Fellowship in 2011 and joined CIMAR (The Center for Intelligent Machines and Robotics) as a student of Dr. Carl Crane.My research focused on the development and implementation of novel behavior recognition algorithms for robotics in both simulation and hardware. Utilizing ROS (the Robot Operating System) and the open source multi-robot simulator, Gazebo, to test algorithms and then implement them on various physical platforms.

Performed structural engineering design and analysis on ground support equipment for the vehicle integration group.

Performed research and development of a novel cavitation enhanced micro-channel heat exchanger for use in the cooling of an advanced radar jamming chip.