Have had the wonderful opportunity of being a product/project lead while learning and applying methodologies of RF, analog, digital and optical communication system design, development, and characterization. I focus on improving and productizing a RF photonic synthesizer (2GHz - 100GHz) developed by the PSI Team. These feed very exciting, ultra-wide bandwidth, wireless communication systems and information processing systems. Managed and mentored a team of 6 and successfully delivered a working prototype product. Invented a novel monitoring subsystem for phase-locked lasers, implemented with LabVIEW. Patent-pending pending (fingers crossed).

Primarily worked on a team of two developing space-constrained electronics (PCB design, microcontroller system design) and firmware (C) for controlling the wavelength and output power of telecom lasers, while maintaining high optical signal fidelity.

Co-founded a company focused on making landscape resource management just as beautiful as the landscapes themselves. Spent time chasing fruitful conversations, building hardware and software prototypes, connecting with potential investors, and completing my first patent-able invention disclosure. Sage would love for everyone to have a personal (as easy as YOU want it to be), efficient, beautiful, and fruitful rooftop garden. Left to pursue another exciting engineering team challenge! In my free time I am serving in an advisory position and trying to be an effective idea and people matchmaker. Patent-pending.

Contributed to a cutting-edge control system project for a phase-locked fiber laser arrayApplied knowledge of C and Python to contribute to programming a high-performance software framework to simulate said laser array to analyze and explore optimal phase-locking algorithms.Performed hardware tests of newly fabricated printed circuit boardsDesigned circuit schematic and printed circuit board with PCB Artist

Worked in highly technical laboratory facility with state of the art phase-locking fiber laser array to study its design to implement new system from University of Delaware CVORG LabStudied experimental deformable mirror adaptive optics system to understand operation for possible improvementsGathered imaging data for an atmospheric turbulence mitigation algorithm for an experimental long-range imaging project