I lead c=, an emerging initiative at Block with the goal of spreading lightning payments as far and wide as possible. Our team includes top Bitcoin, Software, and Payments talent. Our node is one of the most capitalized and highest volume nodes on the lightning network.

Developing and building Square's self-custody focused Bitcoin hardware wallet

- Led mechanical engineering activities across NY and China product teams- Design and development of MW07

Lead Engineer bringing headphones with unique materials and design from concept to production with overseas ODMs with a small team incorporating Industrial Design, Electrical and Manufacturing EngineersWorking on multiple projects with accelerated schedules and high standards for quality and design. Improvement work on MW60, MH40, ME05. Development of MW50, contributing to ergonomics, fit and function. Development of MA770 and accompanying new material and process.

Consumer Electronics Product Engineering - Wireless HeadphonesProduct Design:-Worked on multi-disciplinary teams taking headphone and mobile audio consumer products from concept to mass production-Design Engineer on SoundTrue AE II as well as a product currently in development-Evaluated, tested, and put into effect design changes on numerous products-Collaborated with acoustics, industrial design, electrical, plastics, and marketing teams-Designed plastic parts for high volume injection molding with NX-Worked on expedited mass production cycles-Traveled to and oversees production runsProduct Testing:-Designed and participated in testing for reliability-Focused on real-world applicable tests that improve consumer experienceCourses:-Acoustics, heavily based on Dr. Bose's Graduate Level MIT Course-Advanced Surfacing with NX, through Design Visionaries-Plastic Injection Molding Design, UMass Lowell

Worked in Merrimack location's electro-optics engineering group. Was made lead Mechanical Engineer on a production projectExperience with:- Production fixturing- Electrical hardware design- Design and testing for aviation environments- Systems integration- Electro-optical sensors and cameras- Intellectual Property and Patents- Collaborative work between engineers, management, production, machine shop

Helped research, test, and ultimately scale-up techniques to clean MLD optical diffraction gratings used in Chirped Pulse Amplification lasers.-Ran and helped design experiments in support of research-Co-author on papers published in the LLE Review as well as Applied Optics-Worked Collaboratively with a multi-disciplinary team to plan a $200,000 upgrade to existing equipment to scale up to full-size parts-Extensive experience with optical metrology, exposure to micro-lithography techniques used in making gratings