• Designed and tested multiple hardware and software revisions of the PiSoC, an ARM based development and education platform• Lead development of an elementary school age focused electronics development kit, for use in the classroom, to teach children programming and physical computing• Conducted workshops with elementary school students in the classroom at several different schools, teaching them programming and physical computing (electronics), while using feedback from students and teachers to improve the Embedit products• Created and managed a successful marketing campaign through Kickstarter and social media• Manage business operations, including working with various vendors, distributors, and schools

• Lead applications engineering, worked closely with partner companies and clients in different industries to integrate White Light Disinfection LED technology and control circuitry into their lighting products and devices• Directed R&D department, designed and prototyped multiple iterations of next gen disinfecting technology, form factors, and electronic control systems, multiple of which are now sold commercially• Filed several patents for LED technology, smart control systems, and disinfection device form factors, worked closely with lawyers to gain an understanding of patent law and how to analyze prior art.• Awarded a Cornell Jumpstart Grant to work with Cornell professors to improve efficacy of LED technology.• Designed QA automated calibration and testing systems for LED fixture production, including .NET and Python applications, embedded hardware, spectrometer interfacing, color metrics, computer vision and custom programming rigs • Rapid Prototyping of new light form factors and electronic control systems• Embedded Systems programming (PSoC 4/5LP, AVR ATtiny) for Vital Vio production LED lights

- Implemented smart video conferencing software, VideoConversation, which is able to dynamically frame multiple people in a real-time, high-definition video feed- Used an agile development cycle to adapt to changing needs as project progressed

- Chairman of volunteer lighting hardware team - Researching efficient lighting replacement solutions for RPI academic buildings- Advising and budgeting lighting hardware purchases- Assembling and recording data for test models of lighting hardware

- Created an Android app with live video feed via Wi-Fi and real-time remote control of a robot via Bluetooth - Designed and implemented code for an Arduino microcontroller to interface with motor drivers and sensors- Researched components and assisted in fabrication of project