- Electrical design of several highly integrated motion controllers for robotics and industrial applications- Managed and refined product requirements in collaboration with a multidisciplinary engineering team to match customer expectations- Oversaw and coordinated projects from initial concept through to batch build, ensuring seamless transitions within the NPI process.- Developed and implemented comprehensive end-of-line factory test processes, including bespoke fixture design- Authored and revised comprehensive technical documentation- Executed embedded firmware development and validation tasks.- Performed first-article bringup and validation across multiple productsKey technologies include Altium, embedded C++, NPI, board-level validation and testing, and DFM/DFA

- Schematic capture and PCB layout for a wide range of devices across power electronics and IoT domains- Full NPI management, from formal specifications to component selection and supply chain management to validation and batch build- KiCAD and Altium best practices for DFA/DFM- Embedded development (STM32, ESP32, STM8, AVR)- Experience working with overseas and domestic contract manufacturers and suppliersKey technologies include KiCAD, Altium, embedded firmware development, power electronics design, and IoT electronics design

At Motivo Engineering, I work on projects spanning everything from automotive, to aerospace, to agriculture. My primary projects involve test design for embedded Linux computers, and a variety of low-level embedded programming efforts.Key technologies include PCB design, C, wire harness design, and embedded systems engineering.

At Symmons Industries, I worked to develop machine learning solutions for sensor integrity monitoring in embedded systems. Additionally, I spearheaded an effort to develop low-cost ultrasonic water flow sensors for commercial monitoring.Key technologies included C, Tensorflow, embedded EE, and ARM development.

At FARO Technologies, I worked to develop the virtual reality environment of FARO Zone 3D, FARO's proprietary CAD reconstruction software. Additionally, I designed and developed administrative tools for AWS AppStream fleet management, reducing potential server costs tenfold. Outside of software development, I pulled in and worked with outside consultants to develop specialty projects and technologies, including migration of in-house and proprietary solutions to the web.Key technologies included C#/WinForms development and AWS administration.

At SoftSource consulting, I worked with a team of interns to port a desktop video game to the Microsoft HoloLens platform. Key technologies included C#, UWP, and Unity3D development, as well as UML-based prototyping and documentation.

At Intel's Open Source Technology department, I worked in a team to develop and patch the authentication system of OpenStack, an open-source, scalable Software-as-a-Service platform.In addition, I developed a framework used to simplify plugin development in an internal Intel project, now http://snap-telemetry.io.Key technologies involved web-scale Python and Go development.