● Implemented I2S and DSP functionality on an ARM based microprocessor for an educational curriculum. Tasks included tool bring up, BSP configuration, driver development, DMA implementation, signal integrity verification, debugging, and code release. ● Consulted on oscillator selection and circuit design for appropriate phase noise and holdover specifications.● Designed and commissioned a 16kW off-grid PV power system utilizing string inverters and LiFePO batteries

● Direct all R&D Engineering efforts for the Clocks division of FTS while retaining Individual Contributor responsibilities, resulting in robust designs and on-time projects.● Responsible for $4.6MM operating budget, with products generating >$50MM in revenue.● Champion R&D Business Unit and provide emergent technology analysis for Executive Long-Term Strategic Planning.● Direct an organization of 25 R&D Electrical, Software, and Mechanical Engineers with a diverse level of backgrounds, skill sets, and expertise.● Provide leadership for and mentor junior engineers on electrical and system design using engineering best practices. This has resulted in a measurable improvement on development KPIs such as design escapes and project change requests. ● Principal Engineer on the Cesium Frequency Standard development project with responsibilities including schematics; drawings; simulations and documentation; environmental, safety, and regulatory compliance; and NPI activities.● Resolve design challenges due to obsolescence, and supply chain shortages. ● Perform failure mode analysis.● Analyze large clock data sets for future product and test system improvements.● Provide strategic focus for the development of the world’s most precise frequency standardsActive engineering role in projects including atomic clock development, evaluation boards, test sets, and sustaining engineering. Activities include system design, schematic capture, layout design, firmware development, and documentation.

● Managed a team of nine electrical engineers, delivering 5 major projects on time and on budget, while maintaining high team satisfaction rates.● Rescued $4MM Miniature Atomic Clock project that was years behind schedule. Proposed and built consensus among key stakeholders to add a brass board into the schedule with alternate designs and moved increased resources onto the project to facilitate meeting established objectives. Developed a test plan to analyze and iterate the design and enabled completion of brass boards ahead of schedule with only one spin by successfully resolving performance issues in collaboration with team members. The resulting product is the best gas cell clock in the world by several metrics, including noise floor and frequency stability over a wide range of temperatures.● Implemented electronic task tracking within the team and supported adoption of Jira to standardize and streamline management and monitoring of hardware engineering processes.● Partnered with HR and the director in developing performance improvement plans (PIP) for direct reports not meeting established performance goals. Communicated with employees throughout the PIP process and helped company in implementing further staff training, staff dismissal, or changing position responsibilities

● Designed and developed a low noise frequency measurement system to improve ATE reliability. ● Developed universal test set for clocks with forward-looking features, utilizing FPGAs, ethernet, DACs, and ADCs. Supports all legacy, in-development, and next-gen devices.● Wrote and deployed database analysis tools in python for atomic clock research and design improvement, analyzing thousands of data sets.● Wrote and applied new system design process which includes thorough design reviews focusing on design for manufacturing and designing for excellence.● Developed custom Time to Digital Converter in multiple FPGAs (Xilinx, Lattice, Microchip) using device primitives and precise layout constraints which resulted in picosecond accuracy on edge detection.

● Developed a novel energy commodity exchange system using FPGAs. Collaborated with software and QA engineers to develop and test matching algorithms, troubleshoot, and resolve complex issues.● Used FPGA fabric and OpenCL to implement organic buy/bid transactions for exchange system● Wrote testing application in C#, implementing an ethernet stack on FPGA, and a basic API to retrieve/send data.

● Optimized head mounted pulse oximeter software, designed next generation device.● Performed circuit design, schematic capture and layout in Eagle PCB CAD ● Wrote real-time firmware in C++ using IAR IDE● Created more efficient radio transmission protocol to meet timing constraints.

• Contributed to the design of a mobile transceiver for precision indoor location• Primary hardware engineer responsible foro Board bring-up o FPGA design: low level peripheral drivers in parallel bus, SPI, I2C, and UART o Bare metal software microprocessor design in C: FPGA & PC communications, Software State Machine, data storage• Performed comprehensive evaluation of our and competitors’ systems• Implemented a short-range radio interface for biometric devices

• Designed and Tested PLC and Power Systems for Industrial Applications• Developed AutoCAD drawings for clients’ systems• Sole company representative for the successful two-month commissioning of a PLC-based steel mill automation system in Zawierci, Poland. Worked with representatives from other automation companies and the plant’s employees on the installation and verification of an automated extruder system