• Design, develop, and support complex test systems featuring AC, DC, and high-speed digital instrumentation, ensuring robust performance across a variety of applications.• Partner with cross-functional teams, including software, firmware, and mechanical engineers, to deliver innovative hardware solutions tailored to customer needs.• Use Printed Circuit Board design tools (e.g., Cadence, OrCAD) and simulation tools (e.g., LT Spice) to prototype, analyze, and validate complex circuit designs.• Conduct lab debugging and system verification, leveraging tools such as oscilloscopes, function generators, protocol analyzers, and compliance testing equipment to ensure optimal performance and reliability.• Employ strong troubleshooting, debugging, and problem-solving skills to identify root causes and implement effective solutions for complex hardware challenges.• Contribute to system reliability by refining test methodologies, troubleshooting issues, and enhancing overall test system architectures to meet high standards of quality and efficiency.• Play an instrumental role in defining hardware requirements and specifications for next-generation test products, enabling enhanced adaptability and scalability for emerging technologies.• Collaborate with operations and suppliers to ensure timely delivery and seamless integration of hardware components into larger systems.• Investigate and influence the strategy and integration of AI, ML, and LLM technologies within the test system domain to enhance efficiency, scalability, and alignment with enterprise goals.

• Beginning to end development of over 20 high volume semiconductor ICs across many market segments• International travel to meet over 100 customers to understand product vision and system requirements• Demonstrated ability to develop detailed architecture, performance, power and cost estimates from higher level feature, function and performance requirements for releasing embedded products• Keep up to date with technology trends, maintain vendor relationships, and collaborate with cross disciplinary teams including product and mechanical engineers to research and develop new technologies• Review, challenge, and influence roadmaps and system performance for over 7 unique product lines• Cross-functionally work with project management and product management team to assess viability, technical feasibility, engineering cost, and tradeoffs for new product features and concepts• Planning, developing, and shipping high volume electronic products exceeding 100 million units per year• Initiate, guide, and coordinate overall design flow and test strategy for new products and features• Define performance and power verification, system validation, and ATE plans with complete data review• Represent cross-functional team when engineering topics are discussed in management reviews• Collaborate with sales and marketing teams to plan new product introduction and end-user experience, create compelling marketing material, as well as deliver cogent business cases and evaluate project ROI

• End-to-End PCB design using Altium EDA including prototyping, soldering, and debugging• Over 1 dozen evaluation and reference PCBs for systems including low power accessories and PCI express which utilized voltage regulators, power MUX, DC/DC, EMC, Bluetooth and WLAN technologies• Supported customers via design reviews, application notes, online forum, and pSpice modeling• Trained in centralized team supporting mass market with a portfolio of over 50,000 products• Trained in custom product line working on USB-C/PD solutions for largest customer

• Design of experiment, data collection and analysis of 8MB embedded FRAM macro

• Laboratory and Teaching Assistant in Mixed Signal Test Lab• Presented instructional lectures to students and evaluated test program demonstrations • Developed over 10 test programs for passive components, analog and digital ICs including resistors, capacitors, MOSFETs, counters, OpAmps, LDOs, DACs, and ADCs • Majority of work on the iFLEX ATE using Visual Basic programming of high current power supplies, baseband analog measurement units, and high speed digital patterns • Many components also tested using NI LabVIEW programming, myDAQ data acquisition interface, and Oscilloscopes to enable comparison of various testing platforms

• Development, deployment, and maintenance of IT infrastructure including student labs as well as faculty and staff workstations

• Undergraduate work in Krisys Lab developing autonomous robotics • Design, debug, and deployment of 2 Motor driver boards using NI Multisim & Ultiboard EDA

• Developed, deployed, and maintained telecommunication services including internet, HDTV, and POTS

• Troubleshoot and debug RTU and TCP/IP EPOS systems