Digital Design Engineer(Mid-Career)High Speed, Mixed Signal

Home Find a Job Digital Design Engineer(Mid-Career)High Speed, Mixed Signal Digital Design Engineer(Mid-Career)High Speed, Mixed Signal ATC is seeking a highly motivated, mid-career Digital Design Engineer to lead and contribute to the development of advanced, high-speed, mixed-signal and digital FPGA-based electronics for next-generation sensing and processing systems. This role is part of ATC’s Advanced Solutions Group, delivering mission-critical electronics for space and airborne platforms. Key Responsibilities Lead and contribute to digital and mixed-signal system architecture and definition, balancing performance, reliability, power, and environmental constraints Design, simulate, and verify high-speed digital and mixed-signal circuits, including high-speed serial interfaces, clocks, data converters, and memory subsystems Develop and implement high-performance FPGA designs for real-time digital signal processing, data movement, and control functions Perform and guide signal integrity, power integrity, and timing analysis for high-speed board-level designs Define and manage power budgets and contribute to robust designs for radiation-tolerant and mission-critical environments Collaborate closely with systems, electrical, RF, mechanical, thermal, software, and firmware teams to ensure cohesive system implementation Support designs through manufacturing, integration, test, and operational support, including failure analysis and design refinements Provide technical mentorship to early-career engineers and contribute to design reviews and best-practice development Required Qualifications B.S. or M.S. in Electrical Engineering or a closely related discipline 5 or more years of experience in digital hardware design, with significant exposure to high-speed and mixed-signal systems Strong experience designing and implementing FPGA-based systems, including HDL development, simulation, synthesis, and hardware bring-up Mixed-signal board design involving high-speed ADCs, DACs, precision clocks, and power regulation Hands-on experience with high-speed digital interfaces (≥250 MHz clocks, multi-Gbps serial links, DDR, ADC/DAC interfaces, or similar) Proficiency in signal integrity, timing, and power integrity analysis at the board and system level Preferred / Desired Experience High-reliability or mission-critical electronics (space, airborne, defense, or aerospace systems) Single Event Effects (SEE) mitigation and radiation-tolerant or radiation-aware design practices Experience developing and integrating DSP algorithms (e.g., filtering, modulation, data conditioning) in FPGAs Collaboration across hardware, firmware, and software boundaries in complex system environments Experience supporting designs through production and operational lifecycle phases Candidates must be US citizens eligible for a Top-Secret US Government security clearance . Why ATC At ATC, you’ll work on technically challenging systems with real-world impact, alongside experienced engineers who value rigorous design, collaboration, and innovation. This role offers the opportunity to take technical ownership, influence system architectures, and grow as a technical leader while contributing to cutting-edge sensing and processing platforms. Equal Opportunity Employer – vets, disability Future - Will require the ability to obtain a TS US Government clearance #J-18808-Ljbffr Assurance-Technology-Corporation-