Design, implement, and test FPGA-based functions for high-speed arbitrary waveform generation, image acquisition, digital control loops, and communication interfaces.
Build and scale firmware for state-of-the-art platforms using AMD RFSoC and MicroTCA-based architectures to transition systems toward commercial deployment.
Partner closely with quantum physicists and hardware engineers to translate experimental program requirements into robust, scalable functional block specifications.
Perform rigorous logic design and verification within the Xilinx Vivado ecosystem, utilizing SystemVerilog and IP Catalog.
Architect and automate comprehensive test procedures, develop SystemVerilog and cocotb simulation models and regression tests, as well as system-level hardware tests for CI/CD pipeline integration.
Support the uptime of commercial quantum computers by monitoring field performance, debugging complex hardware/firmware integrations, and engineering permanent solutions to root-cause outages.

Requirements

BS or higher in Electrical Engineering, Computer Engineering, Experimental Physics, or a closely related field.
3–5+ years of relevant professional or postgraduate experience in FPGA design, verification, and hardware integration.
Adaptable & Collaborative: You thrive in a start-up environment where you can take ownership of complex problems, drive engineering rigor, and help build the processes of the future.
RTL Expertise: Deep proficiency in RTL design and verification, with a strong emphasis on SystemVerilog.
Architecture & Tooling: Proven experience with the Xilinx/AMD Vivado ecosystem, targeting advanced SoCs (Zynq and explicitly RFSoC).
Digital Circuit Design: Strong foundational expertise in FPGA architecture, microprocessors, and high-speed digital circuit functions.
Hardware Integration: Hands-on experience integrating, debugging, and testing prototype electronics assemblies using laboratory equipment (oscilloscopes, spectrum analyzers, logic analyzers).
Software & Scripting: Solid programming skills in Python, C, or C++ within a Linux environment for simulation, test automation, and hardware control.
Modern Workflows: Familiarity with Git version control, CI/CD pipelines for firmware validation, and modern FPGA design best practices.
Domain Curiosity: A strong willingness to learn atomic, optical, laser physics, and quantum mechanics concepts to put your engineering work into a deep-tech context.
Bonus points: Previous experience designing and testing Software-Defined Radio (SDR), radio-frequency circuits, high-speed ADCs/DACs, and working within MicroTCA ecosystems.

Benefits

fully paid medical, dental, and vision insurance for employees and their dependents.
unlimited paid time off
401K company matching
short- and long-term disability
FSA
dependent care benefits
life insurance.
drinks, snacks, and catered team lunches in the offices, every day!

Applicant Tracking System Keywords

Tip: use these terms in your resume and cover letter to boost ATS matches.

Hard Skills & Tools

FPGA designverificationSystemVerilogdigital circuit designhigh-speed digital circuit functionstest automationPythonCC++RTL design

Soft Skills

adaptablecollaborativeownership of complex problemsengineering rigor

Certifications

BS in Electrical EngineeringBS in Computer EngineeringBS in Experimental Physics