At Atom Computing, we build quantum computers using arrays of optically trapped neutral atoms that will empower customers to achieve unprecedented computational breakthroughs. Join a world-class team of scientists, engineers, and business professionals to advance the state-of-the-art in quantum computing.
Atom Computing is seeking a Principal ASIC Designer to lead the development of critical technologies that power our quantum computers. In this role, you will own end-to-end design strategy—from requirements definition through silicon bring-up—while driving critical trade-off decisions across performance, power, area, and system integration constraints. You will partner closely with customers and cross-functional teams to translate evolving requirements into scalable, production-ready designs, ensuring alignment between technical execution and business objectives. As a senior technical leader, you will provide strategic guidance to executive stakeholders, shaping the long-term silicon roadmap and influencing key investment decisions. This position requires deep expertise in ASIC development and strong systems thinking. Reporting to the Hardware Engineering Manager, you’ll collaborate closely with a talented group of engineers and physicists to shape the future of computing.
This position may be based in Boulder, CO, or Austin, TX.
Responsibilities
- Participate in the design and development of FPGA designs to learn the hardware architectures and designs that we intend to scale for performance and density
- Lead the research and assessment into how to best leverage ASICs to enable higher performance and higher density future generations
- Establish ASIC design processes internal to Atom Computing by defining methodologies across architecture, RTL, verification, and tapeout.
- Perform hands-on ASIC design including microarchitecture, RTL development, testing, and integration.
- Manage schedules and vendor interfaces by coordinating milestones, aligning with ASIC partners, and ensuring successful fabrication.
- Work closely with Atom Computing’s quantum physicists, optical engineers, hardware and software engineers to understand use cases and deliver hardware that addresses the needs.
- Manage the product roadmap and subsystem delivery schedules for both commercial and research projects.
Experience & Education
- MS or PhD in Electrical Engineering or a related field.
- 10+ years of post-degree experience in hardware engineering, specifically in ASIC/SoC environments.
Qualifications
- Have gone through 2 or more complete ASIC design cycles.
- Experience porting designs from FPGA prototypes to ASICs
- Proficiency with RTL (SystemVerilog preferred)
- Experience in implementing large digital signal processing blocks in RTL
- Working knowledge of performance and limitations of ASIC fabs, partners, and design nodes as well as FPGA capabilities to guide selection of best fit for our applications
- Knowledge of Cadence, Synopsys, or Siemens EDA design tools
- Expertise in FPGA, microprocessor, and related digital circuit design and functions
- Mixed signal design experience is a plus.
Skills Required
- MS or PhD in Electrical Engineering or a related field
- 10+ years of post-degree experience in hardware engineering, specifically in ASIC/SoC environments
- Have gone through 2 or more complete ASIC design cycles
- Experience porting designs from FPGA prototypes to ASICs
- Proficiency with RTL (SystemVerilog preferred)
- Experience in implementing large digital signal processing blocks in RTL
- Working knowledge of ASIC fabs and FPGA capabilities
- Knowledge of Cadence, Synopsys, or Siemens EDA design tools
- Expertise in FPGA, microprocessor, and related digital circuit design
- Mixed signal design experience
What We Do
Scientific and technological breakthroughs take years of tireless work, fighting for resources and pushing for acceptance of new ideas. What keeps researchers and engineers plodding on to the next big discovery? It’s an obsession. A life’s calling. At Atom Computing, we’re our customers’ biggest fans on the journey of discovery. That’s why we’re obsessed with creating the world’s most scalable and reliable quantum computers—giving them the power to develop breakthroughs that change the world.
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