Atom Computing is seeking a Principal Computer Systems Researcher to define and evolve the hardware and controls architecture for their next-generation quantum computing systems, aligning the internal technology roadmap with commercial trends and managing risks.
Requirements
- Proficiency in software development using C++, Python, Rust, or Go, and experience with FPGA design in VHDL or Verilog.
- An ability to apply these skills in rapid prototyping.
- Proven ability to design and build complex computer systems that advance beyond the current state of the art.
- Knowledge in one or more of the following areas: computer architecture, signal processing, algorithm development, quantum error correction, distributed systems, or compilers, with a willingness to learn across disciplines as needed.
Responsibilities
- Define and evolve the hardware and controls architecture for our next-generation quantum computing systems.
- Design scalable control architectures capable of supporting utility-scale quantum computers.
- Make critical design trade-offs between software, FPGA, and custom ASIC solutions.
- Translate insights into performant hardware designs.
- Present designs within Atom Computing and to external stakeholders.
- Play a hands-on role in implementing and overseeing these systems to advance Atom’s product roadmap and push the boundaries of quantum computing performance and scalability.
- Implement software or firmware as required to de-risk the proposed technical roadmap.
Other
- Due to the need for collaboration with Atom’s theory, software and hardware teams, this role is required to be in the office in Boulder, Austin or Berkeley at least 3 days per week.
- Work with colleagues to further the hardware and firmware roadmap at Atom Computing.
- Document the product roadmap and present as appropriate to external stakeholders.
- Work closely with Atom Computing’s quantum physicists, optical engineers, and hardware engineers to understand use cases and deliver infrastructure, cyber-security and developer experiences that addresses the needs.
- Strong communication skills, demonstrated through technical presentations, publications, or collaborative research.
- Adaptability and curiosity, with a demonstrated ability to learn new technologies and work effectively in areas of uncertainty.
