Atom Computing

Mechanical Engineer

• Lead the development of critical technologies for neutral-atom quantum computers.
• Define ASIC design methodologies across CAD flow selection, architecture, RTL, verification, and tape-out.
• Evaluate and select external partners and manage the tape-out path.
• Develop high-level behavioral models to simulate control loops and RF signal chain.
• Lead microarchitecture and RTL development for low-latency RF pulse sequence generation.
• Own the Universal Verification Methodology (UVM) strategy and formal verification.
• Partner with quantum physicists and optical engineers to deliver hardware that meets fidelity requirements.
• Manage subsystem delivery schedules for commercial and research projects.

Principal ASIC Design Engineer

Full-stack Engineer

• Define and evolve the backend services architecture that powers our next-generation quantum computing platform.
• Design scalable, production-grade services that support researcher workflows, quantum job orchestration, and externally facing APIs for interacting with Atom’s quantum computers.
• Lead architectural decisions around distributed systems, service boundaries, and cloud infrastructure.
• Ensure high performance, reliability, and observability across the platform.
• Translate the unique execution models and data flows of quantum workloads into well-architected backend systems.
• Play a hands-on role implementing and guiding these services as they evolve into a scalable commercial product.
• Collaborate with Atom’s physics, software and hardware teams.

Principal Software Engineer

Hardware Engineer

• 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.

FPGA Engineer – Control Systems

Engineering Manager

• Lead and mentor of 8 to 10 software engineers to perform at their best.
• Collaborate with Control Systems, Quantum Engineering, and Quantum Applications Engineering, to set the software architecture and roadmap.
• Provide timely, value-added code reviews in Gitlab and feedback on architecture documents.
• Oversee integrations with quantum software frameworks and toolchains such as CUDA-Q, Qiskit, Cirq, and related ecosystem tools.
• Collaborate on performance optimization across classical and quantum workloads, including GPU and HPC acceleration strategies.
• Assist in the definition, implementation, and rollout of new software features.

Principal ASIC Design Engineer

Principal Software Engineer

FPGA Engineer – Control Systems

Software Engineering Manager