Jobs at Atom Computing

Lead design, specification, and standardization of complex optical systems for neutral-atom quantum computers. Perform detailed modeling, tolerance and stray-light analysis, STOP analysis, precision alignment, hands-on assembly oversight, mentorship, vendor collaboration, technical writing, and customer support. Drive productization and generate IP.

Lead architecture, design, and deployment of custom electronic assemblies for quantum control systems. Design PCBAs, collaborate on FPGA/processor selection, power/clocking, analog/RF front ends, and DAC/ADC. Perform schematic capture, PCB layout in Altium, bring-up, verification, testing, and DFM with contract manufacturers. Mentor engineers and coordinate cross-functional integration with firmware, software, and quantum teams.

Manage daily operations of a high-performance physics research lab: lead EHS programs, maintain lab inventory, coordinate facility maintenance and vendor contracts, develop safety protocols and training, conduct audits and incident investigations, and support compliance with OSHA/EPA regulations to enable safe, efficient research.

Lead design and specification of complex opto-mechanical systems and UHV chambers. Collaborate with physicists and engineers to ensure precision stability, thermal performance, and alignment. Drive DFMA, tolerance analysis, FEA, assembly, integration, vendor management, mentorship, and technical documentation for next-generation quantum hardware.

Perform theoretical and computational research to advance neutral-atom quantum computing; build and maintain atomic physics simulations, model hardware noise, collaborate with experimentalists and engineers, and produce well-tested multi-language code.

Drive research and implementation of quantum error correction for neutral-atom quantum computers. Develop fault-tolerance schemes, atom-movement optimizations, decoders, simulation tools, and collaborate with control, software, and hardware teams to demonstrate error-corrected logical qubits on real devices.

The role involves designing high-performance control systems for quantum computing, focusing on embedded software, real-time systems, and hardware orchestration. Responsibilities include building firmware for SDRs, optimizing software for quantum hardware, and collaborating across disciplines.

The Quantum Error Correction Software Engineer will research quantum error correcting codes, design fault-tolerant quantum computations, and translate research into production-ready code.

The Senior Technical Program Manager oversees quantum computing system operations, manages research portfolios, collaborates with teams, and drives program execution and communication.

Lead design of mechanical subsystems for quantum computers: create and iterate opto-mechanical and vacuum system designs, perform stability/thermal/vibration/tolerance analysis, manage projects end-to-end, and assist hands-on with precision assembly and alignment.

Design opto-mechanical subsystems for laser delivery, high-NA imaging, and vacuum systems. Perform stability, thermal, and tolerance analysis (FEA), create drawings/specs, and assist with hands-on assembly, alignment, integration, and testing in collaboration with optical engineers and physicists.

Lead design of opto-mechanical subsystems for laser distribution, high-NA imaging, and optical cavities; design vacuum chambers; perform stability, thermal, and tolerance analysis; create component-to-system specifications; own projects end-to-end; and assist with assembly, alignment, and integration.

Design and develop mechanical subsystems, fixtures, and assembly processes for precision opto-mechanical and vacuum systems. Perform stability, thermal, vibration, and tolerance analyses, collaborate with cross-functional teams, and assist in hands-on assembly and alignment.

Lead marketing communications strategy to enhance brand awareness and promote quantum computing solutions while managing content and promotional efforts.

The Principal RF Engineer will design and validate RF systems for quantum computing, collaborating across teams, and leading RF packaging efforts.

Lead end-to-end ASIC design for quantum computing systems: define requirements, architect RTL and verification, perform hands-on RTL/DSP implementation, manage tapeout and silicon bring-up, mentor engineers, coordinate vendors and cross-functional teams, and drive the silicon roadmap and FPGA-to-ASIC transitions.

The Principal Technical Program Manager will oversee quantum computing hardware operations, manage R&D projects, and collaborate across teams to meet technical goals.

Design, analyze, and build opto-mechanical subsystems for quantum computing, including laser distribution, high-NA imaging, and optical cavities. Perform tolerance and stray-light analysis, develop alignment procedures, assemble and align optics in the lab, characterize subsystem performance, and collaborate with mechanical engineers and physicists.

Lead design, build, alignment, and characterization of opto-mechanical subsystems for quantum computers. Define system architecture, perform tolerance and stray-light analysis, develop alignment procedures, and drive hands-on assembly and precision alignment with cross-functional teams.

Design and implement FPGA-based control functions for quantum computing systems, perform logic design and verification, write test procedures, and collaborate in a fast-paced environment.