Jobs at QuEra Computing

Lead end-to-end development and deployment of LLM- and agent-powered internal tools. Set technical direction, create reusable components and infrastructure, optimize models for cost/latency, mentor teammates, and partner across engineering, hardware, and operations to deliver production-grade AI systems with strong documentation, testing, and evaluation.

Design, architect, and troubleshoot optical systems for neutral-atom quantum computers across R&D to productization. Collaborate with physicists and R&D to translate science into manufacturable products, lead optical system design, perform simulations and CAD work, characterize and test systems, and support on-site customer installations.

Manage hardware engineering projects end-to-end: triage requests, coordinate ME/EE/OE/production, track tasks and resources in Jira, remove blockers, enforce workflows, and ensure deployments succeed on schedule.

The Principal Systems Engineer leads the integration of hardware and software in quantum computing systems, collaborating with scientists and refining system architecture and requirements in a fast-evolving R&D environment.

Lead a team of researchers to develop algorithms for neutral atom quantum hardware, collaborate with sales on projects, and engage with the quantum ecosystem.

Develop algorithms and applications leveraging quantum computing, collaborating with external clients, and creating business solutions in various fields.

As an intern, you will develop calibration frameworks for quantum computers, design benchmarking protocols, and collaborate with a diverse team to analyze experimental data using programming and analytical skills.

QuEra seeks a Quantum Scientist for experimental calibration and benchmarking in quantum computing, collaborating with teams and customers to enhance product development.

The Principal Mechanical Engineer will design and integrate mechanical systems for quantum computers, ensuring high precision and performance through collaboration with multi-disciplinary teams.

Lead AI initiatives for quantum system operations: define roadmap, prioritize bounded-AI pilots for calibration and readout, ensure model validation, observability, safety gates, and cross-functional execution to reduce calibration time, failed jobs, and recovery time.

Lead integration, maintenance, and testing of heterogeneous hardware and software control systems for quantum computers. Manage infrastructure (HIL, containerized services, network hardware), automate provisioning/orchestration, integrate DevOps/CI-CD pipelines, implement monitoring/alerting, enforce access and lab best practices, and support incident response and root cause analysis.

Maintain and integrate hardware and software systems for quantum controls, manage lab and test infrastructure (HIL, K8s, networking, rack servers), automate provisioning and CI/CD, implement monitoring/alerting and observability, support incident response and root-cause analysis, and define operational procedures to ensure reliability across development and production environments.

Design, architect, and deliver complex optical and opto-mechanical systems for neutral-atom quantum computers across R&D, productization, and maintenance. Collaborate with physicists and R&D, troubleshoot at headquarters and customer sites, advance engineering practices, and enable transition of scientific advances into manufacturable products.

The Supply Base Engineer will manage supplier relationships in Japan, ensure quality standards, conduct risk management, and support product development by collaborating with engineering and supply chain teams.

Lead research in quantum algorithms, focusing on developing novel techniques for quantum computing and collaborating on algorithm-hardware co-design.

Conduct research at the intersection of quantum computing and AI, developing algorithms and integrating them into practical AI workflows. Responsibilities include innovation across simulation, optimization, and quantum machine learning domains.

Develop orchestration and control software for quantum hardware, including real-time control, APIs/middleware, synchronization, diagnostics, calibration routines, tooling for automation and testing, and participate in integration and cross-disciplinary debugging.

QuEra Computing offers internships for students enrolled in academic programs related to physics, engineering, or computer science. Candidates must be able to work in Japan and receive no relocation support.

The Optical Scientist will design and develop opto-mechanical systems, troubleshoot optical setups, and improve quantum computing technologies, collaborating across disciplines.

Develop and implement quantum error correction protocols and decoding algorithms, collaborating with academic and industry partners on a Rydberg atom quantum computer.