Jobs at QuantWare

Owns execution and delivery for one to two complex quantum hardware development programs. Responsibilities include building schedules, managing cross-functional handoffs, conducting gate reviews, tracking risks and bottlenecks, escalating blockers, mentoring junior program managers, and supporting PMO practices and training across the organization.

Own and operate cryogenic quantum measurement setups, including dilution refrigerators, and maintain or upgrade the hardware. Develop Python-based measurement routines, characterize superconducting qubits and amplifiers, investigate device abnormalities, and improve measurement processes. The role supports quantum chip quality assurance, customer delivery, and new product development.

Develop and maintain production-grade Python software and data systems for quantum-device measurement, test automation, and experimental workflows. Manage measurement data and metadata, improve code architecture, testing, documentation, and CI/CD, and convert prototypes into robust maintainable software. Collaborate with physicists, RF and electrical engineers, Product software, and Operations data teams to improve measurement throughput, device analysis, yield investigations, and root-cause analysis.

Own end-to-end recruiting for 8–10 engineering and operations roles, partnering with hiring managers to define requirements, coordinate interviews, manage candidate communications, maintain ATS data, improve recruitment processes, resolve pipeline issues, and support employer-branding events. The role requires startup recruiting experience, comfort with technical profiles, strong English communication, organization, and proactive problem-solving.

Designs RF, PCB, electromechanical, and packaging components for cryogenic quantum processors. Responsibilities include high-density PCB and chip layouts, microwave signal integrity, impedance matching, cryogenic integration, thermal-cycle validation, dilution refrigerator testing, and automated design workflows. Requires electrical engineering expertise, hands-on PCB design, RF/microwave knowledge, and cryogenic hardware experience.

Design, develop, configure, integrate, test, deploy, and support MES and automation solutions for semiconductor manufacturing. Manage MES workflows, master data, constraints, dispatching, and DOE functionality. Develop SECS/GEM interfaces, equipment automation, interlocks, simulations, and validation processes. Integrate MES with ERP, SCADA, PLC, historian, databases, APIs, and factory systems. Coordinate projects, troubleshoot issues, perform root cause analysis, prepare documentation, and support production ramp-up.

Manage strategic relationships with direct and indirect suppliers across the organization. Establish supplier relationship management processes, category strategies, KPIs, supplier assurance activities, contract standards, and supply-chain risk profiles. Partner with Legal, Finance, Operations, R&D, Production, Logistics, and other stakeholders. Lead supplier sustainability initiatives, tenders, negotiations, supplier reviews, and development of Tier 1 supplier profiles and SRM procedures.

Execute DC, RF, and microwave characterization measurements on quantum processors and test structures at room and cryogenic temperatures. Collect, process, and document measurement data supporting fabrication, device design, and integration research. Operate and maintain cryogenic and microwave laboratory setups, assist with automated testing, and troubleshoot wiring, noise, instrumentation, and configuration issues. Provide timely experimental feedback to support quantum processor development.

Owns QuantWare’s science and technical communications, including peer-reviewed publications, preprints, grant proposals, whitepapers, videos, blogs, website copy, conference materials, and executive briefings. Partners with R&D and engineering leaders to develop accurate, defensible narratives for physicists, customers, investors, analysts, and media. Requires strong technical writing, scientific judgment, audience awareness, and collaboration across technical and commercial teams.

Design, prototype, and iterate mechanical components for quantum processors, including sample holders, shielding, brackets, and packaging. Translate product requirements into manufacturable designs, document technical drawings and best practices, and manage suppliers and outsourced manufacturing. The role addresses compactness, thermalisation, magnetic shielding, radiation protection, and high-density integration while collaborating with design and measurement teams.

Designs RF and electromechanical components for 3D quantum processors, including PCBs, chip layouts, package-to-chip interconnects, and microwave systems. Responsibilities include RF simulation, impedance matching, insertion-loss and crosstalk analysis, RF testing with VNAs, CAD design, Python-based design automation, and automated design-rule checks. The role requires collaboration with simulation teams to validate and improve designs for high-density quantum hardware packaging.

Operate, maintain, and upgrade cryogenic measurement infrastructure for quantum processor R&D. Develop Python-based measurement, instrumentation-control, and automation routines; characterize superconducting-qubit prototypes; analyze performance data; conduct reliability studies; troubleshoot with design, fabrication, and measurement teams; and standardize documentation, data pipelines, and technical reporting.

Design and simulate Josephson travelling-wave parametric amplifiers (TWPAs), translate product specs into on‑chip TWPA architectures, improve bandwidth and noise performance, integrate peripheral functions, and present technical findings to influence product roadmap.

The Quantum Design Engineer will develop quantum chip design tools, manage design projects, and support Foundry customers in chip design, focusing on RF engineering and collaboration with fabrication teams.

The Quantum Design Engineer will design and optimize superconducting quantum processors and circuits, collaborating closely with teams to enhance performance and scalability.

Lead a small global sales team to grow revenue for QuantWare's quantum processors. Develop and execute sales plans, manage forecasting and negotiations, coordinate with Product, BD, and FAEs, and act as the voice of the customer to ensure delivery and product alignment. Recruit, mentor, and build a high-performing sales organization focused on long, complex government and research sales cycles.

Lead system-level architecture for quantum computing deployments, including parameterized full-stack QPU blueprints, MBSE tools, component libraries, and HPC-to-quantum interfaces. Define system models, trade-offs, hardware and software interfaces, supply chain requirements, and integration strategies. Collaborate with software teams, system integrators, QPU roadmap teams, ecosystem managers, and supply chain partners to deliver optimized, deployment-ready quantum computer designs.

Leads and scales multidisciplinary systems engineering teams responsible for commercial quantum hardware integration programs. Owns end-to-end delivery, partner co-design, ecosystem readiness, supplier compatibility, integration processes, and executive customer relationships. Partners with Business Development on technical feasibility, resourcing, and timelines while translating commercial objectives into high-performing physical systems.

Lead and grow a team to own and deliver calibration software for quantum processors: set roadmap and milestones, architect modular software and HALs, establish production-grade engineering and testing practices, recruit and mentor senior engineers, and coordinate integrations with third parties.

QuantWare seeks talented individuals for future quantum computing roles across various teams. Submit an open application to be considered for new opportunities.