Jobs at QuantWare

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.

Owns 8–10 recruiting roles end to end across technical and non-technical teams. Partners with hiring managers on job specifications, sourcing, interviews, and candidate scheduling; manages candidate communication and experience; maintains ATS data, identifies pipeline bottlenecks, and supports recruitment events and employer branding.

Leads the integration and transfer of new semiconductor and quantum hardware processes from R&D into manufacturing. Develops process flows, specifications, control strategies, qualification plans, and documentation; investigates yield losses and technical anomalies; and drives data-based process improvements. Partners with R&D, Engineering, Manufacturing, Operations, Product, and Quality teams to establish scalable processes, implement equipment and MES capabilities, support change and review boards, and mentor junior engineers.

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 development of front-end fabrication technologies for quantum processors, focusing on device integration, performance enhancement, and process development.

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.

Lead development of practical quantum applications by mapping enterprise use cases to quantum algorithms, estimating computational and hardware resources, and automating application-mapping workflows. Collaborate with software, systems engineering, and quantum hardware teams to translate algorithmic requirements into physical QPU specifications. Research quantum algorithms and error-correction developments while supporting circuit compilation, noise modeling, and implementation on physical quantum hardware.

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.

Leads enterprise quantum application discovery and quantified business-case development, demonstrating ROI and utility-scale value to strategic partners. Builds and manages a senior team of quantum algorithm, applications, and solutions engineers; maintains executive technical relationships; develops repeatable business-case, application-development, and resource-estimation frameworks; and translates partner requirements into feedback for Product, Systems, and Business Development teams.

Own and grow an international territory selling complex quantum/advanced-hardware solutions to research institutes, universities, national labs and commercial customers. Generate new business, manage full sales cycle, coordinate technical evaluations with engineering, build channel and technology partnerships, maintain pipeline forecasting in HubSpot, and provide market feedback to Product and Leadership.

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.

Design, simulate, and layout large-scale superconducting quantum processor architectures; create test vehicles; perform cryogenic measurements; analyze data; automate design/simulation/measurement workflows; and iterate designs through fabrication collaboration to improve QPU performance.

Lead end-to-end design, verification, and scaling of flex cable interconnects for the VIO quantum platform. Optimize RF signal integrity, mechanical reliability, and thermal performance. Manage vendor co-development, supplier schedules, and cross-functional execution. Mentor and grow the flex interconnect engineering team to enable verification through high-volume manufacturability.

Lead transfer of semiconductor/quantum device processes from R&D to kilofab, qualify incoming equipment via SAT, develop PQPs and SPC/FDC, run DOE and root-cause analysis, maintain MES recipe lifecycle, document SOPs, and train technicians to improve yield and repeatability.

Translate quantum device R&D into repeatable, high-yield fab processes. Lead equipment Site Acceptance Testing (IQ/OQ/PQ), transfer and qualify process modules (PVD, CVD, ALD, etch, evaporation, dicing, writing), deploy SPC/FDC and DOE for yield improvement, manage MES recipe lifecycle, document SOPs and qualification reports, and train technicians while collaborating across R&D, equipment, facilities, and production.