Develop superconducting quantum processors by designing and validating on-chip architectures, running cryogenic measurements, and iterating from concept through analysis to improve QPU performance.
Quantware jobs
Developer of quantum computing technology and the VIO™ 3D scaling architecture.
32 open roles at Quantware
Operate cleanroom production equipment and execute wafer-scale fabrication processes, monitoring quality, documenting production data, and maintaining cleanroom standards while collaborating with engineering teams.
Own day-to-day delivery of one to two complex chip-hardware development programs, coordinating schedules, budgets, risks, and cross-functional handoffs while helping establish consistent program practices across the organization.
Operate and improve cryogenic measurement setups, develop Python routines for device characterization, and assess superconducting qubits and amplifiers to ensure quantum hardware quality and support product development.
Operate and refine precision semiconductor assembly equipment to build quantum 3D integrations, developing bonding processes and executing multi-die, interposer-based, and vertical chip assemblies.
Build and maintain production-grade software and data practices for R&D measurements, improving measurement workflows, data organization, and code quality as device and test complexity grows.
Assemble and test quantum chip packages, make precision electrical connections, and load devices into cryogenic fridges while following technical drawings, work instructions, and quality procedures.
Lead development of quantum processor packaging and assembly technologies, defining fabrication processes, coordinating integration testing, and resolving technical issues to improve reliability and manufacturability.
Lead a global sales team to grow revenue, achieve sales targets, build customer and partner relationships, and coordinate with product and production teams on customer needs and delivery.
Design and advance Josephson travelling wave parametric amplifiers by translating product specifications into simulated circuit architectures, improving performance, and integrating on-chip components.
Operate and optimize cleanroom fabrication equipment for superconducting quantum devices, transfer processes from R&D into production, and improve manufacturing yield, reproducibility, and documentation.
Design and validate RF, microwave, and high-density PCB components for 3D quantum hardware, including cryogenic packaging, chip interconnects, and testing from room temperature to millikelvin conditions.
Own 8–10 recruiting processes end to end, partnering with hiring managers to source and assess candidates, coordinate interviews, maintain the hiring pipeline, and support efficient hiring across engineering and operations.
Design, integrate, test, and support MES and automation solutions for semiconductor manufacturing, connecting equipment and factory systems to enable reliable, traceable production.
Own supplier relationships and develop category strategies, KPIs, and assurance processes across direct and indirect spend, partnering with cross-functional teams to strengthen supply chain performance and sustainability.
Own and scale semiconductor manufacturing equipment from specification and installation through qualification, production ramp, maintenance, and continuous improvement, while guiding technical standards and supplier coordination.
Coordinate laboratory and cleanroom operations, develop scalable procedures, and support EHS programmes, chemical safety, audits, and emergency preparedness across expanding R&D facilities.
Run and support room-temperature and cryogenic DC, RF, and microwave measurements on quantum processors, delivering accurate data and experimental feedback for fabrication, device design, and integration R&D.
Own science communications by translating quantum processor technology into accurate, defensible publications and narratives for technical and public audiences, while supporting proposals, executive briefings, and marketing.
Design and simulate superconducting quantum hardware, from scalable qubit-chip architectures to nonreciprocal readout circuits, using experimental feedback to improve performance, coherence, yield, and manufacturability.
Design and develop manufacturable packaging, shielding, and mounting components for sensitive quantum processors, working with design and measurement teams from requirements gathering through prototyping and supplier delivery.
Design microwave components, high-density PCB layouts, and packaging for next-generation 3D quantum hardware, while automating design workflows and solving RF challenges across chip, board, and package levels.
Lead technical coordination for the development of scalable metrology methods and automated tools that enable high-throughput screening of quantum devices, guiding the project from concept through deployment.
Operate and improve cryogenic measurement infrastructure, characterize quantum hardware prototypes, analyze performance data, and automate measurement workflows to support reliable, high-throughput R&D.
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