Lead and coordinate R&D projects focused on developing scalable quantum devices, drive project progress, design experiments, analyze results, and manage cross-functional efforts.

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

The Cryogenics Engineer will optimize and maintain cryogenic systems for quantum hardware, ensuring high performance and operational availability. Responsibilities include improving setup performance, increasing measurement capacity, and collaborating with engineering teams.

The Electronics Engineer will design and build automated quality control systems for R&D devices, optimizing test coverage and integrating software. They will support engineering tasks while enhancing device reliability.

The Multi-Qubit Measurement Engineer will develop advanced measurement protocols, characterize performance of quantum processors, design experiments, and translate insights into actionable feedback for product development.

As a Procurement Lead, you'll establish and manage procurement processes and supplier relationships, source critical components, and build a team for a fast-growing quantum technology company.

The Quantum R&D Engineer will design, validate, and iterate on quantum processor components, performing cryogenic measurements, automating workflows, and collaborating across teams to enhance processor performance.

As a Marketing Associate, you'll execute field marketing strategies, collaborate with teams, and amplify the QuantWare brand through various events and assets.

Design microwave components for quantum hardware, validate models, use CAD for precision parts, and automate workflows with Python scripts.

The Principal Process Integration Lead will oversee process integration, yield improvement, and MES deployment in quantum hardware production while mentoring team members and collaborating with R&D.

The Experimental Quantum Engineer will manage cryogenic measurement setups, operate quantum hardware, and develop measurement code for device characterization to improve superconducting qubits' performance.

As an AIT Engineer, you will assemble, integrate, and test quantum hardware prototypes, manage components, and collaborate with engineering teams to ensure quality standards are met.

Design, validate, and build precision mechanical architecture for quantum processors, including critical components and assembly processes. Collaborate on designing packaging and conduct thermal and structural analyses.

The System Integration Engineer will manage the integration of technologies into quantum processors, lead testing efforts, and resolve technical issues to optimize performance.