Lead global Field Engineering organization for end-to-end deployment, integration, commissioning, and lifecycle support of on-premise quantum computing systems. Requires 10+ years deploying complex hardware, 3+ years managing people, and strong systems engineering background.
240k – 275k
Hybrid10+ YOEHardware Engineering
About the role
Responsibilities
Build, lead, and scale Rigetti's global Field Engineering organization.
Own the end-to-end deployment of on-premise quantum computing systems, including site readiness, installation, system integration, commissioning, customer acceptance, and operational handoff.
Lead deployment of complex systems, including superconducting quantum processors, dilution refrigerators, RF/microwave hardware, control electronics, networking, and supporting infrastructure.
Serve as the senior technical escalation point during customer deployments and field operations.
Establish deployment processes, field engineering standards, training, documentation, and operational metrics.
Partner cross-functionally with Hardware Engineering, Manufacturing, Software, Program Management, and Customer Success to improve deployment readiness, reliability, and customer experience.
Drive continuous improvements in deployment efficiency, serviceability, and lifecycle support.
Requirements
Master's degree in Physics, Engineering, or a related technical field (Ph.D. preferred).
10+ years of experience deploying, integrating, or supporting complex hardware systems.
3+ years of people management experience.
Strong systems engineering background integrating mechanical, electrical, software, networking, and controls systems.
Experience with one or more of the following: quantum computing, cryogenic systems, RF/microwave systems, semiconductor equipment, scientific instrumentation.
Excellent customer-facing leadership, communication, and problem-solving skills.
Willingness to travel globally (approximately 30–40%).
Nice-to-Haves
Experience with superconducting quantum computing or dilution refrigerator systems.
Experience supporting enterprise, government, or national laboratory customers.
Experience building and scaling field engineering organizations.
Familiarity with Factory Acceptance Testing (FAT), Site Acceptance Testing (SAT), and product lifecycle support.
Lead the mechanical engineering team at Eight Sleep to develop complex electromechanical sleep fitness hardware products from concept through high-volume production. Requires 10+ years experience launching consumer/medical devices, 2+ years managing engineers, deep expertise in mechanisms, molding, DFM, and Asia manufacturing.
225k – 300k
On-site10+ YOEHardware Engineering
Director, Structures - Design
Shield AIDallas, TX +1
Lead the aerostructures organization for the X-BAT autonomous aircraft program, overseeing design, analysis, integration, testing, and certification of composite and metallic primary structures from prototype through production. Requires 12+ years aerospace structural engineering experience with proven team leadership and the ability to obtain a U.S. security clearance.
210k – 320k
Remote12+ YOEHardware Engineering
Director of Mechanical Engineering, Hardware Platform
AtomicmachinesEmeryville, CA +1
Lead and scale a mechanical engineering team developing precision hardware platforms and automation nodes for a micromanufacturing system. Own architecture, design, prototyping through production, and cross-functional coordination.
275k – 320k
On-site15+ YOEHardware Engineering
Director/Senior Manager, Electronics Engineering
FourierMountain View, CA
Leads development of power electronics systems for hydrogen electrolyzers, owning electrical architecture from grid tie-in to sensors, ensuring safety/compliance in hazardous environments, and managing engineering teams.
185k – 250k
On-site12+ YOEHardware Engineering
Head of Quality & Reliability
Northwood SpaceLos Angeles, CA
Northwood is seeking a Head of Quality & Reliability to build and lead a world-class quality organization. This role is responsible for embedding quality and reliability into every stage of the product lifecycle, ensuring systems meet the highest standards of performance, safety, and mission success.