{"data":{"company":{"name":"Rigetti Computing","slug":"rigetti-computing","logo_url":"https://logos.yubhub.co/rigetti.com.png","canonical_domain":"rigetti.com","editorial":null,"wikidata_id":null,"founded":null,"ceo":null,"founders":[],"hq_location":null,"industry":null,"employee_count":null,"official_website":null,"wikipedia_url":null,"stock_ticker":null,"stock_price":null,"market_cap":null,"revenue":null,"ipo_date":null,"sector":null,"full_time_employees":null,"company_description":null,"twitter_username":null,"linkedin_id":null,"instagram_username":null,"facebook_id":null,"parent_org":null,"country":null,"github_org":null,"github_public_repos":null,"github_followers":null,"github_verified":0,"github_description":null,"github_location":null,"github_blog":null,"github_twitter":null,"stock_exchange":null,"stock_beta":null,"stock_range":null,"stock_is_actively_trading":null,"fmp_image":null,"fmp_address":null,"fmp_city":null,"fmp_state":null,"fmp_country":null,"recent_news":[{"title":"Rigetti Stock Rises as Major Quantum Orders Fuel Growth - 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Physical Vapor Deposition (PVD)","count":1},{"title":"Senior Mechanical | Cryogenic Engineer","count":1},{"title":"Research Intern: Scalable Fabrication of Superconducting Quantum Devices","count":1},{"title":"Quantum Engineer","count":1},{"title":"Lead Quantum Engineer","count":1},{"title":"Field Engineer: Cryogenics & RF Hardware","count":1},{"title":"Director of Quantum System Deployment & Field Engineering","count":1}],"locations":[{"location":"berkeley, ca","count":4},{"location":"fremont, ca","count":1},{"location":"fremont","count":1},{"location":"berkeley","count":1}],"skills":[{"skill":"Python","required":4,"preferred":1,"total":5},{"skill":"Quantum Computing","required":1,"preferred":2,"total":3},{"skill":"Systems Engineering","required":2,"preferred":0,"total":2},{"skill":"Cryogenic Systems","required":2,"preferred":0,"total":2},{"skill":"GD&T","required":2,"preferred":0,"total":2},{"skill":"RF Hardware","required":1,"preferred":1,"total":2},{"skill":"Dilution Refrigerators","required":1,"preferred":1,"total":2},{"skill":"Physics","required":1,"preferred":1,"total":2},{"skill":"Electrical Engineering","required":1,"preferred":1,"total":2},{"skill":"Superconducting Quantum Devices","required":2,"preferred":0,"total":2},{"skill":"Technical Program Management","required":1,"preferred":0,"total":1},{"skill":"Engineering Program Management","required":1,"preferred":0,"total":1},{"skill":"Hardware + Software System Development Lifecycles","required":1,"preferred":0,"total":1},{"skill":"Communication And Stakeholder Management","required":1,"preferred":0,"total":1},{"skill":"Semiconductors","required":0,"preferred":1,"total":1},{"skill":"Advanced Hardware Systems","required":0,"preferred":1,"total":1},{"skill":"Deep-Tech Startups","required":0,"preferred":1,"total":1},{"skill":"Agile Or Hybrid Development Models","required":0,"preferred":1,"total":1},{"skill":"JavaScript","required":1,"preferred":0,"total":1},{"skill":"TypeScript","required":1,"preferred":0,"total":1}],"salary_stats":{"count":5,"min":127500,"q1":177500,"median":177500,"q3":185000,"max":235000},"job_types":[{"type":"full-time","count":10},{"type":"intern","count":1}],"latest_jobs":[{"id":"job_7b6c6dc8-cc5","title":"Research Intern: Scalable Fabrication of Superconducting Quantum Devices","source_url":"https://jobs.lever.co/rigetti/efe28dd4-f331-4738-b282-23106928c3a3","location":"Berkeley, CA","job_type":"Intern","experience_level":null,"work_arrangement":"onsite","category":null,"description":"<p>Rigetti is seeking a motivated research intern to support superconducting qubit fabrication at Mevell NanoLab cleanroom at UC Berkeley. The intern will work closely with scientists and engineers on the design and fabrication of superconducting qubits, with an emphasis on scalable nanofabrication processes and device development. Fabricated devices will be measured and compared at Rigetti to inform process development.</p>\n<p>The intern will gain hands-on experience in the complete fabrication workflow for superconducting quantum circuits, including device layout, nanofabrication, microscopy, and process optimization. They will work alongside experienced researchers developing scalable fabrication technologies for quantum integrated circuits and contribute directly to advancing superconducting quantum hardware.</p>\n<h3>Responsibilities</h3>\n<ul>\n<li>Fabricate superconducting qubits and Josephson tunnel junctions in a cleanroom environment.</li>\n</ul>\n<ul>\n<li>Prepare, edit, and verify CAD layout files.</li>\n</ul>\n<ul>\n<li>Develop and optimize lithography processes.</li>\n</ul>\n<ul>\n<li>Operate and assist with plasma etching processes (ICP/RIE).</li>\n</ul>\n<ul>\n<li>Electrical and structural characterization of fabricated structures.</li>\n</ul>\n<ul>\n<li>Analyze fabrication data to identify process trends and improve yield and uniformity.</li>\n</ul>\n<ul>\n<li>Document experimental procedures, process results, and design iterations.</li>\n</ul>\n<ul>\n<li>Collaborate with scientists and process engineers to improve the scalability and reproducibility of superconducting qubit fabrication.</li>\n</ul>\n<h3>Required Qualifications</h3>\n<ul>\n<li>Hands-on experience working in a semiconductor or nanofabrication cleanroom.</li>\n</ul>\n<ul>\n<li>Demonstrated experience with one or more lithography techniques, including photolithography or electron-beam lithography.</li>\n</ul>\n<ul>\n<li>Demonstrated experience with dry etching techniques such as ICP and RIE.</li>\n</ul>\n<ul>\n<li>Fluent in one or more CAD layouts using GDSII-based tools (e.g., KLayout, LayoutEditor, Cadence, L-Edit, or similar).</li>\n</ul>\n<ul>\n<li>Strong experimental skills and attention to detail.</li>\n</ul>\n<ul>\n<li>Ability to work independently while collaborating effectively in a fast-paced research environment.</li>\n</ul>\n<h3>Preferred Qualifications</h3>\n<ul>\n<li>Current or past membership with Marvell Nanolab cleanroom at UC Berkeley.</li>\n</ul>\n<ul>\n<li>Experience with AlOx Josephson junctions.</li>\n</ul>\n<ul>\n<li>Training in electrical engineering, materials science, physics, or related fields.</li>\n</ul>\n<h3>Additional Information</h3>\n<p>As engineering leaders, we value diversity and are committed to building a culture of inclusion to attract and engage innovative thinkers. Our technology, meant to serve all of humanity, cannot succeed if those who built it do not mirror the diversity of the communities we serve. Applications from women, minorities, and other under-represented groups are encouraged.</p>","enriched_at":1789520533909},{"id":"job_dd66faff-4bb","title":"Field Engineer: Cryogenics & RF Hardware","source_url":"https://jobs.lever.co/rigetti/0652d8b2-0c1c-419b-9737-9b78ab575a03","location":"Berkeley","job_type":"full-time","experience_level":"senior","work_arrangement":"onsite","category":"Engineering","description":"<p>Rigetti Computing is seeking an experienced Cryogenics and RF Field Engineer to support Rigetti systems deployed at customer facilities around the world.</p>\n<p>The successful candidate will work closely with physicists, engineers, and technicians to operate, maintain, and troubleshoot advanced RF and cryogenic systems that enable next-generation quantum processors.</p>\n<p>Responsibilities:</p>\n<ul>\n<li>Test, validate, and debug custom RF control systems using advanced electronic test equipment</li>\n<li>Operate, monitor, and debug dilution refrigerators, including cooldowns, steady-state operation, and fault diagnosis</li>\n<li>Operate, troubleshoot and service cryogenic and vacuum systems</li>\n<li>Perform helium leak detection, pump rebuilds, and thermal system management</li>\n<li>Assemble, validate, and install complex electro-mechanical, cryogenic, vacuum, and RF assemblies</li>\n<li>Contribute to test plan development and execute validation testing for next-generation RF hardware</li>\n<li>Participate in an on-call rotation to support system uptime in a customer-facing environment</li>\n<li>Prepare, inspect, and package quantum chip assemblies for testing</li>\n<li>Follow established procedures and contribute to the creation and improvement of standard operating procedures and best practices</li>\n<li>Read and interpret CAD drawings, schematics, and engineering specifications</li>\n<li>Work directly with customer teams across different regions to support system operation, issue resolution, and ongoing optimization</li>\n<li>Navigate logistics of international travel, including customs/import considerations for tools and equipment, visas, and site-specific access requirements</li>\n</ul>\n<p>Requirements:</p>\n<ul>\n<li>Technical background in Physics, Engineering, or a related field</li>\n<li>Strong proficiency with general-purpose electronic test equipment</li>\n<li>Direct, hands-on experience operating and troubleshooting dilution refrigerators</li>\n<li>Substantial hands-on experience working with sub-Kelvin cryogenic systems</li>\n<li>Experience operating and maintaining high-availability laboratory or industrial equipment</li>\n<li>Experience assembling, servicing, and maintaining scientific instruments or complex electro-mechanical systems</li>\n<li>Familiarity with vacuum systems, vacuum plumbing, P&amp;IDs, and standard fittings and practices</li>\n<li>Working knowledge of statistical methods for test and validation</li>\n<li>Attention to detail in documentation and excellent written and verbal communication skills</li>\n<li>Experience working with external vendors, partners, or customers across different regions and cultural contexts</li>\n<li>Willingness and ability to travel internationally on short notice</li>\n</ul>\n<p>Nice to Have:</p>\n<ul>\n<li>Experience in field deployment or on-site support roles at customer or partner facilities</li>\n<li>Familiarity with import/export logistics for scientific or electronic equipment</li>\n<li>Programming or scripting experience in Python or related languages</li>\n<li>Additional language proficiency relevant to target deployment regions</li>\n</ul>","enriched_at":1788631501019},{"id":"job_9984bd30-421","title":"Lead Quantum Engineer","source_url":"https://jobs.lever.co/rigetti/251caffa-84df-47c1-8470-9c57a0897871","location":null,"job_type":"full-time","experience_level":"senior","work_arrangement":null,"category":"Engineering","description":"<p>Rigetti is seeking a Lead Quantum Engineer for the Systems Performance team.</p>\n<p>In this position, you will play a critical role in shaping our technical roadmap, leading a cross-functional team focused on building the next generation of Rigetti&#39;s quantum hardware, and taking a high-ownership role in delivering the technologies required to unlock new levels of performance at scale.</p>\n<p>Your daily work will involve proposing new ideas to push the performance and scalability of superconducting qubit systems, designing and executing experiments to test those ideas, and leading a diverse set of engineers and scientists to identify and mitigate key performance gaps.</p>\n<p>The right candidate will have a demonstrated track record of scientific success across multiple institutions, technical leadership experience, a high-ownership mentality, and strong organization and communication skills.</p>\n<h3>Key Responsibilities</h3>\n<ul>\n<li>Design, build, and lead cross-functional experimental programs to inform the technical roadmap and drive systems-level improvements.</li>\n<li>Propose and explore new technical directions.</li>\n<li>Identify and address complex gaps in existing technology.</li>\n<li>Own the delivery of key quantum hardware technologies.</li>\n</ul>\n<h3>About You</h3>\n<ul>\n<li>PhD in Physics, Applied Physics, Electrical Engineering, or a related field.</li>\n<li>Prior technical role in an industry or start-up environment.</li>\n<li>Demonstrated technical leadership experience.</li>\n<li>Direct experience with cryogenic systems and RF measurement techniques.</li>\n<li>Extensive hands-on experience with time-domain measurement, and superconducting quantum devices.</li>\n<li>Track record of meaningful accomplishments in quantum science or related fields.</li>\n<li>Working knowledge of Python.</li>\n<li>Enjoys teamwork and inter-team collaboration.</li>\n<li>Excellent communication skills.</li>\n</ul>\n<h3>Nice to Have</h3>\n<ul>\n<li>Strong coding skills.</li>\n<li>Familiarity with cQED simulation tools.</li>\n</ul>","enriched_at":1787306524150},{"id":"job_4cf3ee20-070","title":"Quantum Engineer","source_url":"https://jobs.lever.co/rigetti/8afbeac2-74bc-4d81-b2c1-b024473b71b3","location":null,"job_type":"full-time","experience_level":"senior","work_arrangement":null,"category":"Engineering","description":"<p>We are looking for an experienced Quantum Engineer to drive the two-qubit gate performance of our tunable-coupler superconducting quantum processors.</p>\n<p>Two-qubit gate fidelity is one of the most consequential challenges in quantum computing, and it sits at the center of our roadmap toward error correction. In this role, you will design, execute, and interpret the experiments that propel our near- and long-term gate performance at scale. You will identify the dominant sources of two-qubit gate error on our processors, isolate their physical origin, and eliminate them , through pulse engineering, calibration methodology, error suppression strategies, or feedback to design and fabrication. Your conclusions will directly inform device design, control strategy, and platform-level decisions.</p>\n<p>This is a role with substantial autonomy and ownership. You will directly influence the technical direction for gate performance work through the rigorous design and execution of your test plans, measurement and improvement of relevant metrics and error budgeting, and shaping of research priorities. You will do this in a deeply collaborative environment spanning device design, fabrication, control systems, software, theory and R&amp;D, turning proofs of concept into robust procedures that hold up across hundreds of qubit pairs.</p>\n<h3>Key Responsibilities</h3>\n<ul>\n<li>Lead experimental programs to characterize, calibrate, and optimize two-qubit gates on tunable-coupler devices, from single-pair physics investigations to full-processor deployment.</li>\n<li>Identify gate-error bottlenecks (e.g., coherent control error, decoherence, leakage, crosstalk, TLS interactions) for single-pair as well as large-scale systems and isolate their physical origin through targeted experiments, benchmarking, and simulation.</li>\n<li>Develop and harden calibration methods using techniques such as optimal pulse shaping, dynamical decoupling, and other error suppression strategies, with an emphasis on robustness and automation at scale.</li>\n<li>Develop and improve metrology for full-processor Hamiltonian and characteristic extraction and correlate with gate performance. Turn that knowledge into actionable feedback for device design, fabrication, and control hardware teams, and drive those changes to closure.</li>\n<li>Prepare novel Rigetti devices for use by internal applications development teams and external deployment.</li>\n<li>Stay current with the literature and convert state-of-the-art techniques into working capability on production hardware.</li>\n<li>Contribute to the field of superconducting quantum computing by converting relevant findings into high-quality publications.</li>\n</ul>\n<h3>Required Qualifications</h3>\n<ul>\n<li>PhD in Physics, Applied Physics, Electrical Engineering, or a related field.</li>\n<li>Significant hands-on experience calibrating and characterizing two-qubit gates on superconducting quantum devices; direct experience with tunable couplers is a strong plus.</li>\n<li>Deep understanding of gate design, pulse engineering, and decoherence mechanisms, with a track record of connecting error diagnostics to concrete fidelity improvements.</li>\n<li>Demonstrated ability to independently execute complex experimental efforts from concept to validated result.</li>\n<li>Strong Python skills in a scientific context, and comfort building tools that others rely on.</li>\n<li>Dogged experimental determination, with the judgment to balance depth of investigation against speed of iteration.</li>\n<li>Excellent communication skills and a team-first mindset in a strongly collaborative environment.</li>\n</ul>\n<h3>Nice to Have</h3>\n<ul>\n<li>Experience with quantum simulation frameworks such as QuTiP for gate and noise modeling.</li>\n<li>Experience deploying calibration or benchmarking procedures across large multi-qubit processors in an industrial or startup setting.</li>\n<li>Familiarity with randomized benchmarking variants, gate set tomography, cycle benchmarking, or other scalable error diagnostics.</li>\n<li>Publication record or demonstrated results in high-fidelity entangling gates, error suppression, or quantum control.</li>\n<li>Experience mentoring junior scientists or leading small technical teams.</li>\n</ul>\n<h3>Additional Information</h3>\n<p>As engineering leaders, we value diversity and are committed to building a culture of inclusion to attract and engage innovative thinkers. Our technology, meant to serve all of humanity, cannot succeed if those who built it do not mirror the diversity of the communities we serve. Applications from women, minorities, and other under-represented groups are encouraged.</p>","enriched_at":1786691055792},{"id":"job_5c23d6e4-cc2","title":"Senior Process Engineer - Physical Vapor Deposition (PVD)","source_url":"https://jobs.lever.co/rigetti/c23b1efb-102c-4487-b9d0-c714384fbd8e","location":"Fremont, CA","job_type":"full-time","experience_level":"senior","work_arrangement":"onsite","category":"Engineering","description":"<p>Rigetti Computing is developing superconducting quantum computers to solve some of humanity&#39;s most challenging computational problems.</p>\n<p>As a Senior Process Engineer – Physical Vapor Deposition (PVD), you will own the process health and performance of one or more production deposition modules used to fabricate superconducting quantum processors , developing, optimizing, and qualifying thin-film deposition processes, and using data to drive continuous improvement.</p>\n<h3>Key Responsibilities</h3>\n<ul>\n<li>Own the process health and performance of assigned PVD modules through SPC, process monitoring, and data analysis.</li>\n<li>Develop, optimize, and qualify thin-film deposition processes for superconducting resonators, signal wiring, and interconnect structures , including qualification of new equipment, materials, and process technologies.</li>\n<li>Analyze process, metrology, and electrical characterization data to improve reproducibility and device performance.</li>\n<li>Lead root-cause investigations and implement corrective and preventive actions for process, equipment, and materials-related issues, including those requiring cross-functional coordination.</li>\n<li>Partner with facilities and equipment engineering to coordinate preventive maintenance, support equipment recovery, and lead process qualification following maintenance or repairs.</li>\n<li>Document process development activities, author and maintain standard operating procedures, and train process technicians on new processes and equipment operation.</li>\n</ul>\n<h3>Growth/Stretch Responsibilities</h3>\n<ul>\n<li>Contribute to and, with increasing scope, help set the technical roadmap for your process area , equipment strategy, capability investments, and long-term scalability.</li>\n<li>Mentor and technically review the work of process engineers or technicians as opportunities arise.</li>\n<li>Represent process engineering in cross-functional design and technical reviews, helping drive trade-off decisions across materials, process integration, design, and quantum engineering.</li>\n</ul>\n<h3>Qualifications</h3>\n<ul>\n<li>Master&#39;s degree with 4–6 years of relevant industry or research experience, or a PhD with 2+ years of relevant industry, postdoctoral, or research experience, in Materials Science, Physics, Applied Physics, Electrical Engineering, Chemical Engineering, or a related field.</li>\n<li>Hands-on experience with PVD equipment (sputtering, e-beam, or thermal evaporation) and semiconductor fabrication processes; direct, sustained experience with 4-inch or 6-inch wafer processing required.</li>\n<li>Strong working knowledge of vacuum systems and thin-film deposition processes, including diagnosing process or tool drift.</li>\n<li>Strong understanding of semiconductor fabrication processes and superconducting or semiconductor device physics.</li>\n<li>Experience with process development, experimental design (DOE), and engineering data analysis, with examples of using data to drive process decisions.</li>\n<li>Strong written and verbal communication skills, including technical documentation.</li>\n<li>Demonstrated ability to work effectively in a collaborative, cross-functional engineering environment.</li>\n<li>Comfortable operating with real autonomy in a fast-paced R&amp;D environment with evolving technical priorities.</li>\n</ul>\n<h3>Preferred Qualifications</h3>\n<ul>\n<li>Experience leading the end-to-end qualification of a new process, tool, or material into production or scaled R&amp;D use.</li>\n<li>Experience mentoring other engineers or technicians, or setting technical direction within a process area.</li>\n<li>Experience owning a process module through multiple technology generations or major equipment transitions.</li>\n<li>Track record of publications, patents, or documented internal process-capability improvements.</li>\n<li>Experience with superconducting thin films or device fabrication.</li>\n<li>Experience developing thin-film processes for semiconductor, superconducting, or quantum technologies.</li>\n<li>Hands-on experience with thin-film characterization techniques such as ellipsometry, AFM, SEM, XRR, XRD, or related methods.</li>\n<li>Experience analyzing engineering data using statistical methods and tools such as JMP, Python, MATLAB, or similar software.</li>\n<li>Exposure to quantum computing, cryogenic measurements, or superconducting device technologies.</li>\n<li>Experience working in a startup or R&amp;D-focused engineering environment.</li>\n</ul>","enriched_at":1786600958005},{"id":"job_babeefcb-0c4","title":"Senior Mechanical | Cryogenic Engineer","source_url":"https://jobs.lever.co/rigetti/1f07b3ce-fb02-429e-beaf-5c4c88d135ca","location":"Berkeley, CA","job_type":"full-time","experience_level":"senior","work_arrangement":"onsite","category":"Engineering","description":"<p>Rigetti Computing builds full-stack quantum computers , from superconducting qubit devices fabricated in their own foundry to cloud-accessible quantum processors.</p>\n<p>We are seeking a Senior Mechanical/Cryogenic Engineer to own the mechanical architecture of our quantum hardware systems, from room-temperature infrastructure down to the millikelvin core of our dilution refrigerators.</p>\n<p>You will lead the design of the cryogenic signal chain, define mechanical interfaces across thermal stages, and work directly alongside quantum physicists, RF engineers, and systems teams.</p>\n<p>This is a high-ownership role: you will drive design decisions end-to-end, from concept through qualification, on some of the most technically demanding hardware in the industry.</p>\n<h3>Key Responsibilities</h3>\n<h4>Cryogenic Hardware Design</h4>\n<ul>\n<li>Own the mechanical design of cryogenic hardware from 300 K to millikelvin , thermal anchoring, RF wiring, flex interconnects, coaxial routing, filter housings, and connector packaging across all temperature stages.</li>\n<li>Lead the full design lifecycle: concept, CAD, GD&amp;T drawings, BOMs, tolerance analysis, prototype builds, qualification testing, and manufacturing release.</li>\n<li>Define cryogenic mechanical interfaces and thermal conduction budgets; drive design-for-manufacturability with external machine shops and precision vendors.</li>\n</ul>\n<h4>Simulation &amp; Analysis</h4>\n<ul>\n<li>Perform mechanical, thermal, and vibration analyses independently using COMSOL, ANSYS, or equivalent; use simulation results to drive design decisions and iteration.</li>\n<li>Conduct tolerance stack-up analyses for multi-component assemblies in constrained cryostat environments.</li>\n</ul>\n<h4>Integration, Leadership &amp; Collaboration</h4>\n<ul>\n<li>Lead prototype builds, system integration, and cryogenic bring-up; diagnose integration failures and drive root cause analysis.</li>\n<li>Serve as the mechanical lead in cross-functional programs alongside quantum physicists, RF engineers, and systems teams, mentor junior engineers and lead design reviews.</li>\n<li>Maintain rigorous documentation , CAD models, drawings, BOMs, and revision-controlled design records , within the company PLM system.</li>\n</ul>\n<h3>Required Qualifications</h3>\n<ul>\n<li>B.S. or M.S. in Mechanical Engineering or related field (M.S. preferred).</li>\n<li>7+ years designing complex mechanical or electromechanical systems with end-to-end hardware ownership.</li>\n<li>Expert-level SolidWorks , large assemblies, GD&amp;T-compliant drawing packages, and DFM workflows.</li>\n<li>Independent proficiency in SolidWorks, COMSOL or ANSYS for thermal and structural analysis.</li>\n<li>Experience with hardware operating in cryogenic, vacuum, or extreme thermal environments.</li>\n<li>Strong ME fundamentals: stress analysis, tolerance stack-ups, materials selection, and failure mode analysis.</li>\n<li>Proven ability to lead technical efforts and collaborate across multidisciplinary teams.</li>\n</ul>\n<h3>Preferred Qualifications</h3>\n<ul>\n<li>Direct experience with dilution refrigerators, cryostats, or sub-Kelvin systems in quantum computing or precision instrumentation.</li>\n<li>Knowledge of superconducting quantum hardware architecture and millikelvin design constraints.</li>\n<li>RF/microwave packaging experience: connector specification, hermetic sealing, and cable routing in cryostats.</li>\n<li>Familiarity with cleanroom protocols, vacuum-compatible assembly, and contamination-sensitive environments.</li>\n</ul>\n<h3>Additional Information</h3>\n<p>As engineering leaders, we value diversity and are committed to building a culture of inclusion to attract and engage innovative thinkers. Our technology, meant to serve all of humanity, cannot succeed if those who built it do not mirror the diversity of the communities we serve. Applications from women, minorities, and other under-represented groups are encouraged.</p>","enriched_at":1786071838320},{"id":"job_67064bf3-fbd","title":"Senior Quality Engineer","source_url":"https://jobs.lever.co/rigetti/ec492be6-ff22-419b-9b4c-592f36c0556d","location":"Berkeley, CA","job_type":"full-time","experience_level":"senior","work_arrangement":"onsite","category":"Engineering","description":"<p>We are seeking a hands-on Senior Quality Engineer to build and lead the Quality function at Rigetti. This highly hands-on role will be responsible for establishing a practical, scalable Quality Management System (QMS) while working closely with engineering, supply chain, and manufacturing teams to ensure our hardware meets the extreme standards required for quantum computing.</p>\n<p>In this role, you will operate at both the strategic and tactical levels:</p>\n<ul>\n<li>Defining processes and systems from the ground up</li>\n<li>Engaging directly in inspection, supplier quality, and issue resolution</li>\n</ul>\n<p>You will own incoming quality, non-conformance handling, and corrective action processes, with a strong focus on:</p>\n<ul>\n<li>High-tolerance machined components</li>\n<li>PCBAs</li>\n<li>RF/Microwave hardware used in cryogenic environments</li>\n</ul>\n<p>The ideal candidate thrives in a fast-moving, low-process environment and is comfortable building structure where little exists today.</p>\n<p>Responsibilities:</p>\n<ul>\n<li>Own Incoming Quality Control (IQC), including direct responsibility for all incoming quality inspection and documentation</li>\n<li>Build and implement a right-sized Quality Management System (QMS) aligned with industry best practices, tailored for a fast-paced hardware organization</li>\n<li>Perform and oversee inspection of high-precision components: tight-tolerance machined parts, PCBAs, RF hardware</li>\n<li>Establish and manage Non-Conformance Reporting (NCR) processes: documentation and tracking, root cause analysis, resolution and closure</li>\n<li>Lead material review and disposition decisions (use-as-is, rework, scrap) in collaboration with engineering and supply chain</li>\n<li>Drive Corrective and Preventive Actions (CAPA) with internal teams and external vendors</li>\n<li>Partner directly with suppliers to resolve quality issues, improve processes and consistency, conduct audits and follow-ups</li>\n<li>Define and track key quality metrics including incoming yield, defect trends, supplier performance</li>\n<li>Support New Product Introduction (NPI) by embedding quality early</li>\n<li>Introduce lightweight but effective documentation practices, traceability systems and revision control</li>\n<li>Identify and drive continuous improvement initiatives across hardware development and manufacturing</li>\n</ul>\n<p>Requirements:</p>\n<ul>\n<li>5+ years of experience in Quality Engineering or Quality Management in hardware or advanced manufacturing environments</li>\n<li>Strong experience with precision machined parts, PCBAs, RF hardware (preferred)</li>\n<li>Demonstrated ability to build or scale quality systems in a startup or low-process environment</li>\n<li>Deep understanding of GD&amp;T, tolerance analysis, inspection methodologies</li>\n<li>Experience managing supplier quality and driving vendor accountability</li>\n<li>Proficiency with root cause analysis tools, including 5 Whys, Fishbone, 8D and related methodologies</li>\n<li>Ability to read and interpret engineering drawings, electrical schematics, and technical specifications</li>\n<li>Strong organizational and documentation skills</li>\n<li>Willingness to be hands-on and operate across both strategy and execution</li>\n</ul>","enriched_at":1785809098907},{"id":"job_27c38d04-885","title":"Director of Quantum System Deployment & Field Engineering","source_url":"https://jobs.lever.co/rigetti/38071b28-19a4-4645-8d05-017d3db1f2b5","location":null,"job_type":"full-time","experience_level":"senior","work_arrangement":null,"category":"Engineering","description":"<p>Rigetti Computing is seeking a Director of Quantum System Deployment &amp; Field Engineering to lead the global deployment, integration, commissioning, and lifecycle support of its on-premise quantum computing systems.</p>\n<p>In this role, you will build and lead Rigetti&#39;s Field Engineering organization, ensuring the successful delivery of complete quantum systems - from factory acceptance through customer installation, commissioning, acceptance, and operational handoff. You will develop the people, processes, and operational standards required to scale commercial deployments worldwide.</p>\n<p>Working across Hardware Engineering, Manufacturing, Quantum Engineering, Software, and Program Management, you will ensure every deployed system meets Rigetti&#39;s standards for performance, reliability, and customer success.</p>\n<h4>Responsibilities</h4>\n<ul>\n<li>Build, lead, and scale Rigetti&#39;s global Field Engineering organization.</li>\n<li>Own the end-to-end deployment of on-premise quantum computing systems, including site readiness, installation, system integration, commissioning, customer acceptance, and operational handoff.</li>\n<li>Lead deployment of complex systems, including superconducting quantum processors, dilution refrigerators, RF/microwave hardware, control electronics, networking, and supporting infrastructure.</li>\n<li>Serve as the senior technical escalation point during customer deployments and field operations.</li>\n<li>Establish deployment processes, field engineering standards, training, documentation, and operational metrics.</li>\n<li>Partner cross-functionally with Hardware Engineering, Manufacturing, Software, Program Management, and Customer Success to improve deployment readiness, reliability, and customer experience.</li>\n<li>Drive continuous improvements in deployment efficiency, serviceability, and lifecycle support.</li>\n</ul>\n<h4>Requirements</h4>\n<ul>\n<li>Master&#39;s degree in Physics, Engineering, or a related technical field (Ph.D. preferred).</li>\n<li>10+ years of experience deploying, integrating, or supporting complex hardware systems.</li>\n<li>3+ years of people management experience.</li>\n<li>Strong systems engineering background integrating mechanical, electrical, software, networking, and controls systems.</li>\n<li>Experience with one or more of the following:</li>\n<li>Quantum computing</li>\n<li>Cryogenic systems</li>\n<li>RF/microwave systems</li>\n<li>Semiconductor equipment</li>\n<li>Scientific instrumentation</li>\n<li>Excellent customer-facing leadership, communication, and problem-solving skills.</li>\n<li>Willingness to travel globally (approximately 30–40%).</li>\n</ul>\n<h4>Preferred Qualifications</h4>\n<ul>\n<li>Experience with superconducting quantum computing or dilution refrigerator systems.</li>\n<li>Experience supporting enterprise, government, or national laboratory customers.</li>\n<li>Experience building and scaling field engineering organizations.</li>\n<li>Familiarity with Factory Acceptance Testing (FAT), Site Acceptance Testing (SAT), and product lifecycle support.</li>\n</ul>","enriched_at":1783785863821},{"id":"job_fefe49de-82c","title":"Systems Integration Engineer (Field, Quantum Systems)","source_url":"https://jobs.lever.co/rigetti/256218b9-f863-4583-b93b-bb08031929bf","location":null,"job_type":"full-time","experience_level":"senior","work_arrangement":"hybrid","category":"Engineering","description":"<p>As a Systems Integration Engineer on the Deployments team, you will be at the operational frontier of Rigetti&#39;s external quantum systems work , bringing processors to life at customer sites and ensuring they perform to specification in production.</p>\n<p>You will be among the first people to deploy a Rigetti system in a new environment, owning the technical work from initial bring-up through sustained cloud operation.</p>\n<p>While this role is primarily based in the UK, it requires travel to customer sites globally to support deployment of Rigetti quantum systems.</p>\n<p>You will serve as a direct technical representative of the team, working alongside on-site personnel and translating complex experimental results into clear operational guidance for both specialist and non-specialist audiences.</p>\n<p>When not engaged with on-site deployments, you will collaborate closely with internal R&amp;D teams to drive critical improvements to device performance and scalability.</p>\n<p>This role has two specialization tracks:</p>\n<ul>\n<li>Systems &amp; Integration , focused on device bring-up, cryogenic hardware, qubit and fridge characterisation, and cross-functional debug from cryo to deployment.</li>\n<li>Gate Calibration &amp; Deployment , focused on 1Q/2Q gate performance, automated recalibration, production monitoring, and cloud deployment workflows.</li>\n</ul>\n<p>Travel Requirements: This position requires regular travel, with an expectation of approximately 30–50% travel to customer sites.</p>\n<h3>Responsibilities</h3>\n<h3>Shared Responsibilities</h3>\n<ul>\n<li>Own the technical work for your track during on-site deployments: define scope, execute experiments or calibrations, validate against specification, and document outcomes.</li>\n<li>Debug failures and isolate root causes across hardware, software, and infrastructure; escalate findings and drive resolution cross-functionally.</li>\n<li>Act as the primary technical point of contact for customers during on-site engagements; communicate results clearly to both technical and non-technical stakeholders.</li>\n<li>Monitor deployed systems and proactively identify and respond to regressions, drift, or outages.</li>\n<li>Train team members and customer-side personnel on procedures, workflows, and best practices relevant to your track.</li>\n<li>Contribute to internal tooling, documentation, and automation to improve repeatability and reduce manual effort.</li>\n<li>Work with internal R&amp;D teams to drive improvements to device performance at scale.</li>\n<li>Be available for international travel up to 10–25% of the time in support of customer deployments.</li>\n</ul>\n<h3>Systems &amp; Integration Track</h3>\n<ul>\n<li>Develop detailed experimental plans for each cooldown: define measurement scope, sequence, and success criteria prior to cool-down.</li>\n<li>Characterise qubits and readout using internal tooling; validate coherence, line yield, and qubit yield against project requirements.</li>\n<li>Debug failures and isolate root causes across hardware, fabrication, and design.</li>\n<li>Provide remote support to on-site teams as required between deployments.</li>\n</ul>\n<h3>Gate Calibration &amp; Deployment Track</h3>\n<ul>\n<li>Validate single- and two-qubit gate performance against specification using standard benchmarking techniques.</li>\n<li>Bring up and fine-tune gate calibrations on production devices; identify and resolve systematic error sources affecting 1Q and 2Q fidelity.</li>\n<li>Maintain, monitor, and improve Rigetti&#39;s automated recalibration system for cloud-deployed processors.</li>\n<li>Own deployment workflows for new gate calibrations: test, validate, stage, and release to production with minimal disruption to uptime.</li>\n</ul>\n<h3>Required Qualifications</h3>\n<h3>All candidates</h3>\n<ul>\n<li>PhD in Physics, Applied Physics, Electrical Engineering, or a related field; or equivalent degree with relevant industry or postdoctoral experience.</li>\n<li>Hands-on experience with superconducting qubit devices.</li>\n<li>Proficiency in Python in a scientific or engineering context.</li>\n<li>Strong systematic debugging skills: able to isolate failures across the full measurement chain.</li>\n<li>Comfort operating in customer-facing and field environments with limited on-site infrastructure support.</li>\n<li>Excellent written and verbal communication; able to write clear experimental reports and debrief non-specialists.</li>\n<li>Willingness and ability to travel internationally 10–25% of the time.</li>\n<li>MS/BS with 3+ years of relevant experience.</li>\n</ul>\n<h3>Systems &amp; Integration Track additionally requires</h3>\n<ul>\n<li>Experience troubleshooting cryogenic microwave hardware.</li>\n</ul>\n<h3>Gate Calibration &amp; Deployment Track additionally requires</h3>\n<ul>\n<li>Experience calibrating and characterising 1Q and 2Q gates on superconducting qubit devices.</li>\n<li>Strong quantitative understanding of gate error sources.</li>\n<li>Experience writing high-quality code and working through formal code review.</li>\n</ul>\n<h3>Benefits</h3>\n<p>No benefits information provided.</p>","enriched_at":1783605875154},{"id":"job_66b5134f-345","title":"Senior Software Engineering Manager","source_url":"https://jobs.lever.co/rigetti/52a1c423-97e2-49f3-b8b5-820dc99faf77","location":"Berkeley, CA","job_type":"full-time","experience_level":"senior","work_arrangement":"onsite","category":"Engineering","description":"<p>At Rigetti, our mission is to build the world&#39;s most powerful computers to solve the world&#39;s most challenging problems.</p>\n<p>We are seeking a Senior Software Engineering Manager to head the team responsible for software systems that enable the creation, delivery and maintenance of Rigetti&#39;s quantum computers. This includes systems for device design, chip fabrication workflows, physics-informed data analysis, quantum gate-design, and quantum mitigation and error correction technologies.</p>\n<p>As a Senior Software Engineering Manager, you will lead the team responsible for software platforms that enable the design, fabrication, characterization, and measurement of Rigetti&#39;s quantum systems – with a strong emphasis on integrating into the engineering process.</p>\n<p><strong>Key Responsibilities</strong></p>\n<p><strong>Team Leadership &amp; Organizational Development</strong></p>\n<ul>\n<li>Lead and mentor a cross-functional software engineering team spanning scientific tooling, analytics infrastructure, and fabrication-support systems.</li>\n<li>Create stronger operational rigor around prioritization, execution, accountability, and project delivery.</li>\n<li>Provide coaching, growth support, feedback, and career development for engineers across varying levels of seniority.</li>\n<li>Help establish healthy engineering culture, team norms, and stronger collaboration practices.</li>\n</ul>\n<p><strong>Technical &amp; Engineering Leadership</strong></p>\n<ul>\n<li>Partner closely with engineers to drive execution across scientific computing, fabrication tooling, analytics systems, and workflow automation.</li>\n<li>Support development of internal tooling and data systems that connect design, fabrication, and device performance workflows.</li>\n<li>Help modernize and operationalize internal tooling that has historically evolved organically through research and prototyping efforts.</li>\n</ul>\n<p><strong>Cross-functional Collaboration</strong></p>\n<ul>\n<li>Work closely with quantum engineers, physicists, fabrication engineers, and hardware teams to understand operational pain points and evolving workflow requirements.</li>\n<li>Help balance competing stakeholder requests while improving prioritization discipline and long-term planning.</li>\n</ul>\n<p><strong>Operational &amp; Strategic Impact</strong></p>\n<ul>\n<li>Help transition the team from highly reactive support work toward more proactive engineering planning and scalable systems development.</li>\n<li>Improve processes around technical debt management, prototype ownership, platform sustainability, and operational support models.</li>\n</ul>\n<p><strong>Qualifications</strong></p>\n<ul>\n<li>BS or equivalent degree in Software Engineering, Electrical Engineering, Physics, Applied Physics, or related field; MS or PhD a plus.</li>\n<li>7+ years of software engineering experience, including 2+ years in a people leadership role, whether formal management or equivalent tech lead capacity.</li>\n<li>Demonstrated experience building data systems, ideally in scientific computing or physics-informed models.</li>\n<li>Proficiency in Python; familiarity with JavaScript or TypeScript.</li>\n<li>Proficiency with AWS for development and production deployment and distributed computing.</li>\n</ul>\n<p><strong>Nice-to-Have</strong></p>\n<ul>\n<li>Knowledge of quantum device physics, such as superconducting qubits, trapped ions, photonics, or quantum information science.</li>\n<li>Familiarity with fabrication processes in semiconductor, quantum, or other hardware/lab-based environments.</li>\n</ul>","enriched_at":1781790179878}],"category_normalised":[{"category":"engineering","count":10}],"velocity":{"weeks":[{"week_start":"2026-04-13","count":1},{"week_start":"2026-06-15","count":1},{"week_start":"2026-07-06","count":2},{"week_start":"2026-08-03","count":2},{"week_start":"2026-08-10","count":2},{"week_start":"2026-08-17","count":1},{"week_start":"2026-08-31","count":1},{"week_start":"2026-09-14","count":1}],"trend":"decelerating","wow_pct":0},"momentum":{"recent_14d":1,"prior_14d":1,"growth_pct":0,"classification":"stable"},"salary_vs_industry":{"company_median":177500,"industry_median":null,"percentile":null,"sample_size":5,"by_region":[{"region":"United States","company_median":181250,"industry_median":null,"sample":4}],"transparency_pct":55,"industry_transparency_pct":0,"transparency_warning":false},"market_share":{"company_jobs":11,"industry_total":11,"share_pct":100,"rank":1,"peer_count":1},"ai_exposure":{"occupation_weighted_score":0.178,"skill_weighted_score":0,"top_exposed_titles":[],"top_exposed_skills":[]},"peer_set":[],"skills_lq":[],"geographic_shift":{"current":[{"region":"United States","count":5,"share_pct":71.4},{"region":"Unknown","count":2,"share_pct":28.6}],"emerging":[],"shrinking":[]},"seniority_anomalies":{"exec_recent_30d":0,"exec_prior_90d_avg":0.3,"exec_growth_pct":-100,"notable_exec_hires":[]},"posting_dynamics":{"median_days_open":74,"industry_median_days_open":null,"long_open_count":2,"closure_rate_pct":10}}}}