The Split That Defines Every Role
Rigetti Computing operates one of the only vertically integrated quantum stacks in the sector — designing, fabricating, and deploying superconducting processors from two East Bay sites with a 162-person team as of September 2026. The company hires across the full range of quantum engineering, and the candidates who get in combine deep technical evidence with a clear sense of the mission.
Chad Rigetti founded the company in 2013 after cutting his teeth at IBM's quantum group. A late-2022 restructuring brought Subodh Kulkarni in as president and chief executive by March 2023. Headcount has settled around 160, down from a pre-layoff peak, organized around a geographic split that is the organizing principle for the talent Rigetti seeks: design in Berkeley, build in Fremont.
The Berkeley headquarters anchors research, software, and systems engineering. The Fremont facility, Fab-1, houses the superconducting processor fabrication line. Together they form a single operational campus where quantum architects in Berkeley hand off chiplets to process engineers in Fremont, and cryogenic mechanical engineers bridge the two. The live board breaks cleanly into five categories that mirror this flow. Hardware and quantum engineering roles sit at the center: a Lead Quantum Engineer for Systems Performance (Berkeley, $190k–$225k) and a Senior Quantum Engineer for Gate Calibration (Berkeley, $175k–$200k), both focused on pushing the Ankaa and Cepheus processor lines toward the 99.5 percent two-qubit fidelity target published for Cepheus-1-108Q. Research and science positions orbit that hardware core. Manufacturing and process engineering anchor the Fremont side; a Senior Process Engineer for Physical Vapor Deposition (Fremont, $170k–$200k) appears on the current board, reflecting the fab's role in yielding the chiplets that get stitched into multi-chip modules. Mechanical and cryogenic engineering bridge the sites: a Senior Mechanical | Cryogenic Engineer (Berkeley, $165k–$190k) owns the dilution-refrigerator integration that turns a bare chip into a runnable system. Quality and deployment roles, while fewer, show up in the organization David Rivas now oversees as chief operating officer: the Director of Global Quantum System Deployment (Berkeley or Fremont, $240k–$275k, per Zero G Talent's board data) carries explicit accountability for on-site installations like the 24-qubit system at the UK's NQCC and the Novera 9-qubit units placed in Israel, the UK, and university labs.
The company's own careers page describes the mix as "physics, fabrication, software, systems, and business operations." That phrasing is deliberate. Rigetti doesn't outsource its fab, doesn't buy its cryogenics off the shelf, and doesn't treat cloud access as an afterthought. Every hire, whether calibrating gates in Berkeley, tuning PVD tools in Fremont, or writing the deployment playbook for a customer data center, must understand how their piece fits the full stack.
What the Jobs Pay
Rigetti's live board shows a company-wide annualized band of $62,000 to $250,000 with a $190,000 median across 11 salaried roles. That band comes straight from Zero G Talent's first-party ingestion of Rigetti's own postings — stronger than any third-party aggregate.
| Role Category | Example Live Posting | Salary Band (USD/year) |
|---|---|---|
| Hardware / Systems | Lead Quantum Engineer, Systems Performance (Berkeley) | $190,000 – $225,000 |
| Hardware / Systems | Senior Quantum Engineer, Gate Calibration (Berkeley) | $175,000 – $200,000 |
| Research / Science | Director, Global Quantum System Deployment (Berkeley or Fremont) | $240,000 – $275,000 |
| Manufacturing | Senior Process Engineer – Physical Vapor Deposition (Fremont) | $170,000 – $200,000 |
| Mechanical | Senior Mechanical | Cryogenic Engineer (Berkeley) | $165,000 – $190,000 |
| Software / Management | Senior Software Engineering Manager (Berkeley or Fremont) | $220,000 – $250,000 |
Quality roles do not appear in the current live set, though the category exists in Rigetti's hiring plan. The six postings above represent the active board at ingestion; the 11 salaried roles total includes positions not captured in this snapshot.
The $62,000 floor likely captures intern and early-career technician roles not shown in the salaried median; Indeed reports an hourly range of $41.85 for Intern to $54.30 for Equipment Maintenance Technician. The $250,000 ceiling hits at the director and senior-manager level, according to Zero G Talent's figures. Levels.fyi's total compensation data, which includes stock and bonus, shows a Mechanical Engineer at the Common Range Average level reaching $295,318 — evidence that individual-contributor specialists can exceed the posted band when equity appreciates. Rigetti's public status (NASDAQ: RGTI) and the April 2025 Quanta Computer investment at $11.59 per share give employees a liquid equity instrument, a distinction from pre-IPO quantum startups where paper gains can stall for years.
Candidates should treat the $190,000 median as the anchor for negotiation. A Senior Quantum Engineer with gate-calibration expertise commands $175,000–$200,000 base; a Manufacturing Process Engineer in PVD sits at $170,000–$200,000. The Director of Global Quantum System Deployment (a role that owns customer-facing deployment across cloud and on-premise) carries the highest band at $240,000–$275,000, Zero G Talent's board data shows. That spread mirrors the company's full-stack mission: the people who bridge quantum physics, cryogenic hardware, and cloud delivery get paid for the span.
Inside the Interview Loop
Public detail on Rigetti's interview pipeline is scarce. GetWorkSignals states plainly: "We do not have enough public notes on the evaluation process at Rigetti Computing, Inc. yet." Glassdoor hosts 19 anonymous interview reviews and 23 posted questions — a modest corpus candidates can mine for patterns, but not a transparent playbook. The company's own engineering blog and careers page do not publish a stage-by-stage breakdown.
What exists is fragmentary. At Princeton's 2016 science and technology job fair (Rigetti's first appearance there, per associate dean Peter Bogucki), company representatives fielded questions "ranging from how their interview process works to what they enjoy most about their job." That same fair showed a pattern among deep-tech employers: Uber's Dan Srayner said the company screens for "strong past experience and demonstrated leadership" plus "a strong fit for Uber's culture and who are passionate about its mission." Google's Mike Bufano emphasized hiring "from a range of disciplines" because "even students who are not studying computer science are still able to build the requisite skillset that we need." Rigetti's early campus presence suggests a similar emphasis on technical breadth and mission alignment, but no Rigetti-specific quotes from that event survive in the record.
The live board fills gaps by implication. The 11 salaried roles currently posted map to five distinct disciplines: hardware, research/science, manufacturing, mechanical, and quality. A hiring process that evaluates across that range cannot rely on a single technical screen.
The Profile That Wins
Rigetti's own record, and the words of its people, point to a specific profile: engineers and scientists who treat quantum hardware as a systems problem, not a physics experiment, and who can articulate why that distinction matters for the company's roadmap.
Glassdoor reviews, aggregated from 41 anonymous employees as of September 2026, describe a culture that "values collaboration, innovation, and hard work" and "emphasises trust, transparency, and respect." The overall culture rating sits at 3.4 out of 5 (8 percent below the information-technology average) but has held steady over the past year, suggesting a dependable, if not glittering, employee experience.
The engineering blog reinforces that picture. Its stated purpose is to "focus on topics that are relevant to quantum developers" and to "share updates from our own quantum engineering lab here, research papers from the community, and notable advances and demonstrations of quantum algorithms." That framing (developer-first, lab-transparent, community-aware) signals that Rigetti hires people who can write, teach, and debate in the open, not just execute behind closed doors.
A recent post illustrates the scope: Rigetti expanded its collaboration with HPE and the Pittsburgh Supercomputing Center to deliver a 9-qubit Novera™ system for a $5 million NSF-funded testbed. The work sits at the intersection of superconducting hardware, cryogenic integration, and hybrid quantum-classical orchestration — exactly the full-stack fluency the company's hiring boards demand.
Internally, that fluency is codified. Rigetti describes itself as "an integrated systems company" that builds both the quantum computers and the superconducting processors that power them. Its Quantum Cloud Services (QCS) platform exposes those machines to any public, private, or hybrid cloud. The Forest SDK (pyQuil, the Quil compiler (QuilC), and a Quantum Virtual Machine (QVM)) is the software surface every hire must eventually touch, whether they sit in hardware, research, manufacturing, mechanical, or quality roles.
The technical bar is visible in the results. The 84-qubit Ankaa-2 processor, built on a fourth-generation architecture with tunable couplers and a square lattice, achieves 98 percent median two-qubit fidelity. A collaboration with Riverlane demonstrated real-time, low-latency error correction on that same hardware — decoding times under one microsecond, a threshold for hybrid operations. A novel fabrication method, Alternating-Bias Assisted Annealing (ABAA), improves coherence and gate performance and is already being applied to the Novera and upcoming Ankaa-3 systems.
Mission alignment is the filter. Kulkarni has said the company is "about 3 to 4 years away from demonstrating quantum advantage" and that quantum processors will live in data centers alongside CPUs and GPUs, handling simultaneous-computing workloads.
The core teams sit in Berkeley (headquarters) and Fremont (fabrication). Proximity to the dilution refrigerators and the cleanroom still matters for the fastest iteration cycles. Rigetti quantum computing systems achieve gate speeds of 50-70 nanoseconds, which is about 10,000 times faster than trapped-ion systems and 100 times faster than neutral-atom systems, as Rigetti's press releases reported.
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