How to Apply to Crusoe

12 min read Last updated April 20, 2026 473 open positions
Blake Crosley
Blake Crosley Researched using publicly available information, hiring data, and ATS analysis.

Key Takeaways

  • Crusoe is a vertically integrated AI infrastructure company built on an energy-first thesis, with three reinforcing pillars (Crusoe Cloud GPU platform, Crusoe Data Centers, and Crusoe Spark modular AI factories) and a deliberate fusion of oilfield, hyperscaler, and Silicon Valley cultures.
  • Headquarters is in Denver with major hubs in San Francisco, Houston, and Brighton, Colorado, plus active data center campuses including the 1.2 gigawatt Stargate site in Abilene, Texas, and an 1.8 gigawatt Wyoming campus with Tallgrass Energy; expect the recruiter to confirm hub expectations and any site-based requirements early in the screen.
  • The company employs roughly 1,087 people as of early 2026, has raised approximately 1.375 billion dollars in a Series E round at a valuation above 10 billion dollars co-led by Valor Equity Partners and Mubadala Capital, and added a 300 million dollar conventional debt facility in February 2026.
  • Interviews are rigorous and operations-led, with practical coding or domain rounds, concrete system or facility design grounded in real gigawatt-class campuses and live GPU clusters, and a values round that emphasizes urgency, ownership, safety, and cross-disciplinary collaboration.
  • Crusoe uses Ashby as its applicant tracking system at jobs.ashbyhq.com/Crusoe; resumes that use clean single-column PDF layouts, standard section headings, and precise infrastructure and energy vocabulary score significantly higher in both ATS triage and human review.
  • The company divested its bitcoin mining business in 2025 to focus exclusively on AI infrastructure, acquired GPU optimization startup Atero (the basis of Crusoe Cloud's MemoryAlloy inference stack), and announced strategic partnerships with NVIDIA, AMD, Supermicro, GE Vernova, and Redwood Materials.
  • Crusoe sponsors work visas for qualifying technical roles in the United States, but eligibility varies by team, level, and fiscal year; confirm sponsorship and relocation details with the recruiter early rather than assuming from the job posting.
  • Compensation includes a competitive base salary calibrated to hub and level, equity in the form of stock options or RSUs depending on jurisdiction and seniority, comprehensive medical and retirement benefits, relocation support where applicable, and a strong learning and development culture given the breadth of disciplines on the platform.
  • The strongest single differentiator on a Crusoe application is credible cross-disciplinary depth: production GPU cloud experience paired with networking or systems depth, hyperscale data center commissioning paired with software literacy, or energy and EPC fluency paired with comfort in a software-led organization.

About Crusoe

Crusoe is a vertically integrated American AI infrastructure company headquartered in Denver, Colorado, with major hubs in San Francisco, Houston, and Brighton, Colorado, and a global workforce of approximately 1,087 employees as of early 2026. Founded in 2018 by Chase Lochmiller and Cully Cavness, two energy and software veterans who grew up together in Denver, the company began with a sharply contrarian thesis: the bottleneck on the future of compute would not be silicon, it would be electrons, and the cleanest, fastest, and most capital-efficient way to feed the coming wave of AI workloads was to co-locate computing with stranded, wasted, or otherwise underutilized energy at the source. From that founding insight Crusoe built and patented its Digital Flare Mitigation systems, which divert otherwise-flared natural gas at oil and gas wellsites into modular generators that power on-site high-performance computing, and used that early infrastructure to bootstrap a credible operating track record across difficult terrain, harsh climates, and remote logistics. Over the next several years the company expanded well beyond flare mitigation into a full energy-first AI infrastructure platform that today spans three reinforcing pillars: Crusoe Cloud, a high-performance NVIDIA and AMD GPU cloud purpose-built for training, fine-tuning, and inference of large models with managed inference services accelerated by the company's MemoryAlloy technology stack acquired through the Atero deal; Crusoe Data Centers, the design, construction, and operation of hyperscale and modular AI factories sited near firm low-carbon power including projects such as the 1.2 gigawatt Stargate campus in Abilene, Texas, and an 1.8 gigawatt Wyoming campus developed with Tallgrass Energy; and Crusoe Spark, a modular AI data center product line manufactured at the company's Brighton, Colorado Spark Factory and powered in part by second-life EV battery systems developed with Redwood Materials. In 2025 the company divested its bitcoin mining business to focus exclusively on AI, struck strategic partnerships with NVIDIA, AMD, GE Vernova, Supermicro, and Redwood Materials, and announced an oversubscribed Series E round of approximately 1.375 billion dollars co-led by Valor Equity Partners and Mubadala Capital with participation from Founders Fund, Fidelity, T. Rowe Price, Nvidia, Salesforce Ventures, Tiger Global, Spark Capital, Ribbit, Franklin Templeton, and others, valuing the company above 10 billion dollars and adding a 300 million dollar conventional debt facility in early 2026. Crusoe was named to Fast Company's Most Innovative Companies 2026 list and is widely regarded as one of the defining infrastructure pure-plays of the AI buildout, with a culture that consciously fuses oilfield operations discipline, hyperscaler systems engineering, and Silicon Valley cloud product practice in a single organization.

Application Process

  1. 1
    Search and apply through crusoe

    Search and apply through crusoe.ai/about/careers, which routes every requisition through Ashby at jobs.ashbyhq.com/Crusoe; create a single Ashby profile so you can apply to multiple roles, attach one canonical resume, and track status across requisitions in one view rather than fragmenting your application history across duplicate accounts.

  2. 2
    Expect a recruiter screen within one to three weeks of applying for shortlisted

    Expect a recruiter screen within one to three weeks of applying for shortlisted candidates; the recruiter will calibrate on hub expectations (Denver headquarters, San Francisco, Houston, Brighton manufacturing, on-site at a specific data center campus, or remote within an approved US state), work authorization, compensation expectations, motivation for Crusoe specifically, and your familiarity with the energy-plus-AI thesis.

  3. 3
    Engineering, infrastructure, and operations candidates typically meet a hiring m

    Engineering, infrastructure, and operations candidates typically meet a hiring manager next, focused on prior project depth, the specific pillar you would join (Crusoe Cloud, Data Centers, Spark, Energy, Construction, Networking, Platform, Inference, or Hardware), and how you reason about reliability, blast radius, and the trade-offs between pace of build and operational rigor.

  4. 4
    A technical exercise follows for most engineering and technical tracks; common f

    A technical exercise follows for most engineering and technical tracks; common formats include a short take-home of two to four hours, a live coding or pair programming session, a hardware or systems design discussion, an electrical or mechanical scenario for energy and data center roles, or a modeling exercise for finance, supply chain, or commercial roles.

  5. 5
    Onsite or virtual loops typically include four to six interviews covering domain

    Onsite or virtual loops typically include four to six interviews covering domain depth, system or facility design appropriate to the role, a cross-functional collaboration round with a partner team (often a counterpart from Energy, Cloud, or Construction depending on your function), and a values and behavioral round mapped to Crusoe's culture of urgency, ownership, and safety.

  6. 6
    Most loops complete within two to six weeks from initial screen to offer, per Cr

    Most loops complete within two to six weeks from initial screen to offer, per Crusoe's published expectations; complex executive, principal, or site-leadership searches can take longer, and field roles tied to a specific data center site may include a site visit or relocation conversation as part of the final round.

  7. 7
    Offers typically include base salary calibrated to hub and level, equity in the

    Offers typically include base salary calibrated to hub and level, equity in the form of stock options or RSUs depending on jurisdiction and seniority, comprehensive medical and retirement benefits, relocation support where applicable, and sponsorship for qualifying technical roles in the United States; expect the recruiter to walk through equity mechanics, the latest 409A context, and any site-specific allowances before extending the written offer.

Resume Tips for Crusoe

recommended

Lead with measurable infrastructure and engineering impact rather than responsib

Lead with measurable infrastructure and engineering impact rather than responsibilities: specify megawatts deployed, GPUs racked, training cluster utilization rates, MTTR on data center incidents, fleet uptime, build schedules hit, capex per megawatt, or revenue and gross margin you influenced for commercial roles, always with the baseline you started from.

recommended

Use Crusoe-relevant vocabulary precisely

Use Crusoe-relevant vocabulary precisely. Reviewers respond to accurate references to GPU clusters (H100, H200, B200, MI300X, GB200), InfiniBand and RoCE fabrics, NCCL collectives, liquid cooling and direct-to-chip cooling, PUE, stranded gas, behind-the-meter generation, microgrids, BESS, second-life batteries, gas turbines, substations, ATS and switchgear, and they notice when these terms are misused or stitched together loosely.

recommended

Translate prior experience into Crusoe's three pillars

Translate prior experience into Crusoe's three pillars. If you have worked on hyperscale data centers, GPU cloud platforms, energy projects, EPC construction, or oilfield operations, name the specific systems, vendors, and outcomes (Tier III/IV data centers, Open Compute, Equinix or CoreSite colos, AWS or Azure GPU fleets, ERCOT or MISO interconnections) rather than just listing employers.

recommended

Surface real cluster, fabric, or facility ownership

Surface real cluster, fabric, or facility ownership. For Cloud and Inference roles, depth in distributed training (PyTorch, JAX, Megatron, DeepSpeed, vLLM, TensorRT-LLM, SGLang, Triton), CUDA and ROCm, scheduler design (Slurm, Kubernetes, Ray), and high-throughput inference is differentiating; for Data Center and Energy roles, facility commissioning, power studies, SCADA, BMS, and site operations experience reads as credible.

recommended

List languages and stacks honestly with depth indicators

List languages and stacks honestly with depth indicators. Crusoe writes meaningful production code in Go, Rust, Python, and TypeScript across cloud control planes and platform services, with C and C++ in lower-level systems work and significant Terraform, Kubernetes, and Ansible in infrastructure; for hardware and energy roles, name your simulation, CAD, and controls toolchains directly.

recommended

Include concrete safety, reliability, and field operations signals

Include concrete safety, reliability, and field operations signals. Crusoe runs physical infrastructure in remote and industrial environments, and OSHA, NFPA 70E, NEC, NERC CIP, ISO 27001, SOC 2, on-call rotation experience, and incident command exposure are all positive signals across both technical and operational tracks.

recommended

Mirror the vocabulary in the job description and on the Crusoe newsroom: AI fact

Mirror the vocabulary in the job description and on the Crusoe newsroom: AI factory, energy-first, vertically integrated, Crusoe Cloud, Crusoe Spark, MemoryAlloy, Stargate, Digital Flare Mitigation, modular AI data center. Matching this language improves both Ashby keyword matching and reader rapport during recruiter and hiring manager review.

recommended

Keep the resume to one or two pages with a clean, conservative single-column lay

Keep the resume to one or two pages with a clean, conservative single-column layout and consistent typography; Crusoe recruiters and engineers read hundreds of resumes per quarter, and Ashby's parser strongly favors simple PDFs, standard section headings, and avoidance of multi-column layouts, embedded graphics, and text inside images.

ATS System: Ashby

Crusoe uses Ashby as its applicant tracking system across all geographies and job families, accessed at jobs.ashbyhq.com/Crusoe and surfaced from the careers section of crusoe.ai. Ashby is a modern all-in-one ATS widely adopted by AI-era startups and infrastructure companies, and it is generally candidate-friendly with a clean application flow, scheduling integration, and structured interview kits. Its resume parser performs best on clean single-column PDF resumes with standard section headings and conservative typography. Multi-column layouts, embedded graphics, text inside images, and exotic fonts can scramble during extraction and degrade keyword matching against the requisition. Crusoe recruiters review the parsed text alongside the original PDF, so a resume that looks beautiful in a design tool but parses poorly will underperform a plain but accurately-parsed one.

  • Apply directly through crusoe.ai/about/careers or jobs.ashbyhq.com/Crusoe rather than third-party aggregators, since direct applications route correctly into the requisition workflow and reduce duplicate-profile risk.
  • Use a single-column PDF resume with standard section headings (Experience, Education, Skills, Projects) and a conservative typeface; avoid columns, text in images, and decorative graphics that confuse parsers.
  • Mirror exact terminology from the job description, particularly product names (Crusoe Cloud, Crusoe Spark, MemoryAlloy, Stargate) and technical terms (GPU cluster, InfiniBand, NCCL, liquid cooling, microgrid, BESS, SCADA, EPC), since Ashby keyword matching is literal.
  • Create one Ashby profile and use it for every Crusoe application; duplicate profiles with different email addresses fragment your application history and create confusion for recruiters reviewing your record.
  • Complete every optional field in the application (LinkedIn, GitHub, portfolio, location preferences, voluntary EEO disclosures where applicable), since a fully completed application signals attention to detail and gives recruiters more context for the screen.
  • Respond promptly to recruiter outreach through the Ashby candidate portal; Crusoe recruiters often coordinate scheduling, take-home delivery, and feedback through the platform, and responsiveness is itself a screened signal.

Complete Ashby Resume Guide →

Interview Culture

Crusoe interviews are deliberately fast-moving, technically rigorous, and grounded in the operational realities of building physical AI infrastructure at speed rather than abstract whiteboard puzzles.

Expect interviewers to be working engineers, energy and construction professionals, data center operators, product managers, or solutions engineers who currently support the systems and customers you would be joining, and expect them to push past the first answer until they understand exactly how you think, where the boundaries of your knowledge actually are, and how you would behave when something physical breaks at three in the morning at a remote site. A common opening is a behavioral conversation that quickly turns into a project walkthrough, and your interviewer will keep asking why and what would break if at every layer until the architecture, the trade-offs, the failure modes, and the safety implications are fully exposed. Coding rounds for software engineering candidates focus on practical problem solving in the language of the team rather than competitive programming trivia, with an emphasis on correctness, edge cases, observability, and how you would test and operate the solution at fleet scale; for platform, networking, and inference roles you should expect deeper questions on distributed systems, GPU fabric design, scheduler behavior, multi-tenant isolation, and the cost economics of running training and inference at hyperscale. System design rounds at Crusoe are unusually concrete because the company is actually constructing gigawatt-class campuses and operating live GPU clusters, so expect prompts about designing a multi-region GPU cloud control plane, a high-throughput inference gateway, a campus-scale cooling and power topology, a microgrid with on-site generation and storage, a SCADA and telemetry pipeline, an EPC schedule under supply chain pressure, or a customer-facing capacity allocation system; interviewers will probe your understanding of redundancy, blast radius, idempotency, retry semantics, observability, safety interlocks, and the cost of failure at industrial scale. The values and behavioral round is taken seriously and explicitly maps to Crusoe's culture of urgency, ownership, safety, and craft; interviewers will ask for concrete stories that demonstrate how you operate in ambiguity, how you handle a missed schedule or an incident, and how you collaborate across deeply different disciplines such as software engineering, energy, construction, and finance. Decisions are made by full loop debriefs where every interviewer must justify their recommendation with specific evidence from the conversation. The tone is friendly, candid, and operations-led rather than performative. Interviewers respond well to candidates who admit what they do not know, describe failures with what they learned, show genuine excitement about the energy-plus-AI thesis, and can articulate a point of view on the constraints actually shaping the AI buildout. They respond poorly to confident bluffing, a software-only worldview that dismisses the physics, dismissiveness toward field and operations colleagues, or treating safety as a checkbox rather than a core engineering input.

What Crusoe Looks For

  • Builders with a strong sense of urgency who genuinely believe the AI buildout is constrained by energy and infrastructure rather than software, and who want to compress timelines that the rest of the industry treats as fixed.
  • Hands-on operators who have shipped and run real systems at scale, ideally with experience bridging software and physical infrastructure (data centers, energy, manufacturing, networking, hardware) rather than living entirely in one discipline.
  • Pragmatic problem solvers who can balance pace, safety, reliability, capital efficiency, and customer experience without retreating into a single dimension or treating any one of them as the only one that matters.
  • Domain experts in at least one of Crusoe's pillars: GPU cloud and inference platform engineering, hyperscale data center design and operations, energy generation and microgrid systems, EPC and construction management, networking and fabric, supply chain and manufacturing, or commercial and finance functions tied to capital-intensive build-out.
  • Strong written and verbal communicators who can explain complex engineering and energy decisions clearly to executives, customers, regulators, and partners, since Crusoe employees regularly interact with hyperscale customers, utilities, EPC partners, and policymakers in addition to internal teams.
  • Collaborative teammates who can work across Denver headquarters, San Francisco, Houston, Brighton manufacturing, and live data center sites, with strong written communication habits, comfort traveling to remote locations, and a bias toward documenting decisions over relying on hallway conversations.
  • Safety-minded professionals who instinctively integrate physical and operational safety into engineering decisions, and who treat OSHA, NFPA, NEC, and site-specific safety procedures as core engineering inputs rather than compliance overhead.
  • Long-horizon thinkers who are excited by the multi-year arc of building a vertically integrated AI infrastructure company through a public-trajectory phase, including the discipline that comes with operating at higher capital intensity and scrutiny than a pure software startup.

Frequently Asked Questions

What ATS does Crusoe use, and how should I apply?
Crusoe uses Ashby as its applicant tracking system, accessed through crusoe.ai/about/careers, which routes to jobs.ashbyhq.com/Crusoe. Create a single Ashby profile so you can apply to multiple roles, upload one canonical resume in PDF format with a clean single-column layout, and track status for every requisition in one place. Avoid creating duplicate profiles with different email addresses, which fragment your history and confuse recruiters. Ashby parsers favor simple typography, standard section headings (Experience, Education, Skills, Projects), and clean PDFs without columns or graphics that scramble during text extraction.
Where is Crusoe headquartered, and is it remote-friendly?
Crusoe is headquartered in Denver, Colorado, with major hubs in San Francisco, Houston, and Brighton, Colorado (the Spark Factory), plus active and growing presence at data center campuses including Abilene, Texas (Stargate) and Wyoming. Many cloud, platform, and corporate roles offer hybrid or remote arrangements within an approved US state list, while data center, manufacturing, energy, and field operations roles are generally on-site at a specific campus. The recruiter screen will confirm location eligibility, time zone overlap, and travel expectations for each requisition; do not assume remote eligibility from the title alone.
Does Crusoe sponsor work visas?
Yes, Crusoe sponsors work visas for qualifying technical and senior commercial roles in the United States, including H-1B and similar categories, and supports green card processing for tenured employees in some cases. Sponsorship volume varies by team, level, fiscal year, and the security or facility requirements of the specific role; certain federal-, energy-, or facility-sensitive positions may carry citizenship or clearance constraints. Confirm sponsorship eligibility for the specific role with your recruiter during the initial screen rather than assuming it from the job posting.
What does the interview loop look like for software engineers?
A typical software engineering loop includes a recruiter screen, a hiring manager conversation focused on the team and product surface (Crusoe Cloud control plane, inference, platform, networking, observability, or data), a technical exercise (either a take-home of roughly two to four hours or a live pair programming session), and an onsite or virtual loop of four to six rounds covering coding or domain depth, system design appropriate to your level, a cross-functional collaboration round with a partner team, and a values and behavioral round. Most loops complete in two to six weeks. Senior, staff, and principal candidates often present a portfolio piece or architecture deep dive on past work to a panel of senior engineers.
What does the interview loop look like for data center, energy, and field roles?
Data center, energy, EPC, and field operations loops follow a parallel structure with discipline-appropriate technical content. Expect a recruiter screen, a hiring manager conversation focused on the specific site or program, a technical or scenario interview (electrical or mechanical scenarios, commissioning sequences, microgrid topology, gas generation, BESS, SCADA, or construction schedule problems), and an onsite or virtual loop of four to six rounds including a values and safety conversation. Many roles include a site visit or relocation discussion as part of the final round, and travel expectations and on-call rotation are typically calibrated explicitly during the loop.
How should I prepare for Crusoe system or facility design interviews?
Crusoe system design rounds are unusually concrete because the company actually operates live GPU clusters and constructs gigawatt-class campuses. For software roles, prepare on multi-tenant GPU scheduling, distributed training fabrics (InfiniBand, RoCE, NCCL), high-throughput inference gateways, multi-region cloud control planes, capacity allocation, observability at scale, and the cost economics of training and inference. For physical roles, prepare on data center power topology (medium-voltage distribution, switchgear, ATS, UPS, BESS), cooling (liquid, direct-to-chip, rear-door heat exchangers), behind-the-meter generation, microgrid control, EPC scheduling under supply chain pressure, and safety interlocks. Be ready to discuss redundancy, blast radius, capacity planning, cost per megawatt, and trade-offs between speed and rigor.
What technical skills matter most across Crusoe roles?
Across software tracks, the highest-leverage skills are Go, Rust, Python, or TypeScript at production depth, distributed systems and multi-tenant cloud experience, GPU and AI workload familiarity (CUDA, ROCm, NCCL, vLLM, TensorRT-LLM, PyTorch, Slurm, Kubernetes, Ray), and operational maturity demonstrated through on-call and incident response. For data center and energy tracks, depth in mechanical, electrical, and controls engineering, commissioning, BMS and SCADA, NEC and NFPA familiarity, and either hyperscale data center or upstream and midstream energy experience reads as credible. For commercial tracks, capital-intensive infrastructure deal experience and fluency with utilities, hyperscalers, and AI labs is differentiating.
What is compensation and equity like at Crusoe?
Crusoe compensation includes a competitive base salary calibrated to hub and level, an annual performance bonus or sales commission depending on track, equity in the form of stock options (with RSUs offered for some senior levels and jurisdictions), comprehensive medical and retirement benefits, generous time off, parental leave, relocation support where applicable, and a learning and development culture appropriate to a multi-disciplinary infrastructure company. As a late-stage private company at a valuation above 10 billion dollars, Crusoe equity carries both upside and the usual private-company liquidity considerations, so model your offer with that in mind and ask the recruiter about the latest 409A context and any equity refresh policy.
How do I differentiate myself if I do not have prior data center or energy experience?
You do not need prior data center or energy experience to succeed at Crusoe, particularly for cloud platform, inference, frontend, data, finance, legal, and corporate roles. What matters is demonstrated depth in adjacent areas (multi-tenant SaaS, GPU and ML systems, distributed systems, capital markets, supply chain, manufacturing, or large-scale operations) and the ability to reason rigorously about trade-offs in your interviews. Translate your past work into the language of throughput, reliability, blast radius, capital efficiency, and customer impact, and study Crusoe's three pillars (Cloud, Data Centers, Spark) enough to ask informed questions about how the role connects to the company's vertically integrated thesis.
What is Crusoe's trajectory and how should candidates think about it?
Crusoe is on a clear public-trajectory path with the revenue scale, customer base, capital structure, and named blue-chip late-stage investors (Valor Equity Partners, Mubadala, Founders Fund, Fidelity, T. Rowe Price, NVIDIA, Salesforce Ventures, Tiger Global, Spark Capital, Ribbit, Franklin Templeton, and others) typical of pre-IPO AI infrastructure leaders. Treat any IPO timing as a possibility rather than a near-term certainty, evaluate your offer assuming liquidity may take longer than you hope, and ask your recruiter about the most recent 409A valuation, secondary tender programs, and equity refresh policy. Joining a late-stage capital-intensive infrastructure company is a different equity bet than joining a pure software startup at Series A and should be modeled accordingly.

Open Positions

Crusoe currently has 473 open positions.

Check Your Resume Before Applying → View 473 open positions at Crusoe

Related Resources

Similar Companies

Sources

  1. —
  2. —
  3. —
  4. —
  5. —
  6. —
  7. —
  8. —
  9. —