FluidStack

Mechanical Engineer

• Commission the mechanical systems of first units: cooling plants, distribution, and heat rejection verified to design.
• Execute and improve the scripts: functional tests run, gaps found, and the reference package fixed.
• Analyze the data: trends and test results reconciled against the thermal model.
• Support the factory: mechanical FAT processes for modules before they ship.

Mechanical Commissioning Engineer, R&D

Procurement

• Own the steel category: structural steel and fabricated assemblies feeding the modular manufacturing line and site builds.
• Source fabrication capacity across regional shops so throughput scales with the build plan, not with one shop's backlog.
• Negotiate raw material and fabrication pricing with mechanisms that survive commodity swings.
• Qualify fabricators on quality and capacity, and manage the load balancing across them weekly.

Global Sourcing Manager, Steel

• Own the networking hardware category: switches, routers, and DPUs for fabrics connecting 100k+ accelerator clusters.
• Negotiate supply agreements with networking OEMs covering price, lead time, and roadmap access.
• Dual-source critical switch platforms and manage the qualification burden that dual-sourcing creates.
• Align buy plans with network engineering roadmaps so hardware generations land when designs need them, not after.

Global Sourcing Manager – Networking, Hardware

Data Scientist

• Own the data center mechanical category: CDUs, chillers, pumps, dry coolers, and piping packages for liquid-cooled builds.
• Negotiate supply agreements with mechanical OEMs covering price, lead time, and factory capacity across a multi-year pipeline.
• Dual-source CDU and chiller platforms and drive the qualification work that makes the second source usable.
• Coordinate with manufacturing and design so equipment specs freeze early enough to buy at the lead times the market gives.

Global Sourcing Manager, Mechanical

• Own the fiber and optics category: transceivers, fiber cabling, and connectivity components at hundreds of thousands of terminations per building.
• Negotiate volume agreements on optics where unit price times quantity makes small percentages worth millions.
• Dual-source transceiver types and manage interop qualification so second sources are real, not theoretical.
• Forecast optics demand from network designs and keep supply ahead of installation crews.

Global Sourcing Manager, Fiber & Optics

• Own the electrical category: switchgear, transformers, UPS, generators, and busway, the longest lead times in the build.
• Negotiate capacity reservations with electrical OEMs years ahead, converting reservations to orders as the pipeline firms.
• Dual-source major equipment classes across OEMs whose products are not interchangeable, managing the design implications with engineering.
• Track factory slots and production milestones supplier by supplier, because a slipped transformer is a slipped data hall.

Global Sourcing Manager, Electrical

• Own the consumables category: coolant, filters, spares kits, PPE, and everything sites burn through daily.
• Set stocking strategies per site so consumables never idle a crew, without tying up capital in dead stock.
• Negotiate national and regional agreements that give every new site pricing and supply from day one.
• Build the replenishment system that reorders on consumption data rather than someone noticing an empty shelf.

Global Sourcing Manager, Consumables

• Own the compute and storage category: GPU servers, storage systems, and node-level components from supplier strategy through delivery.
• Negotiate pricing, lead times, and capacity reservations with OEMs and ODMs, tied to the forward build pipeline rather than trailing volumes.
• Dual-source every critical node configuration so a single supplier slip never stalls a data hall.
• Track supplier performance with data: on-time delivery, DOA rates, and lead-time drift reviewed and acted on monthly.

Global Sourcing Manager, Compute & Storage

Manager

• Build the fleet-wide maintenance management index from zero
• Stand up the CMMS and work management backbone that turns that index into scheduled work
• Lead EAM adoption as a change program across a multi-site fleet
• Write the maintenance standards that new sites inherit on day one
• Quarterback maintenance data into the operating rhythm

Global Enterprise Asset & Maintenance Manager

Electrical Engineer

• Commission the electrical systems of first units: distribution, protection, and power quality verified to design.
• Execute and improve the scripts: functional and integrated tests run, gaps found, and the reference package fixed.
• Analyze the results: relay operations, transfer tests, and load data reconciled against the studies.
• Support the factory: electrical FAT processes for modules before they ship.

Electrical Commissioning Engineer, R&D

Engineer

• Engineer the virtualized PLC platform: control logic moving from proprietary boxes to software-defined infrastructure.
• Port and validate control applications onto virtual runtimes without giving up determinism or safety.
• Build the test harnesses that prove virtual controls against hardware behavior before a site sees them.
• Define the reference architecture: networking, redundancy, and failover for controls as software.

Controls Engineer, Virtualized PLCs

• Commission the controls of first units: BMS, EPMS, and automation sequences verified against design intent.
• Execute and improve the scripts: point-to-point, functional, and integrated tests run and dispositioned.
• Analyze the trends: sequence behavior reconciled against the written narrative, deltas driven to closure.
• Support the factory: controls FAT processes for modules before they ship.

Controls Commissioning Engineer – R&D

Technical Program Manager

• Own the full lifecycle of the Operations Training Program — from needs assessment and curriculum design through delivery, evaluation, and continuous improvement.
• Design and maintain role-based training curricula and competency frameworks for all operations roles including Critical Facilities Technician (CFT), Data Center Operations Engineer (DCOE), Shift Lead, and Facilities Management.
• Convert vendor manuals, OEM documentation, SOPs, MOPs, EOPs, and engineering specifications into structured, engaging training content — including instructor-led courses, hands-on lab exercises, scenario-based simulations, job aids, and e-learning modules.
• Partner closely with the Technical Writer to ensure alignment between procedure documentation and training materials, so what is written reflects what is taught — and vice versa.
• Develop and manage a comprehensive new hire onboarding program covering site orientation, systems familiarization, safety fundamentals, and progressive task qualification leading to independent work authorization.
• Implement and administer a Training Management System (TMS) or Learning Management System (LMS) to track training completion, qualification status, certification expiration, and compliance across the operations workforce.
• Establish and enforce a formal qualification and sign-off program ensuring technicians are assessed and authorized before performing unsupervised work on any critical system.
• Manage all recurring and mandatory training requirements including NFPA 70E/Arc Flash, LOTO, emergency response, first aid/CPR, and equipment-specific annual recertifications.
• Design and facilitate emergency response drills and tabletop exercises simulating critical events such as loss of utility power, UPS bypass, generator transfer failure, and cooling system alarms.
• Continuously assess workforce competency through structured observations, skills assessments, audit findings, and incident reviews; develop and deploy targeted remediation training as needed.
• Build and maintain relationships with equipment vendors and industry training providers (e.g., Vertiv, Schneider Electric, Eaton, Cummins, Trane, Uptime Institute) to leverage external training resources, factory training opportunities, and industry certifications.
• Track and report training KPIs to leadership including training completion rates, qualification coverage, time-to-competency for new hires, certification compliance, and training-related incident reduction trends.
• Manage the site's Planned Maintenance (PM) program governance — ensuring all tasks are scheduled, executed, and closed in the CMMS on time and in compliance with OEM recommendations and site standards.
• Oversee the MOP, EOP, and AOP program — ensuring critical maintenance events are properly planned, peer-reviewed, approved, and executed; serving as a quality gate for procedural accuracy and completeness.
• Lead the change management process for infrastructure modifications, including risk assessments, cross-functional review, execution oversight, and post-work documentation and training updates.
• Track and report operational program metrics including PM completion rates, corrective work order backlog, MTTR, and audit findings; escalate risks to leadership as appropriate.
• Lead or support root cause analysis (RCA) and after-action reviews (AARs) following incidents or near-misses; identify training gaps surfaced by events and translate findings into updated training content.
• Ensure operational documentation, competency records, and training evidence are current and audit-ready for internal and external audits (Uptime Institute, ISO, customer audits).

Technical Program Manager, Facility Operations

QA Engineer

• Own supplier quality for steel fabrication and building systems suppliers feeding the modular build.
• Audit fabrication shops on weld quality, dimensional control, and coating systems before and during production.
• Run source inspections on fabricated assemblies so defects get caught at the shop, not at the site crane.
• Standardize the quality requirements flowdown so every fabricator builds to the same bar.

Supplier QA, Steel/BMS

Full-stack Engineer

• Lead detection engineering for Fluidstack's IT surface, including cross-domain detections where IT bridges OT or physical surfaces.
• Author and tune production detections as code, with peer review, CI/CD, and measured precision and recall.
• Apply AI and machine learning to build detections, including behavioral analytics and anomaly detection at scale.
• Develop novel detection tooling, including agentic capabilities that use LLMs for triage, investigation, and response.
• Set the engineering standards, coverage methodology, and quality metrics for the detection engineering discipline.
• Conduct threat and security research that informs detection logic and surfaces coverage gaps, and partner with platform engineers, IR, and threat intel to close the detection-to-response loop.