FluidStack

Electrical Engineer

• Lead end-to-end deployment and commissioning of electrical power systems across concurrent sites, from pre-deployment readiness through energization, acceptance testing, and live handover
• Own operational reliability of electrical infrastructure across the live fleet, leading root cause analysis on power events and implementing corrective actions that cut repeat incidents
• Build and maintain electrical commissioning standards, acceptance test procedures, and runbooks covering MV distribution, UPS, switchgear, and rack-level delivery
• Serve as the on-site technical authority through switchgear energization, transformer commissioning, generator load testing, and UPS validation, resolving field failures before they delay handover
• Set and enforce electrical reliability standards across the portfolio: protective relay coordination, redundancy validation, failover testing, and arc flash compliance

Lead Electrical Engineer, Deployment Engineering

DevOps Engineer

• Lead end-to-end deployment and commissioning of BMS, SCADA, and EPMS systems across concurrent greenfield sites
• Own operational reliability of deployed control systems across the live fleet
• Build and maintain the commissioning standards, acceptance test procedures, and runbooks that any site team can execute without central support
• Lead integrated systems testing, functional acceptance, and live cutover on site
• Set and enforce controls reliability standards across the portfolio

Lead Controls Systems Engineer, Deployment Engineering

Mechanical Engineer

• Own the fire protection scope of design packages from concept through construction documents across the data center portfolio, designing and specifying VESDA and addressable fire alarm, pre-action sprinkler, wet pipe, and clean agent suppression systems.
• Serve as Fluidstack's primary point of contact with local fire marshals and AHJs on every site, running plan reviews and negotiating code-compliant equivalencies on non-standard designs so permitting stays off the critical path.
• Develop campus-level fire suppression strategy, coordinating water supply, distribution, and system redundancy across multiple buildings and phases of a build-out.
• Review and approve fire protection submittals and shop drawings from EPC and equipment vendors, and validate third-party consultant designs for code compliance and consistency with Fluidstack standards before they advance to construction.
• Support commissioning of fire detection and suppression systems with the Commissioning Agent, resolving test failures before sign-off, and provide fire protection input on capacity additions, retrofits, and incident-driven remediation on live sites.

Fire Protection Engineer, Data Center Design

• Deploy and commission electrical power systems at data center sites, running equipment testing, protective relay verification, switchgear and transformer startup, generator load testing, and acceptance documentation through to live handover.
• Support operational reliability of deployed electrical infrastructure, responding to power events and equipment failures on live sites and implementing fixes that prevent recurrence.
• Resolve field conflicts between installation conditions and electrical system requirements during commissioning, escalating with a clear description and proposed resolution.
• Validate protective relay settings, UPS performance, and generator transfer sequencing against operational availability requirements.
• Contribute to electrical commissioning checklists, energization procedures, and reliability run books that reduce risk across future deployments.

Electrical Engineer, Deployment Engineering

• Deploy and commission BMS, SCADA, and EPMS systems at data center sites, running FAT, field integration, loop checks, sequence verification, and acceptance testing through to live handover.
• Support operational reliability of deployed control systems, responding to alerts and failures on live infrastructure and implementing fixes that prevent recurrence.
• Resolve field integration issues between control system layers and connected mechanical and electrical systems during commissioning, escalating with a clear problem description and proposed fix.
• Configure and verify control sequences, alarm setpoints, and data historian integrations against operational requirements.
• Contribute to commissioning checklists, acceptance test procedures, and runbooks that speed up and standardize future deployments.

Controls Systems Engineer – Deployment Engineering

• Own architectural conformance across active construction sites, verifying that building envelope, life-safety assemblies, and spatial layouts match approved specifications and closing deviations before they hit operations or permitting.
• Drive AHJ and permitting execution at each deployment site, including inspections, code interpretation questions, and certificate of occupancy sequencing, to keep permitting on schedule.
• Manage the architectural RFI and submittal process during active construction, coordinating with the engineer of record and contractors to resolve field conflicts without slowing the build.
• Enforce FM Global envelope and life-safety compliance through contractor-driven field conditions, tracking and closing open items before substantial completion.
• Own the architectural punch list at each site from substantial completion through final acceptance, and feed field observations back into prototype specifications and deployment standards.

Architect, Deployment Engineering

Transportation Coordinator

• Book and schedule shipments across the network, coordinating pickup and delivery windows directly with the carrier and receiving sites.
• Track every shipment in transit through the transportation management system, checking ETAs against committed windows and flagging at-risk deliveries before they hit a site.
• Chase missed SLAs to root cause with the carrier and drive each one to resolution, not just a note in the log.
• Own the day-to-day relationship with our dedicated carrier: rates, capacity, service issues, and escalations.
• Keep shipment and carrier performance data current in the TMS and turn it into a running view of who's hitting SLA and who isn't.

Engineer

• Design pick, pack, receiving, and RMA workflows for each site's warehouse layout, optimizing for travel distance, throughput, and dock-to-floor time.
• Run time and motion studies on warehouse and dock processes, and use the data to set the standard work each site trains against.
• Model rack, dock door, and staging layouts for new and existing sites, balancing throughput against real estate cost.
• Build the process documentation and standard work instructions that let a new site ramp to full productivity in weeks, not months.
• Partner with the WMS and IMS system build teams to make sure new tooling matches the physical workflow, not the other way around.

Industrial Warehouse Engineer

• Lead the controls design development team, owning the template designs, SOOs, points lists, BOMs, and Division 25 specifications that every modular data center build inherits.
• Set the technical direction for controls design, deciding the standards, platforms, and reference architectures the whole fleet builds from.
• Drive design decisions to resolution across mechanical, electrical, commissioning, and construction, so controls design is never the thing holding up a site's schedule.
• Grow the team, hiring controls engineers and raising the bar on the design work they produce.
• Own the quality and repeatability of every design package that leaves the team, so the hundredth site is designed faster and cleaner than the first.

Lead Controls Engineer, Design Development

• Lead environmental due diligence on greenfield and brownfield sites
• Own the threatened and endangered species scope
• Build and execute site-specific permitting strategies
• Quarterback environmental requirements across various teams
• Lead regulatory agency negotiations and community interactions
• Track permitting and compliance metrics

Environmental Engineer, Data Center Design

Systems Engineer

• Lead the conceptual design, development, and implementation of data center control systems, including Chilled Water, HVAC, Power Monitoring and Data Hall Monitoring.
• Provide technical leadership, mentoring, and support to junior engineers on the controls team.
• Develop control system architectures, functional specifications, and detailed system designs.
• Program and configure PLCs, SCADA systems, and HMIs to meet project requirements.
• Support control system simulations, factory acceptance testing (FAT), construction and commissioning activities at greenfield data center deployments.

Control Systems Engineer

• Create template controls designs for our fully modular data center builds, so one validated design set deploys across every site instead of being redrawn project by project.
• Write sequences of operations that define how the mechanical and electrical systems run, and hand them to the programming team as the source of truth for the code.
• Build the standard points lists and bills of materials that lock the instrumentation, IO, and controls hardware every modular build draws from.
• Own the Division 25 integrated automation specification end to end, keeping it current as equipment, vendors, and site designs change.
• Coordinate the controls design across the mechanical, electrical, and commissioning teams so it matches the equipment it will run and the tests it has to pass.

Controls Engineer – Design Development

Data Scientist

• Lead mechanical commissioning across flushing, cooling, heat rejection, and liquid cooling systems for high performance data centers, spanning Level 1 through Level 5 commissioning phases.
• Drive the Testing & Verification program for mechanical cooling, heat rejection, and data hall thermal systems, working with commissioning agents and engineers from pre-site testing through on-site functional testing.
• Own commissioning documentation across multiple projects and sites, tracking issues, test results, and reports with enough rigor to hold up under an owner audit.
• Run on-site commissioning operations across general contractors, designers, and vendors: inspections, safety enforcement, progress tracking, and issue resolution.
• Close out final operational handover for mechanical systems, confirming every system is ready for service before occupancy.

Commissioning Mechanical Lead, Data Centers

• Deploy and validate data center network infrastructure (front-end, back-end, BMS, management): configure switches, install and validate optics, coordinate cabling, and drive deployments to completion.
• Ensure physical connectivity meets production standards: coordinate fiber remediation, validate insertion loss and OTDR traces, troubleshoot optical-layer issues, and document as-builts.
• Manage hardware logistics: device staging, rack/stack coordination, RMA, DCIM updates, inventory, and vendor shipments so devices are ready when deployments need them.
• Partner with DC Operations, ICT, Hardware, and Network Engineering to identify blockers early, escalate decisively, and keep multi-team efforts on track.
• Maintain cutsheets, as-builts, validation results, and lessons learned, and contribute to the deployment playbook that lets the team scale.
• Provide operational support during and after deployments: incident response, troubleshooting, and break-fix.

Network Deployment Engineer – Contract

Procurement

• Develop and execute sourcing strategies for critical power and cooling categories, including high voltage, medium voltage, and modular chiller plants, aligned directly to the forward build pipeline.
• Own end-to-end commercial and contractual negotiations at executive level across large-scale supplier relationships, holding position when counterparties push back.
• Build and maintain integrated supplier qualification, performance management, and capacity expansion programs across critical equipment categories.
• Drive risk framework development that catches supply chain threats before they become schedule problems, and lead value engineering initiatives with suppliers to improve cost and scalability at multi-GW scale.
• Partner with engineering, construction, planning, and finance to keep sourcing strategy current against the build pipeline, and influence senior leadership on long-term commercial strategy and investment decisions.