FluidStack

Manager

• Own the hardware fleet lifecycle: receipt, deployment, spares, RMA, and decommission across every site
• Set spares strategy per site, including levels, locations, and replenishment triggers, balancing availability against capital
• Track fleet health and utilization so aging, failure rates, and warranty positions drive decisions
• Coordinate fleet moves between sites, including packaging standards and chain of custody
• Support Fluidstack's delivery and operation of large-scale AI compute infrastructure

Fleet Manager

Supply Chain

• Own the networking hardware category, including 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 created by dual-sourcing
• Align buy plans with network engineering roadmaps so hardware generations arrive when designs need them
• Support the supply chain team's efforts to supply tens of gigawatts of compute
• Qualify and dual-source critical equipment categories
• Keep procurement off the critical path to enable schedule compression
• Improve supply chain prediction modeling for lead times, demand, and disruption

Materials Manager, Networking & Hardware

Infrastructure Engineer

• Own the end-to-end physical implementation of data center networks for hyperscale sites
• Architect fiber plants, plan transceivers, and integrate structured cabling
• Collaborate with CSA, MEP, and construction teams on power, cooling, space, pathways, cabinets, and racks
• Develop, read, and interpret construction drawings in Bluebeam, ACC, and Procore
• Translate DCN logical port maps for TOR, spine, super-spine, and DCI into physical cross-connect and patching schedules
• Automate port-to-fiber mapping for 100K+ ports per site
• Define cassette types, trunk counts, and structured cabling hierarchy
• Model fiber utilization and overbuild across two to three hardware generations
• Select optics based on reach and loss budget
• Validate interoperability across vendors and generations
• Maintain loss-budget and margin models for every link type
• Own the ICT Basis of Design, SOPs, and Division 26/27/28/33 master specifications
• Integrate with DCIM tools to track strands, ports, and patching

ICT Infrastructure Architect

Field Engineer

• Act as the Owner's Commissioning Site Manager across multiple sites
• Direct general contractors, designers, commissioning agents, and vendors through Level 1 to Level 5 commissioning
• Commission chilled water, HVAC, electrical, BMS, and EPMS systems
• Witness and verify pre-functional and functional testing in the field
• Review commissioning plans, method of procedure documents, test scripts, and vendor startup reports against ASHRAE, BCxA, and NETA requirements
• Own the commissioning schedule and issues log for each site
• Surface failed tests, open punch items, and vendor readiness gaps
• Troubleshoot startup and performance issues on mechanical plant, electrical distribution, and controls
• Isolate root causes to design, installation, controls, or equipment
• Drive corrective actions through the responsible party to closure
• Stand up the commissioning program for 50GW+ of capacity this decade
• Run commissioning and QA-QC for first-of-a-kind modular data centers
• Automate Level 4 and Level 5 commissioning

Cx, QA & Field Engineer, Site Manager

Product Designer

• Own end-to-end project management of concurrent data center design and solution-delivery programs from initiation through construction-ready handoff
• Build and maintain integrated master schedules across architectural, structural, MEP, civil, technology, and specialty design disciplines
• Establish program governance through milestone gates, design review cadences, change control, and decision logs
• Own the template and standard program, build playbooks, and create systems that let engineers focus on engineering
• Identify risks, interdependencies, and blockers ahead of time and drive them to resolution
• Lead the design, development, and execution of large-scale data centers
• Drive next-generation liquid cooling and electrical distribution systems
• Develop and scale first-of-a-kind modular data centers
• Influence behind-the-meter designs and planning for multi-GW campuses

Design Manager

Full-stack Engineer

• Build and own the facility side of the energy control contract
• Develop the protocol layer, gateway service, and API used by third-party plant controllers
• Design and evolve the messaging and state layer
• Compute facility load intent from live telemetry and publish it every second with a forecast
• Own data contracts and engineering standards used by other teams
• Build the constraint execution path that determines facility capability and timing within seconds
• Build production observability for conformance, including per-stage latency, staleness, and watchdog health
• Develop control systems for real-time load control, MEP and behind-the-meter integration, automated commissioning, and autonomous deployment
• Collaborate with teams spanning hardware and software to deliver gigawatt-scale AI data-center infrastructure
• Respond urgently to broken production pipelines and operational issues

Software Engineer, Energy Management

Engineer

• Define the control and data contract between the facility energy controller and third-party power plant controllers
• Define objects, fields, units, update rates, and staleness behavior crossing system boundaries
• Define sequences of operation for normal operation, generation shortfall, source transitions, blackstart, emergency shedding, and degradation behavior
• Specify point maps, interlocks, and constraint classes for vendors
• Enforce requirements through factory and site acceptance
• Translate electrical and generation constraints into software requirements
• Translate software and data constraints into terms accepted by plant vendors and engineers of record
• Prove interfaces in simulation before energization
• Test every constraint class and mode transition and carry the work into automated commissioning
• Build controls for real-time load control, MEP and behind-the-meter integration, automated commissioning, and autonomous deployment of AI data centers

Controls Engineer, Energy Management

• Design and build a next-generation CMDB as the authoritative source for infrastructure assets, network topology, and configuration data
• Create DCIM platforms for rack operations, server/GPU deployment, OS installation, quality assurance, and white-screen operations
• Develop asset lifecycle management systems covering receiving, racking, inventory, break-fix, and decommissioning workflows
• Build monitoring and observability platforms integrating BMS, EPMS, and IT-device telemetry with intelligent alarming and incident management
• Create self-service portals and automation for region bootstrap, day-2 operations, and fleet-scale management
• Eliminate manual toil through workflow automation and self-service tooling
• Build workflow orchestration systems for incident, problem, and change management
• Develop digital twin visualizations and operational dashboards with data-team analytics partnership
• Create integration layers connecting internal platforms with vendors and third-party systems
• Collaborate with data center operations, systems engineering, network engineering, security, product, business, support, and operations teams
• Evaluate build-versus-buy decisions for platform components
• Champion CI/CD, infrastructure-as-code, automated testing, and observability-first design
• Participate in architecture reviews and design discussions
• Foster technical excellence through code reviews, documentation, and knowledge sharing
• Design high-performance, fault-tolerant systems capable of handling thousands of QPS
• Build monitoring, logging, debugging, and robust error-handling capabilities
• Implement data migration strategies and manage platform dependencies
• Own projects end-to-end from concept through deployment and production readiness

Software Engineer, Ontology

Operator

• Serve as the on-site SME for data center critical infrastructure
• Handle escalations across the white space and supporting facilities
• Understand and manage site design limitations and risks
• Audit colocation partners and service providers on maintenance programs and effectiveness
• Own the change management process for high-risk maintenance activities
• Act as the first responder on-site for incidents and drive resolution with engineering and infrastructure SMEs
• Partner with colocation partners, vendors, and internal teams to maintain site reliability
• Feed operational learnings back into design and process
• Audit, document, and improve the site's operating posture

Facility Operator

Designer

• Produce civil drawing sets for data center site development, including grading, drainage, erosion control, utilities, and site plans
• Turn drawing revisions around within a day during permitting and construction
• Build and maintain civil CAD standards, including templates, layers, and detail libraries
• Coordinate civil sheets against structural and architectural models to identify clashes before field work
• Prepare permit exhibits, plats, and agency-requested revisions
• Contribute to the design, development, and execution of large-scale data centers
• Support development of liquid cooling and electrical distribution systems, modular data centers, and behind-the-meter designs and planning for multi-GW campuses

Civil Designer, Capacity Delivery

Civil Engineer

• Produce civil drawing sets for data center site development, including grading, drainage, erosion control, utilities, and site plans
• Turn drawing revisions around within a day during permitting and construction
• Build and maintain civil CAD standards, including templates, layers, and detail libraries
• Coordinate civil sheets against structural and architectural models to identify clashes before field construction
• Prepare permit exhibits, plats, and agency-requested revisions
• Contribute to the design and execution of large-scale data centers and next-generation infrastructure