As a Power & Resource Efficiency Engineer, you'll sit at the intersection of IT and facilities , building the systems, models, and control loops that optimize how we allocate and consume power, cooling, and physical capacity across our TPU/GPU fleet.

You'll own the technical strategy for turning raw data center capacity into reliable, efficient compute, working across power topology, workload scheduling, and real-time telemetry to push utilization as close to the physical envelope as possible while maintaining our availability commitments.

Responsibilities

• Build models that forecast consumption across electrical and mechanical subsystems, informing capacity planning, energy procurement, oversubscription targets and risks, including statistical modeling of cluster utilization, workload profiles, and failure modes.

• Design IT/OT interfaces that bridge compute orchestration with facility controls, enabling real-time telemetry across accelerator hardware, power distribution, cooling, and schedulers.

• Build and operate load management systems that use power and cooling topology to enable load management and power/thermal-aware placement to maximize throughput while meeting SLOs.

• Partner with data center providers to drive design optimizations and hold them accountable to SLA-grade performance standards, providing technical diligence on partner architectures.

What We're Looking For

• Deep knowledge of data center power distribution and cooling architectures, and how they interact with IT load profiles. Experience with reliability engineering, SLA development, and failure-mode analysis.

• Proficiency in statistical modeling and simulation for infrastructure capacity or power utilization.

• Familiarity with SCADA/BMS/EPMS, telemetry pipelines, and control systems. Experience building software that bridges IT and OT.

• Exposure to accelerator deployments and their power management interfaces strongly preferred.

• Demand response, grid interaction, or behind-the-meter generation experience is a plus.

• Ability to translate between infrastructure engineering, software teams, and external partners.

Required Qualifications

• Bachelor's degree in Electrical Engineering, Mechanical Engineering, Power Systems, Controls Engineering, or a related field.

• 5+ years of experience in data center infrastructure or facility engineering.

• Demonstrated experience with data center power distribution and cooling system architectures.

• Experience building or operating software-based power management, load scheduling, or control systems.

• Proficiency in Python or similar languages for statistical modeling, simulation, or automation of data center infrastructure optimizations.

• Familiarity with SCADA, BMS, EPMS, or industrial control systems and associated protocols (Modbus, BACnet, SNMP).

• Track record of cross-functional collaboration across hardware, software, and facilities teams.

Preferred Qualifications

• Master's or PhD in Controls, Power Systems, or related discipline and 3+ years of experience in data center infrastructure or facility engineering.

• Experience with accelerator-class deployments and their power management interfaces.

• Background in control theory, dynamical systems, or cyber-physical systems design.

• Experience with energy storage, microgrid integration, demand response, or behind-the-meter generation.

• Familiarity with reliability engineering methods.

• Experience with SLA development, availability modeling, or service credit frameworks.

• Exposure to ML/optimization techniques applied to infrastructure or energy systems.

Salary

The annual compensation range for this role is $320,000-$405,000 USD.

Benefits

We offer competitive compensation and benefits, optional equity donation matching, generous vacation and parental leave, flexible working hours, and a lovely office space in which to collaborate with our team.

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Your scope includes power generation, electrical distribution, BESS, UPS, generators, switchgear, and related infrastructure. You will ensure systems are fully operational, reliable, and compliant with design intent, safety standards, and performance requirements before transitioning to operations.

Responsibilities:

• Develop, implement, and maintain comprehensive commissioning plans, protocols, test procedures, checklists, and scripts for electrical systems with related control systems
• Lead functional, integrated systems, and performance testing (including factory acceptance testing (FAT), site acceptance testing (SAT), and load bank testing) to verify system readiness and compliance with specifications
• Coordinate with design engineers, construction teams, vendors, and operations to resolve issues, perform troubleshooting, and execute corrective actions during commissioning phases
• Conduct thorough documentation of test results, deficiencies, punch lists, and as-built conditions; prepare commissioning reports and turnover packages for operations handover
• Perform quality assurance reviews of system installations, calibrations, sequences of operations, and safety interlocks
• Support startup and initial operations of power plants, substations, UPS, generators, or other datacenter critical electrical infrastructure
• Identify risks and opportunities for improvement in commissioning processes; recommend enhancements to standards, tools, and workflows
• Collaborate cross-functionally to ensure seamless integration of bespoke AI infrastructure systems (e.g., high-reliability power redundancy, monitoring/EPMS)
• Maintain a strong focus on safety, compliance with industry codes and standards (NEC, NFPA, etc.), and xAI's operational excellence standards in fast-paced, high-stakes environments

Basic Qualifications:

• Bachelor’s degree in Electrical Engineering or a related field (or equivalent practical experience)
• Proficient in commissioning tools and processes (e.g., test plan development, data logging, fault simulation, and integrated systems testing)
• Experienced with power systems (medium/low voltage distribution, generators, UPS, switchgear, BESS)
• Detail-oriented with excellent analytical, problem-solving, and troubleshooting skills under tight deadlines
• Strong communicator capable of working effectively with multidisciplinary teams, contractors, and stakeholders
• Comfortable in a dynamic, fast-moving environment with evolving priorities and ambitious timelines

Preferred Skills and Experience:

• 5+ years of hands-on commissioning experience in mission-critical facilities (data centers, power plants, or similar high-reliability environments), with strong focus on electrical systems
• Experience commissioning natural gas power generation, datacenter infrastructure, or AI/high-performance compute facilities
• Familiarity with tools like SEL relays, BMS/EPMS, Navisworks, or commissioning management software
• Knowledge of redundancy architectures (N+1, 2N), energy efficiency metrics (PUE), and safety protocols in high-voltage environments
• Previous owner-side or client-facing commissioning role

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As a Command Center Technician, you will serve as the front-line mission control for our global data center fleet. In a 24/7 operations environment, you will be responsible for real-time monitoring, coordination, and incident response across critical electrical, mechanical, and environmental systems.

Key responsibilities include:

• Providing continuous 24/7 monitoring of global data center infrastructure systems using BMS, EPMS, DCIM, and other monitoring platforms.
• Monitoring critical assets including UPS, generators, switchgear, chillers, and fire suppression systems.
• Serving as the first responder for infrastructure alarms, triaging incidents and initiating response actions per SOPs, MOPs, and EOPs.
• Escalating incidents promptly to on-site operations, engineering teams, and leadership based on defined escalation matrices.
• Coordinating incident response activities across multiple teams to minimize risk to production environments.
• Supporting root cause analysis (RCA) efforts by providing detailed timelines, logs, and incident documentation.
• Acting as a central communication hub, providing clear and accurate status updates during incidents and maintenance events.

To succeed in this role, you will need:

• 2+ years of experience working in mission-critical environments (data centers, utilities, or industrial operations).
• Foundational technical knowledge of data center electrical and mechanical infrastructure systems.
• Proven experience following and executing SOPs, MOPs, and EOPs in high-availability environments.
• Proficiency with monitoring tools, ticketing systems, and operational dashboards.
• Experience in incident management, technical troubleshooting, and structured escalation.
• Ability to work rotating shifts, including nights, weekends, and holidays, in a 24/7 operations environment.
• Availability to work a flexible schedule within a 24/7 environment.
• Excellent time management, organizational, and communication skills.
• Must be able to prioritize tasks and react quickly to issues.

Preferred qualifications include:

• 4+ years of experience working in mission-critical environments
• Prior experience in a hyperscale or large-scale data center environment.
• Hands-on technical background in electrical (UPS, switchgear) or mechanical (chillers, CRAC units) systems.
• Familiarity with specific BMS, EPMS, and DCIM platforms.
• Experience working in a centralized Command Center or Network Operations Center (NOC).

At CoreWeave, we believe in investing in our people and value candidates who can bring their own diversified experiences to our teams. If you're a motivated and detail-oriented individual who is passionate about delivering exceptional results, we'd love to hear from you.

We offer a competitive salary range of $75,000 to $100,000, plus a comprehensive benefits package that includes medical, dental, and vision insurance, 401(k) matching, and paid time off.

If you're interested in joining our team, please submit your application, including your resume and a cover letter, to [insert contact information].

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You'll own the technical strategy for turning raw data center capacity into reliable, efficient compute, working across power topology, workload scheduling, and real-time telemetry to push utilization as close to the physical envelope as possible while maintaining our availability commitments.

Key responsibilities include:

• Building models that forecast consumption across electrical and mechanical subsystems, informing capacity planning, energy procurement, oversubscription targets and risks, including statistical modeling of cluster utilization, workload profiles, and failure modes.

• Designing IT/OT interfaces that bridge compute orchestration with facility controls, enabling real-time telemetry across accelerator hardware, power distribution, cooling, and schedulers.

• Building and operating load management systems that use power and cooling topology to enable load management and power/thermal-aware placement to maximize throughput while meeting SLOs.

• Partnering with data center providers to drive design optimizations and hold them accountable to SLA-grade performance standards, providing technical diligence on partner architectures.

In this role, you'll need to have deep knowledge of data center power distribution and cooling architectures, and how they interact with IT load profiles. Experience with reliability engineering, SLA development, and failure-mode analysis is also essential.

Additionally, proficiency in statistical modeling and simulation for infrastructure capacity or power utilization, familiarity with SCADA/BMS/EPMS, telemetry pipelines, and control systems, and exposure to accelerator deployments and their power management interfaces are highly desirable.

This is a challenging and rewarding role that requires a unique blend of technical expertise, business acumen, and collaboration skills. If you're passionate about data center infrastructure, AI, and sustainability, we encourage you to apply.

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Your scope includes chiller plants, HVAC, water treatment, liquid cooling, and related infrastructure. You will ensure systems are fully operational, reliable, and compliant with design intent, safety standards, and performance requirements before transitioning to operations.

This hands-on position combines strategic commissioning planning with on-site execution to minimize risks, validate performance, and enable rapid scaling of high-density compute environments.

Responsibilities:

• Develop, implement, and maintain comprehensive commissioning plans, protocols, test procedures, checklists, and scripts for mechanical systems with related control systems

• Lead functional, integrated systems, and performance testing (including factory acceptance testing (FAT), site acceptance testing (SAT), and integrated system testing) to verify system readiness and compliance with specifications

• Coordinate with design engineers, construction teams, vendors, and operations to resolve issues, perform troubleshooting, and execute corrective actions during commissioning phases

• Conduct thorough documentation of test results, deficiencies, punch lists, and as-built conditions; prepare commissioning reports and turnover packages for operations handover

• Perform quality assurance reviews of system installations, calibrations, sequences of operations, and safety interlocks

• Support startup and initial operations of chillers, HVAC, liquid cooling, CRAC/CRAH units, or other datacenter critical mechanical infrastructure

• Identify risks and opportunities for improvement in commissioning processes; recommend enhancements to standards, tools, and workflows

• Collaborate cross-functionally to ensure seamless integration of bespoke AI infrastructure systems (e.g., advanced cooling, monitoring/BMS)

• Maintain a strong focus on safety, compliance with industry codes and standards (ASHRAE, NFPA, etc.), and xAI's operational excellence standards in fast-paced, high-stakes environments

Basic Qualifications:

• Bachelor’s degree in Mechanical Engineering or a related field (or equivalent practical experience)

• Proficient in commissioning tools and processes (e.g., test plan development, data logging, fault simulation, and integrated systems testing)

• Experienced with mechanical systems (HVAC, chilled water plants, CRAC/CRAH, liquid cooling, water treatment)

• Detail-oriented with excellent analytical, problem-solving, and troubleshooting skills under tight deadlines

• Strong communicator capable of working effectively with multidisciplinary teams, contractors, and stakeholders

• Comfortable in a dynamic, fast-moving environment with evolving priorities and ambitious timelines

Preferred Skills and Experience:

• 5+ years of hands-on commissioning experience in mission-critical facilities (data centers, industrial plants, or similar high-reliability environments), with strong focus on mechanical systems

• Experience commissioning datacenter infrastructure, liquid cooling systems, or AI/high-performance compute facilities

• Familiarity with tools like BMS/EPMS, Navisworks, or commissioning management software

• Knowledge of redundancy architectures (N+1, 2N), energy efficiency metrics (PUE), and safety protocols in mechanical systems

• Previous owner-side or client-facing commissioning role

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Your primary responsibilities will be to develop, implement, and maintain comprehensive commissioning plans, protocols, test procedures, checklists, and scripts for electrical systems with related control systems. You will also lead functional, integrated systems, and performance testing to verify system readiness and compliance with specifications.

Additionally, you will coordinate with design engineers, construction teams, vendors, and operations to resolve issues, perform troubleshooting, and execute corrective actions during commissioning phases. You will conduct thorough documentation of test results, deficiencies, punch lists, and as-built conditions; prepare commissioning reports and turnover packages for operations handover.

The ideal candidate will have a Bachelor's degree in Electrical Engineering or a related field, proficient in commissioning tools and processes, and experienced with power systems. They will also be detail-oriented with excellent analytical, problem-solving, and troubleshooting skills under tight deadlines.

This is a hands-on position that combines strategic commissioning planning with on-site execution to minimize risks, validate performance, and enable rapid scaling of high-density compute environments.

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