Controls Engineer

TeraWulf; West Palm Beach (FL); On-site; USD 110,000 - 170,000; Full time

Job summary

TeraWulf is seeking a Controls Engineer to serve as the owner-side technical resource for controls architecture, monitoring systems, and integration across multiple data-center projects in Florida.

You will govern BMS, EPMS, SCADA, PLCs, metering, IT/OT networks, dashboards, and ensure observability, cybersecurity, and operable systems; travel up to 25%.

Qualifications

• Bachelor’s degree required; controls engineering, electrical, mechanical, computer engineering, or related field.
• 5–8 years of progressive experience in controls, automation, or mission-critical facilities.
• Experience with data centers, central plants, or large-scale MEP systems preferred.
• PE, EIT or cybersecurity credentials are a plus but not required.
• Willingness to travel up to 25% for site visits and reviews.

Responsibilities

• Serve as owner-side controls engineering resource for BMS, EPMS, SCADA, PLCs, metering, OT networks.
• Support development of controls standards, alarm & dashboard requirements.
• Review controls architecture for reliability, cybersecurity, network segmentation, maintainability.
• Coordinate controls requirements across mechanical, electrical, EPMS, BMS, IT/OT and tenants.
• Review drawings, sequences of operation, network diagrams, alarm matrices and narratives.
• Support vendor and integrator evaluation of BMS/EPMS platforms, PLC systems, SCADA, and dashboards.
• Participate in FATs, factory testing, commissioning, IST, and turnover.
• Translate tenant controls/ telemetry requirements into actionable design criteria for Solutions Engineering.
• Define controls scope demarcations between base build, tenant fit-out, and vendor packages.
• Support turnover documentation and field coordination through project milestones.

Skills

Strong ownership & judgment

Clear written & verbal communication

Detail- & process-oriented

Education

Bachelor’s degree in Controls Engineering or related technical discipline

Job description

About The Role

TeraWulf is building large-scale AI/HPC data centers, and the Controls Engineer will serve as the owner-side technical resource for controls architecture, monitoring systems, operational visibility, and controls integration across multiple projects.

About The Role

TeraWulf is building large-scale AI/HPC data centers, and the Controls Engineer will serve as the owner-side technical resource for controls architecture, monitoring systems, operational visibility, and controls integration across multiple projects.

This Controls Engineer will support the Owner’s Engineering and Solutions Engineering tracks, with additional support for Program Delivery. The Controls Engineer will help govern BMS, EPMS, SCADA, PLC, metering, OT network, dashboarding, and system-integration requirements to ensure that data center systems are observable, controllable, secure, commissionable, and operable.

This role is well suited to a controls engineer or industrial automation professional with experience in mission-critical facilities, data centers, central plants, power monitoring, industrial controls, or complex MEP systems.

Core Functions

• Serve as the owner-side controls engineering resource for BMS, EPMS, SCADA, PLCs, metering, controls networks, dashboards, and related OT systems.
• Support development of controls standards, integration requirements, points lists, alarm standards, trending requirements, dashboard requirements, and sequence-of-operation expectations.
• Review controls architecture for reliability, cybersecurity, network segmentation, maintainability, commissioning readiness, and operational usability.
• Coordinate controls requirements across mechanical, electrical, EPMS, BMS, fire alarm, security, IT/OT, commissioning, and tenant systems.
• Review controls drawings, specifications, sequences of operation, control diagrams, network architecture, points lists, graphics packages, alarm matrices, and integration narratives.
• Support vendor and integrator evaluation, including BMS/EPMS platforms, PLC-based systems, SCADA tools, metering platforms, data historians, and dashboarding solutions.
• Participate in FATs, factory testing, software demonstrations, controls bench testing, commissioning, IST, and construction-to-operations turnover.
• Support tenant-facing Solutions Engineering by translating tenant controls, monitoring, telemetry, data-feed, API, alarm, and reporting requirements into actionable design criteria.
• Help define controls scope demarcations between Landlord base build, tenant fit-out, tenant equipment, vendor packages, and operational integrations.
• Support lease exhibits, technical narratives, responsibility matrices, and SLA-related monitoring requirements where controls data is needed to validate performance.
• Support Program Delivery through milestone drawing reviews, RFI and submittal review, change assessment, issue tracking, field coordination, and turnover documentation.
• Identify gaps in monitoring, alarming, controllability, data quality, system integration, commissioning scripts, and operational readiness; drive issues to resolution.

Core Competencies

• Strong understanding of industrial controls, BMS, EPMS, SCADA, PLCs, metering, OT networks, and data center monitoring systems.
• Applied knowledge of data center mechanical and electrical systems, including chilled water plants, pumps, CRAHs/fan walls, CDUs, UPS systems, switchgear, generators, and power distribution.
• Familiarity with common protocols and integrations, including BACnet, Modbus, OPC, APIs, data historians, and dashboarding platforms.
• Ability to review sequences of operation, points lists, network diagrams, alarm matrices, graphics, metering plans, and commissioning scripts.
• Strong owner-side judgment, with the ability to balance technical capability, cost, schedule, cybersecurity, operability, maintainability, and tenant commitments.
• Clear written and verbal communicator who can translate between engineers, controls vendors, IT/OT teams, operators, contractors, commissioning agents, and tenants.
• Detail- and process-oriented, with the discipline to support design QA/QC, issue tracking, documentation control, and turnover readiness.
• Comfortable working across multiple concurrent projects in a fast-moving environment with evolving design, construction, and tenant requirements.

Qualifications

• Bachelor’s degree in Controls Engineering, Electrical Engineering, Mechanical Engineering, Computer Engineering, Computer Science, or related technical discipline.
• 5–8 years of progressive experience in controls, automation, BMS, EPMS, SCADA, industrial systems, or mission-critical facility operations.
• Direct experience with data centers, central plants, industrial facilities, utilities, or large-scale commercial MEP systems strongly preferred.
• Experience with controls design review, system integration, commissioning, FAT/SAT, alarm management, and operational turnover.
• Experience coordinating with engineers, controls contractors, system integrators, IT/OT teams, vendors, commissioning agents, and operations teams.
• PE, EIT, controls certifications, cybersecurity credentials, or platform-specific certifications a plus but not required.
• Willingness to travel up to 25% for jobsites, design reviews, FATs, commissioning activities, vendor visits, and key project milestones.

Key Deliverables

• Controls standards, integration requirements, points list templates, alarm standards, trending requirements, and dashboard requirements.
• BMS, EPMS, SCADA, PLC, metering, OT network, and controls architecture review comments.
• Design milestone comments and dispositions for 30%, 60%, 90%, IFC, addenda, and construction-phase packages.
• Tenant controls and telemetry requirement summaries, scope demarcation matrices, and interface control documentation.
• Vendor and integrator evaluation summaries, FAT reports, software demonstration notes, and technical risk assessments.
• RFI, submittal, sequence-of-operation, alarm matrix, graphics, and commissioning script review comments.
• Controls turnover documentation, including final points lists, graphics, alarm lists, trend logs, network diagrams, software backups, and operations handoff materials.