Power Generation Controls Engineer

Overview

Rowan Digital Infrastructure is redefining how data centers are delivered—faster, smarter, and  partner with hyperscale customers to provide tailored, high-performance infrastructure with a focus on sustainability, efficiency, and flexibility.

Our experienced, end-to-end team delivers custom solutions across a growing portfolio of strategic sites in key markets across the United States. Backed by Quinbrook Infrastructure Partners, Rowan is committed to enabling the next generation of digital infrastructure—and building a more sustainable future in the process.

Ready to help transform how the world’s most important technologies are powered? Join us.

The Power Generation Controls Design Engineer is responsible for leading and coordinating activities related to generator controls, microgrid control systems, MV switch gear controls, Utility interconnection substation controls and associated integration with mission-critical data center environment. This role shall ensure that development of Basis of Design (BoD), controls functional specifications, design packages—spanning controls, electrical, communications, protection, and sequencing—are consistent, technically sound, and aligned across multiple stakeholders.

The engineer shall work closely with the Owner’s Engineer (OE), design engineers, OEMs, and cross-functional data center teams to drive design clarity, resolve conflicts, ensure constructibility, and maintain uniform controls standards across projects.

Travel: Ability to travel approximately 25% for customer meetings, company gatherings, and project sites.

Location: Remote

Compensation: $165k-$205k plus bonus

• Design Coordination & Technical Oversight:
  Serve as the primary technical coordinator for all BTM generation controls during the design phase of data center projects.
• Align design deliverables from the OE, EPC firms, consultants, and OEMs to ensure cohesive system architecture.
• Coordinate requirements for validating generator controls and sequencing, paralleling logic, load-shed schemes, MV switch gear control philosophy, microgrid controller interactions, and communications networks.
• Manage design interface points between generators & MV switch gear; PLCs & SCADA/EPMS/BMS; utility interconnection & protection systems; microgrid controllers & DER assets (e.g. BESS, PV, Fuel Cells).

• Develop standardized documents and maintain and enforce corporate controls standards, templates, and design guidelines across projects.
• Review and refine control narratives, hardware selections, BoD, SOO, I/O lists, one-lines, network diagrams.
• Ensure designs meet uptime, redundancy, and black-start requirements for large-scale data centers.

• Act as the primary liaison between internal and external stakeholders, particularly the OE, and cross-functional data center teams, facilitating alignment on design intent, requirements, and technical decisions.
• Coordinate design review cycles, resolve discrepancies, and lead technical deep-dives with electrical engineering, operations, construction, and commissioning teams.
• Engage OEMs (generator, switch gear, PLC, relay manufacturers) to clarify design requirements and coordinate custom controls integrations.

• Identify design gaps, interface conflicts, or incompatible assumptions early in the design cycle and drive resolution.
• Develop mitigation strategies for risks associated with generator controls, EPMS/BMS integration, and microgrid or parallel operation schemes.
• Provide engineering judgment to guide design tradeoffs affecting reliability, safety, or operational performance.

• Interface with commissioning teams to ensure design packages support testability and system verification during FAT/SAT/IST.
• Ensure design outputs reflect future operational workflows and maintenance considerations.

• Bachelor’s degree in electrical, mechanical, controls, or a directly related discipline.
• 7-10 years of verifiable experience with generator controls, microgrids, or mission-critical electrical systems.
• Deep…