• 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 such things as requirements for validating generator controls and sequencing, paralleling logic, load-shed schemes, MV switchgear control philosophy, microgrid controller interactions, and communications networks. • Manage design interface points between such things as: o Generators & MV switchgear o PLCs & supervisory control (SCADA/EPMS/BMS) o Utility interconnection & protection systems o 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, i.e. generator, switchgear, 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.