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. Position Overview The Chief Systems Integration Engineer serves as the enterprise technical authority for Systems Integration, responsible for governing the engineering principles, technical standards, and integration architecture that enable Nscale’s hyperscale data center portfolio to operate as a unified, scalable, and data-driven ecosystem. This role establishes the engineering philosophy that connects electrical, mechanical, controls, automation, OT/IT systems, operational data platforms, and enterprise business systems into a cohesive operating model. The Chief Systems Integration Engineer provides executive technical leadership throughout the entire asset lifecycle, from concept and design through commissioning, operational readiness, ingestion, steady-state operations, modernization, and expansion. As the organization’s senior technical authority, this position leads enterprise engineering governance, develops long-term technical roadmaps, oversees systems integration standards, validates technical risk, and ensures every facility is designed for reliability, maintainability, observability, and repeatability. The role partners closely with Engineering, Construction, Business Operations, AI Infrastructure, Operations, Security, and the Enterprise Systems Integration Architect to ensure every technology decision supports both current operational performance and future digital transformation. The Chief Systems Integration Engineer serves as the final technical decision-maker for cross-disciplinary integration challenges that cannot be resolved within individual engineering disciplines and provides executive guidance on emerging technologies, digital engineering, automation strategies, and enterprise operational data architecture. Role Justification As Nscale expands its hyperscale data center portfolio beyond 100 MW campuses into a multi-site enterprise, successful operations depend on more than individual engineering disciplines, they require a single technical authority responsible for governing how every system functions as part of an integrated whole. Electrical infrastructure, mechanical systems, controls, BMS/SCADA, automation, OT/IT networks, enterprise applications, operational data platforms, AI infrastructure, and business systems must be engineered as one interconnected ecosystem. Without centralized technical governance, integration decisions become inconsistent across projects, technical debt accumulates, operational risk increases, and each new campus evolves differently. The Chief Systems Integration Engineer provides that enterprise technical governance by establishing engineering standards, validating integration architectures, leading system-level design reviews, conducting failure-mode and operational risk analyses, and ensuring technical consistency across every project and operational site. Beyond traditional engineering leadership, this role governs the enterprise technical roadmap for systems integration, operational data architecture, automation, digital engineering, observability, and emerging technologies. The Chief Engineer ensures engineering decisions support operational excellence, scalable growth, AI-ready infrastructure, and long-term enterprise resiliency rather than simply delivering individual projects. Working closely with the Enterprise Systems Integration Architect, this role transforms engineering knowledge into repeatable enterprise standards, digital design patterns, and integration frameworks that reduce lifecycle cost, improve reliability, accelerate future deployments, and enable portfolio-wide operational intelligence. This position is intentionally introduced after the execution organization has established the foundational DC Systems Integration capability. Once a sufficient body of engineering standards, operational data, integration architectures, and commissioning experience exists, the Chief Systems Integration Engineer institutionalizes