Responsibilities
- Own electrical design across feasibility, concept, scheme, and detailed design, through procurement support, construction, commissioning, and handover.
- Define and validate power architectures (utility intake, MV/LV distribution, UPS topologies, generators, switchgear, PDUs, STS, busway, earthing, and lighting).
- Lead power systems studies and protection design (load flow, short circuit, protection coordination, arc‑flash, harmonic analysis) using tools such as ETAP/SKM.
- Integrate monitoring and controls (BMS/EPMS/SCADA), metering strategies, and resilience features aligned to availability objectives (e.g., Tier II–IV).
- Embed decarbonization and energy efficiency (high‑efficiency UPS, advanced controls, heat recovery, demand response, on‑site renewables, and grid-interactive strategies).
- Assure compliance with applicable standards and codes (e.g., IEC/BS/EN and/or NEC/NFPA), client specifications, and AECOM quality procedures.
- Coordinate multi‑disciplinary interfaces (mechanical, structural, architectural, fire/life safety, security, ICT) to deliver fully integrated designs.
Requirements
- Experience in technical delivery of data centre projects for tech firms
- Strong track record in tech firm business development
- Ability to lead a team of technical experts
- Experience in defining and validating power architectures
- Proficiency in power systems studies and protection design using tools such as ETAP/SKM
- Knowledge of monitoring and controls integration (BMS/EPMS/SCADA)
- Understanding of resilience features aligned to availability objectives (e.g., Tier II–IV)
- Experience embedding decarbonization and energy efficiency in designs
- Compliance assurance with standards (e.g., IEC/BS/EN, NEC/NFPA), client specs, and quality procedures
- Ability to coordinate multi-disciplinary design interfaces
Work Arrangement
Remote (Worldwide) — EMEA, UK, Europe, globally
