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About the Role
The Senior Electrical Solutions Engineer is a core Subject Matter Expert (SME) within Global Solutions Engineering, providing advanced electrical engineering expertise and technical leadership. This role translates complex customer requirements into practical, scalable, resilient, and commercially viable data center electrical solutions, with a focus on high-density compute environments and complex power distribution architectures. The engineer will develop electrical solutions from initial customer requirements through approximately 30% schematic design.
Responsibilities
- Reports to the Director of Central Solutions Engineering for Global Solutions Engineering and serves as the EMEA Electrical SME and escalation point for the Global Solutions Engineering organization, supporting Solutions Engineers with technical interpretation, solution development, customer discussions, electrical capacity assessments, and technical risk identification
- Lead electrical solutioning for hyperscale, AI/HPC, neocloud, and enterprise opportunities, with strong emphasis on high-density deployments, resilient power architectures, customer fit-outs, and integration into both new and existing data center infrastructure
- Lead the preparation and coordination of electrical technical response packages for customer requests, RFPs, SOQs, technical clarifications, and design-development activities, ensuring proposed solutions are clearly documented and communicated to customers and internal stakeholders
- Support NTT Data GDC Legal and Commercial teams in the technical review of customer contracts, leases, MSAs, SLAs, responsibility matrices, technical exhibits, and related agreements to confirm that electrical obligations, performance commitments, demarcations, and customer requirements are technically achievable and aligned with NTT Data GDC standards
- Translate customer RFPs, SOQs, CDEs, technical schedules, design criteria, and engineering standards into electrical concepts that align customer requirements with NTT Data GDC standards, available site infrastructure, resiliency objectives, schedule, and commercial requirements
- Develop electrical design concepts through approximately 30% schematic design, including single-line diagrams, power distribution concepts, equipment layouts, feeder and busway routing concepts, equipment connection points, system zoning, redundancy strategies, design criteria, protection philosophy, and supporting technical markups
- Prepare sufficiently detailed schematic packages and technical scope information for Construction / Preconstruction teams to establish fit-out pricing, identify Non-Recurring Costs (NRC), evaluate long-lead equipment requirements, and assess schedule impacts and delivery risks
- Perform or validate engineering calculations and technical analyses including electrical load calculations, power striping calculations, normal and failure-mode load allocation, failover calculations, transformer and UPS loading, generator loading, feeder and busway sizing, voltage drop, available fault current, equipment interrupting ratings, redundancy capacity, and electrical system operating envelopes
- Perform power striping and failover assessments to confirm that IT load can be appropriately distributed across available power trains under normal, maintenance, and failure conditions, and verify that proposed solutions remain within the capacity limits of generators, UPS systems, transformers, switchgear, PDUs/RPPs, busway, and downstream distribution equipment
- Develop electrical solutions for high-density and AI/GPU deployments, including evaluation of rack power requirements, diversity, power factor, harmonic loading, transient characteristics, busway and RPP configurations, branch-circuit distribution, and coordination with liquid-cooling and other high-density mechanical systems
- Participate directly in customer workshops, technical deep-dives, RFP clarifications, site visits, design reviews, and executive / technical presentations; communicate complex electrical engineering concepts clearly to both technical and non-discipline audiences
- Develop technical narratives and scope-of-work documentation including intake forms, Basis of Design input, electrical design criteria, assumptions, deviations, exclusions, demarcation points, and other documentation required to transition solutions from Sales / Solutions Engineering into design and construction execution
- Host and support technical tours of NTT Data GDC facilities, explaining electrical infrastructure, resiliency philosophy, capacity, operating methodology, and customer deployment options to prospects, customers, and partners
Requirements
- Deep practical expertise in hyperscale, neocloud, AI/HPC, and high-density electrical architectures, including 2N, N+1, distributed redundant, catcher, block-redundant, and other mission-critical power topologies
- Strong understanding of electrical load allocation, power striping, failover calculations, failure-domain analysis, and capacity balancing across generators, UPS systems, transformers, switchgear, PDUs/RPPs, busway, and rack-level distribution
- Strong ability to develop schematic-level electrical engineering documentation and markups in Bluebeam. Knowledge of AutoCAD, Revit, ETAP, AmpCalc, or similar tools, including single-line diagrams, electrical risers, equipment layouts, feeder routing concepts, busway layouts, and customer fit-out concepts, is strongly preferred
- Strong understanding of power-quality requirements, including voltage tolerance, frequency tolerance, harmonics, THD, power factor, transient performance, waveform capture, and customer-specific server power-quality criteria.
- Advanced knowledge and ability to mark-up electrical and mechanical single lines, as well as floor plan layouts of equipment and systems in AutoCAD, Bluebeam or other drafting software.
- Ability to develop and write a bill of materials and scope of work to meet large customer infrastructure deployment requirements.
- Extensive experience of relevant electrical engineering experience in mission-critical facilities, hyperscale data centers, high-density compute or similarly complex infrastructure environments.
- Experience developing schematic or concept designs and carrying sufficient detail into construction pricing / preconstruction is strongly preferred.
- Experience working for a hyperscaler, data center operator, engineering consultant, OEM, or major mission-critical contractor is highly desirable.
Skills
- Electrical engineering
- Technical leadership
- Data center electrical solutions
- High-density compute
- Power distribution architectures
- Medium-voltage distribution
- Low-voltage distribution
- UPS systems
- Generators
- Transformers
- Switchgear
- PDUs/RPPs
- Busway
- Rack power distribution
- Protection and coordination
- Grounding
- Metering
- Power quality
- Resilient electrical topologies
- Schematic design
- Single-line diagrams
- Calculations
- Equipment selection
- Technical narratives
- Basis-of-design documentation
- Scope definition
- Design Management
- Procurement
- Construction
- Customer requirements translation
- Scalable solutions
- Resilient solutions
- Commercially viable solutions
- Hyperscale data centers
- Neocloud/enterprise customers
- AI/HPC
- Customer fit-out projects
- Electrical load calculations
- Power striping calculations
- Failover calculations
- Transformer loading
- UPS loading
- Generator loading
- Feeder sizing
- Busway sizing
- Voltage drop
- Available fault current
- Equipment interrupting ratings
- Redundancy capacity
- Electrical system operating envelopes
- Power quality requirements
- Voltage tolerance
- Frequency tolerance
- Harmonics
- THD
- Power factor
- Transient performance
- Waveform capture
- Server power-quality criteria
- Bluebeam
- AutoCAD
- Revit
- ETAP
- AmpCalc
- Electrical risers
- Equipment layouts
- Feeder routing concepts
- Busway layouts
- Customer fit-out concepts
- Bill of materials
- Scope of work
- Electrical and mechanical single lines
- Floor plan layouts
- Mission-critical facilities
- High-density compute
- Concept designs
- Construction pricing
- Preconstruction
- Hyperscaler experience
- Data center operator experience
- Engineering consultant experience
- OEM experience
- Mission-critical contractor experience
Location
- UK
- Netherlands
Work Type
- Hybrid
Experience Level
- Senior
- Extensive experience
Education Level
- Bachelor’s degree in electrical engineering or a closely related engineering discipline
- Master’s degree is a plus
About the Company
- As the third largest data center provider, we operate over 150 data centers in more than 20 countries and regions.
- We offer local-to-global data center expertise, aligned with our connected platform of AI-ready data centers to create solutions that enable our clients to seamlessly scale their digital businesses, anywhere and anytime.
Equal Opportunity
- NTT Global Data Centers is proud to be an Equal Opportunity Employer with a global culture that embraces diversity.
- We are committed to providing an environment free of unfair discrimination and harassment.
- We do not discriminate based on age, race, colour, gender, sexual orientation, religion, nationality, disability, pregnancy, marital status, veteran status, or any other protected category.