Senior Electrical Engineer – MRO – Aviation

Overview

As a Senior Electrical Building Services Engineer in Arup’s Aviation team, you will lead electrical design and coordination for aviation and MRO facilities, guiding multi-disciplinary projects from feasibility to handover. You’ll mentor junior engineers, engage clients, and shape sustainable, net-zero outcomes across complex hangar environments. This is a chance to impact airport infrastructure on a global scale while working within a collaborative, multidisciplinary team that values innovation and inclusion.

Pay / Benefits

• profit share
• private medical insurance
• life assurance
• accident insurance
• income protection
• flexible benefits

Responsibilities

• Lead electrical design and coordination for aviation and MRO facility projects
• Manage projects across feasibility, concept, detailed design, construction, commissioning and handover
• Interface with clients, stakeholders, contractors and multidisciplinary teams
• Prepare and review technical documentation, specifications and drawings for electrical systems in MRO hangars
• Provide mentorship and technical guidance to junior engineers
• Support business development through technical input and client engagement
• Apply knowledge of aviation electrical systems (400Hz, power supply for equipment) and regulatory compliance
• Oversee adherence to codes, standards, and safety requirements (DSEAR, ATEX zones, fire suppression)
• Drive project delivery with effective team management and delegation
• Contribute to digital transformation and automation initiatives to enhance efficiency

Key requirements

• Degree qualified in Electrical / Building Services Engineering
• Chartered Engineer status (IET or CIBSE)
• Experience in Aviation sector, especially MRO facility design
• Proven track record of winning and delivering projects
• Ability to provide technical leadership of multi-disciplinary design teams
• Strong awareness of sector-specific legislation and design guidance
• Knowledge of sustainable building design, energy and carbon considerations

• leadership and mentoring
• strong communication and client engagement
• collaboration across disciplines
• 400Hz aircraft ground power systems
• Power supply arrangements for aircraft systems (mass air start, docking, hydraulic, compressed air)
• Familiarity with DSEAR assessments and ATEX zones

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