Want to be a part of Asia Pacific & Middle East's (APME) largest, most innovative, and rapidly growing data centre company?

AirTrunk is a hyperscale data centre company with a powerful purpose - to scale and sustain the relentless growth of the region’s digital future. We do this by continuously redefining and delivering the digital infrastructure that meet the needs of our customers - the world’s most transformational companies. And we’re doing so sustainably, for today and tomorrow.

Having opened Australia’s first and largest hyperscale data centres in 2017, we set our eyes on rapid expansion and now operate a platform of hyperscale data centres across the APME region. With backing from our investors, including Blackstone, this is just the beginning…

Come join the A-Team at AirTrunk, where the cloud meets the ground.

A Snapshot

As the HV Site Engineer reporting to the Associate Director, HV Infrastructure, you will work closely with our Technology, Development, Construction, Commissioning and Operations teams, making your mark in several ways:

Lead the safe and effective on-site delivery of high voltage (HV) infrastructure across AirTrunk projects, ensuring installations meet approved designs, quality requirements, programme commitments and operational needs
Coordinate contractors, consultants, network service providers and internal teams through construction, testing, energisation, commissioning and handover
Provide practical site-based engineering solutions to HV issues, with a strong focus on safety, constructability, reliability and continuity of operations

Your Day to Day

Manage the on-site delivery of HV networks across new and existing AirTrunk sites, ensuring work is completed safely and in accordance with approved designs, applicable codes, standards and AirTrunk requirements
Oversee the installation of HV equipment and systems, including switchgear, transformers, protection relays, SCADA, earthing, cabling and DC systems
Review issued-for-construction drawings, specifications, method statements, inspection and test plans, safe work method statements and vendor documentation before site execution
Supervise and collaborate with principal contractors, specialist subcontractors and suppliers to achieve safe, practical and high-quality outcomes on time and within budget
Complete site inspections, monitor workmanship and quality records, and drive the timely resolution of non-conformances, defects and punch-list items
Coordinate HV access, isolations, permits and switching activities with authorised personnel, Site Specialists and Operations teams
Act as the site technical interface between designers, consultants, contractors, vendors, network service providers and AirTrunk stakeholders
Support testing, energisation and commissioning activities, including witnessing tests, reviewing results and confirming that systems are ready for safe operation
Prepare and review methods of procedure, switching plans and other site execution documents in conjunction with the Site Specialist and commissioning teams
Resolve site queries, constructability issues, clashes and design discrepancies through timely technical clarification and controlled change processes
Support the investigation and resolution of HV incidents, standing issues and emerging technical risks that fall outside local Operations capability
Identify opportunities to improve safety, programme, cost, quality and system performance, and share lessons learned across projects
Ensure complete project handover, including as-built drawings, test records, operation and maintenance manuals, asset information, training and outstanding-action close-out

Requirements

Bachelor's degree in Electrical Engineering or a related discipline.
Minimum five years of experience in HV construction, site engineering or project delivery, preferably within data centres, critical infrastructure, utilities or large-scale industrial projects.
Strong practical knowledge of HV equipment and installations, including switchgear, transformers, protection systems, SCADA, earthing, cabling and auxiliary DC systems.