Electrical Engineer – Buildings (Queensland)
At Aurecon, we are optimistic about the future. We are thinkers, solvers, and collaborators who work with our clients to deliver the infrastructure and assets that strengthen communities and create a sustainable future.
What you’ll do
As an Electrical Engineer in our Queensland Buildings group, you’ll be joining a high performing, collaborative and supporting team. Using your experience in the buildings sector, you’ll contribute to a strong and growing pipeline of projects across markets including aviation, commercial, defence, data centres, precincts, sporting facilities and major event infrastructure. You’ll work as part of multidisciplinary teams, collaborating closely with clients to unpack technical problems and lead the development of electrical engineering solutions.
You will:
- Work alongside others to develop electrical engineering advice and designs across medium to large scale projects
- Support senior engineers to drive key engineering outcomes from concept through to delivery
- Work closely with multidisciplinary teams to develop integrated and practical design solutions
- Support project coordination, delivery and reporting, ensuring quality outcomes for clients
- Build and maintain client relationships through consistent delivery and communication
- Grown into more senior delivery roles and seize opportunities to lead portions of electrical designs
- Contribute to a team culture that is collaborative, supportive and high‑energy
This is a delivery‑focussed role, ideal for someone who enjoys being hands‑on in projects while continuing to build their technical capability.
What you’ll bring
- Degree qualified in Electrical Engineering or a related discipline
- Experience delivering electrical design within a consulting, contractor or client‑side environment, or in the buildings sector or an adjacent field
- Proven capability contributing to projects in the $20M - $50M range (or similar complexity)
- Experience contributing to design delivery, coordination and client interaction
