Title:
Principal Structural Engineer (Bridges)KBR is proud to be the Principal Design Partner on the North Western Program Alliance (NWPA) a long‑standing partnership between the Level Crossing Removal Project (LXRP), Metro Trains Melbourne, KBR and John Holland.
Established in 2017, NWPA has successfully delivered around $3B worth of transport infrastructure for the state and its communities. Off the back of this success, LXRP has awarded us a further five-year extension, giving our team a strong and sustainable pipeline of major transport projects across Melbourne through to 2027.
With Victoria’s transport sector booming, joining KBR to work on NWPA is an exciting next step in your career. You’ll help shape the community through city‑defining projects including Melbourne Airport Rail – Stage 1, and the Ruthven and Seaford level crossing removals, with more diverse projects already in development. These alone include six major viaduct‑style bridge designs, alongside a robust future program.
At KBR and NWPA, our goal is to be recognised as “the place to be.” This is reflected in the way we work and support our people:
Opportunities to grow and diversify through collaboration with engineering, digital, stakeholder engagement, construction and more.
A truly collaborative, no‑blame culture focused on solving challenges together.
Genuine support around workloads and wellbeing.
Access to internal and external development programs, including our 101 training series.
A flexible hybrid working model—work from home, our head office, or project sites.
The Opportunity
As NWPA continues to grow, we’re looking for passionate, delivery‑focused professionals to help keep Victoria moving. We now have an opportunity for a Principal Structural Engineer to join our team.
You’ll contribute to our bold, future‑focused approach to heavy rail infrastructure design. While you’ll begin your journey with NWPA, this is a permanent role within KBR, opening doors to iconic infrastructure projects across Australia.
Key Responsibilities
In this role, you will:
Plan, schedule and deliver structural engineering designs, adapting techniques and standards to suit complex challenges.
Manage intricate design elements, including conflicting requirements, unconventional materials, and high‑coordination scenarios.
Ensure all commercial, cost, safety and legal considerations are integrated into design specifications.
Mentor and guide junior engineers, designers and drafters.
What You’ll Bring
We’re looking for someone with a bachelor’s degree in structural engineering and extensive experience in infrastructure projects—ideally within a multidisciplinary environment. You will also bring:
Why KBR?
At KBR, we are committed to social and environmental sustainability, and to delivering projects with a digital‑first, innovation‑driven mindset. Our people seamlessly integrate with customer teams to create lasting, positive impact for communities and the environment.
Together, we deliver infrastructure for a better tomorrow.
Beyond exciting projects, we offer a suite of benefits designed to support your career, lifestyle and wellbeing. Our culture—and the genuine value we place on our people—is central to our long‑term success, and we’d love for you to be part of it.
Our Benefits Include:
Industry‑leading salaries, reviewed annually
Time‑in‑lieu arrangements and the ability to earn extra leave
Flexible work options (start/finish times, WFH, flex time)
Project incentive schemes
Structured development and progression plans
Paid parental leave
Salary packaging and novated leases
Supportive Diversity & Inclusion initiatives
Help shape tomorrow by applying today!
Don’t miss out on this opportunity to leave your impact on our society with one of Australia’s leading infrastructure businesses. Apply now and follow us on LinkedIn to stay up to date with all the latest news and job opportunities.
KBR recognizes it can be challenging to balance work and life. We pride ourselves on offering a range of flexible working options that enables our people to deliver exceptional outcomes.
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