ASC is Australia’s submarine company. We built the Royal Australian Navy’s Collins Class submarines, sustain them, and are now delivering their Life of Type Extension to increase the boats’ service lives. We have also been selected by the Australian Government to sustain and jointly build the nation’s nuclear-powered submarines – the largest and most complex industrial undertaking in Australia’s history.

Our work is interesting and meaningful, contributing directly to Australia’s national security. We offer rewarding roles that provide the opportunity to grow your career, and the flexibility to balance life and work. A career at ASC is like no other, delivering a deeper purpose we can all be proud of.

About the Opportunity

This Mechanical Stress Analysis Engineer/ Lead Structural Engineer position is integral to our Life of Type Extension (LOTE) Structural team, offering crucial engineering support to ensure the safe and efficient operation and availability of the Collins Class Submarine fleet. These submarines are pivotal to Australia's frontline naval capabilities.

Responsibilities

• Provide engineering support for design activities as part of the LOTE of Collins Class submarines.
• Development and review of structural documentation such as structural calculations, work instructions, requirements specifications, test procedures and engineering reports.
• Produce safety and technical risk assessments.
• Develop and/or grow the structural knowledge in key areas of submarine design such as pressure hull, shock and vibration, pressure vessels, piping, fasteners, stress analysis, Finite Element Analysis (FEA), fatigue and fracture, support equipment and general structural engineering.

About you

• Bachelor of Engineering, Mechanical, Aeronautical/Aerospace, Naval Architect or similar (Degree must satisfy membership of the Institution of Engineers Australia at MIEAust level).
• Experience with Pressure Equipment including design, in-service inspections and regulatory requirements is highly desirable.
• Experience conducting structural analysis within a heavy engineering, shipbuilding or defence industry.
• Experience in Finite Element Analysis is desirable.
• Experience with working through integration issues with stakeholders to find acceptable solutions.
• Ability to build and maintain interpersonal and professional relationships with stakeholders, as well as the drive to motivate yourself and others, and embrace personal development.

Eligibility

This role requires a current National Police Clearance and an Australian Defence Security Clearance. Your eligibility for this role is dependent on you obtaining and maintaining such clearance.

To check your eligibility please visit the Australian Government Security Vetting Agency website.

Benefits

• Unique and challenging work with a deeper purpose.
• Flexibility over how, when and where you work for the best work/life balance.
• Up to 10 days additional leave every year so you can rest and recharge.
• Generous parental leave so you can give your family the focus it deserves.
• Subsidised childcare to ease the financial pressure on your family.
• Health and wellbeing initiatives so you can perform at your best at work.
• Professional development opportunities to advance your career.
• A diverse and supportive environment where you can thrive.
• Discounts and exclusive offers from leading Australian brands to help you save.

About ASC

Established in 1985, ASC’s 1900-plus staff offer a depth of submarine design, project management, supply chain, construction and engineering experience and expertise that is unparalleled in Australia’s defence industry. The company’s work on Australia’s nuclear-powered submarine build and the Collins Class Life of Type Extension takes place in Osborne, South Australia, with sustainment shared across Osborne and Henderson, Western Australia. ASC also plays a leading role in training Royal Australian Navy submariners.

Apply today for a career with a deeper purpose.

Early applications are encouraged as shortlisting may commence immediately.