With 35,000 professionals, across 60 countries, we are one of the world’s leading consulting and engineering companies operating across Energy and Materials markets.

United by our common purpose to unlock solutions to the world’s most critical challenges, we are future ready, now.

This position will be based in Collins Street, Melbourne and hybrid/remote working will be considered. Nestled within the ‘Paris’ end of Collins Street, at the junction of Flinders Lane, 171 Collins Street is a place where culture, history and architecture combine to create a workplace of unmatched distinction and surprise. Designed to be both powerful and inspiring, this world-class, East End building has become one of Melbourne’s most striking structures. Upon entering, employees are greeted by a coffee shop serving up some of Melbourne’s finest brews. The building also boasts a refreshed and revitalised end-of-trip facilities and a beautiful business lounge. 

This role sits within our “Consulting” business which encompasses professionals with industry-leading expertise in areas including decarbonisation, hydrogen, carbon capture and storage, renewables advisory, asset optimisation, and digital solutions.  A multi-sector business unit, we are focused on providing consulting solutions during the planning, analysis, operation and optimisation of assets, facilities, and infrastructure.

So what is integrity engineering?

Integrity engineering is all about ensuring that equipment, systems, and structures in power generation, oil, and gas, and water industries are dependable, safe, and are in accordance with legal and business stipulations. Integrity engineering primarily consists of:

Designing and implementing maintenance schedules to maintain equipment in good working condition. This could involve routine maintenance, repairs, and periodic replacement of components. Data Analysis: Analysis of inspection data to assess the condition of the asset and predict potential failures. This supports maintenance and repair planning before significant problems occur. Risk Assessment: Determining the risks associated with equipment failure and developing strategies to mitigate these risks. This includes creating risk-based inspection plans and prioritising maintenance. That all activities are in accordance with industry standards and regulations. This includes compliance with codes like ASME, API, and others that apply to the specific industry.