Senior Mechanical Engineer - Fracture Mechanics

About the job
We’re looking for a Senior Mechanical Engineer to join our Melbourne, Brisbane and Perth team.
When you work for us, you get the chance to join nearly 50,000 people all driven by a common purpose – delivering a more sustainable world. We’re excited about the challenges ahead. If you ask us, there’s never been a more rewarding time to work in the energy, chemical and resources sectors.
We offer a flexible approach to working, because our people are safer, healthier, and more productive when they can balance work with life. That’s why we offer flexible and hybrid working options, so you can choose when, where and how you work.
As a Senior Mechanical Engineer, you will be responsible for being a highly skilled Fracture Mechanics Specialist with a dual focus on hydrogen and CO2 pipelines. This position is integral to our commitment to sustainable energy and carbon capture solutions. The successful candidate will bring expertise in Fracture Mechanics, coupled with a deep understanding of the unique challenges posed by hydrogen and CO2 transport infrastructure. Familiarity with industry codes and standards, including ASME B31.12, Australian AS2885, ASME Pressure Vessels code, API579, and DNV RP F104 for CO2 pipelines, is essential.
Who we are
Worley is a global professional services company of energy, chemicals and resources experts headquartered in Australia.
Right now, we’re bridging two worlds as we accelerate to more sustainable energy sources, while helping our customers provide the energy, chemicals and resources that society needs now.
We partner with our customers to deliver projects and create value over the life of their portfolio of assets. We solve complex problems by finding integrated data-centric solutions from the first stages of engineering and consulting to the last stages of installation and commissioning.
Join us and help drive innovation and sustainability in our projects.
What you’ll do
We are looking for a Senior Mechanical Engineer to join our team in Melbourne, Brisbane and Perth.
The role responsibilities include:

• Hydrogen and CO2 Pipeline Fracture Mechanics:

• Conduct specialized Fracture Mechanics analyses tailored to the unique properties and challenges associated with both hydrogen and CO2 transport pipelines.

• Develop predictive models for crack initiation and propagation in pipeline materials under varying operating conditions.

• Material Compatibility and Code Adherence:

• Investigate the compatibility of materials with hydrogen and CO2, ensuring alignment with industry codes and standards such as ASME B31.12, Australian AS2885, ASME Pressure Vessels code, API579, and DNV RP F104 for CO2 pipelines.

• Contribute to the selection of materials that ensure the integrity and safety of both hydrogen and CO2 pipelines, adhering to applicable codes and standards.

• Experimental Testing for Hydrogen and CO2 Environments:

• Design and oversee experimental tests specifically focused on pipeline materials for hydrogen and CO2 transport, encompassing fatigue, fracture toughness, and environmental degradation studies.

• Ensure that all testing protocols adhere to industry standards and regulations for both hydrogen and CO2 pipelines.

• Failure Analysis in Hydrogen and CO2 Environments:

• Lead investigations into failures related to pipeline materials for both hydrogen and CO2 transport.

• Provide comprehensive reports on failure modes, root cause analysis, and recommend preventive measures in accordance with industry codes and standards.

• Innovation in Pipeline Technology:

• Stay updated on the latest developments in pipeline technology for both hydrogen and CO2 transport and contribute to the advancement of innovative solutions.

• Participate in the development and updating of internal procedures to meet or exceed industry codes and standards for both hydrogen and CO2 pipelines, including DNV RP F104.

What you’ll have

• Postgraduate (preferably) Ph.D. in Materials Science, Mechanical Engineering, or a related field with a specialization in Fracture Mechanics and hydrogen and CO2 pipeline materials.
• Extensive experience in conducting Fracture Mechanics analyses and experimental testing, with a focus on hydrogen and CO2 environments.
• Proficiency in relevant software tools for modeling and simulation in hydrogen and CO2 environments.
• Strong understanding of material compatibility with hydrogen and CO2 and related degradation mechanisms.
• Familiarity with industry codes and standards such as ASME B31.12, Australian AS2885, ASME Pressure Vessels code, API579, and DNV RP F104 for CO2 pipelines.
• Excellent analytical, problem-solving, and communication skills.
• Australian Residency is preferred however we accept international candidates as well.
• A decent post-graduate experience in Fracture Mechanics research, with specific experience in adhering to industry codes and standards for both hydrogen and CO2 pipelines.
• A solid background in Fracture Mechanics, a specialization in hydrogen and CO2 pipeline, and a strong familiarity with industry codes and standards, including DNV RP F104.

Why you should apply

• Flexible work arrangements.
• Take advantage of our global on-line learning platform!
• Competitive rem & employee benefits.
• Enjoy a varied & challenging role.
• Career development opportunities beyond this role.

Moving forward together
We want our people to be energized and empowered to drive sustainable impact. So, our focus is on a values-inspired culture that unlocks brilliance through belonging, connection and innovation.
We’re building a diverse, inclusive and respectful workplace. Creating a space where everyone feels they belong, can be themselves, and are heard.
And we're not just talking about it; we're doing it. We're reskilling our people, leveraging transferable skills, and supporting the transition of our workforce to become experts in today's low carbon energy infrastructure and technology.
Whatever your ambition, there’s a path for you here. And there’s no barrier to your potential career success.