About the Company
A global engineering powerhouse specialising in hydraulics, assembly, control, and custom engineered systems. Trusted across industries, from mining to manufacturing, for delivering reliable, high-performance solutions, that keep complex machinery and operations running smoothly.
About the Role
As a Mechanical Project Engineer, you’ll play a key role in delivering challenging, high-impact projects across Australia. You’ll lead mechanical system design and integration across major customer projects.
Whether it’s a mobile plant, material handling, or custom hydraulic system - you’ll work hands-on with multidisciplinary teams to deliver projects that are built to perform, and stand the test of time.
Key Responsibilities
* End-to-end mechanical project engineering – from concept to commissioning
* Designing, modelling, and validating mechanical components and assemblies
* Collaborating with electrical, software, and hydraulic teams on integrated systems
* Managing project timelines, budgets, and client expectations
* Supporting manufacturing and installation activities on-site as required
* Preparing technical documentation, reports, and customer-facing presentations
About You
* Degree in Mechanical Engineering or equivalent
* 5+ years of experience in similar roles
* Well developed expertise in hydraulics
* Strong communication, time management, and team collaboration skills
* Proficiency across MS Project and AutoCAD
Why Join
* Work on cutting-edge projects with global impact
* Be part of a culture that values innovation, integrity, and continuous learning
* Access to flexible working arrangements, training, and global career pathways
Job Type:Full-time, Permanent
Salary:circa $130,000 + Superannuation
Location:Sydney, NSW
Please note that applications will only be considered from candidates with the appropriate approval to work in Australia; visa sponsorship is not available for this role.
For a confidential discussion about this role, please feel free to contact Leeonleeb@austcorpexecutive.com.au #J-18808-Ljbffr