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The Future Generation Joint Venture brings together the combined engineering experience and expertise of WeBuild, Clough and Lane and has been selected to design construct Snowy 2.0. This project is based within the Snowy Mountains in NSW and will deliver one of the largest pumped hydro schemes in the world. Snowy 2.0 is the next chapter in the Snowy Scheme's history. It is the largest committed renewable energy project in Australia and will provide on-demand energy and large-scale storage for many generations to come. This Iconic Project has and will continue to create its own legacy in Australian history. Purpose of the Role: This role is responsible for supporting the mechanical engineering activities within the Snowy 2.0 project and the TBM team. The role's primary purpose is to assist in designing, analysing, and implementing mechanical systems, ensuring they meet project requirements and industry standards.
Job Responsibility:
Maximize the 'Advance Rate' by ensuring all mechanical, hydraulic, and lubrication systems are functioning within OEM specifications
Collaborate with the engineering team to analyse and modify designs based on project requirements and constraints
Cutterhead Management: Monitor and manage the wear-and-tear of cutting tools
Plan and supervise 'Maintenance Shifts' (stoppages) for cutterhead inspections and tool changes
Oversee the complex high-pressure hydraulic circuits that power the thrust cylinders, torque motors, and segment erectors
Manage the maintenance of the back-up systems, including conveyors, grout plants, ventilation ducting, and cooling water circuits
Interpret TBM PLC data (thrust, torque, penetration rates) to diagnose mechanical stress or potential failures before they occur
Provide detailed daily reports to the P&E Manager regarding machine health, upcoming component replacements, and any structural fatigue
Lead the mechanical team during critical failures (e.g., conveyor belt tears, hydraulic leaks, or main bearing issues) to minimize 'standing time' costs
Prepare technical drawings, specifications, and documentation using CAD software
Support the implementation and installation of mechanical systems on-site
Contribute to project meetings and discussions to provide insights and updates on mechanical design progress
Participate in design reviews and identify potential design improvements
Assist in creating and maintaining engineering documentation, reports, and records
Prepare SOW, Material and Equipment procurement request and follow up with Suppliers and FGJV Global supply chain team
Comply with project safety and quality standards in all mechanical engineering activities
Lead Root Cause Analysis (RCA) on significant equipment failures to prevent recurrence
Utilize the company’s CMMS to track asset health, manage work orders, and analyse Mean Time Between Failures (MTBF)
Review technical bids, manage specialized service providers on-site, and ensure parts procurement meets engineering specifications
Requirements:
Degree: Bachelor of Engineering (Mechanical)
Professional Status: Membership with Engineers Australia is preferred
Specific OEM training certifications for TBM operation or maintenance are highly desirable
Licensing: Valid Manual Driver’s License and High-Risk Work Licenses are essential for plant access
Licensing: Confined Space Entry (essential)
Working at Heights
Basic Rigging/Slinging
White Card
Industry: 3+ years specifically working with TBMs (EPB, Slurry, or Hard Rock shields)
5+ years in a Plant & Equipment role involving large-scale rotating equipment or hydraulic machinery
Proficiency in CAD and CMMS (Computerized Maintenance Management Systems)
Deep understanding of closed-loop hydraulic systems and the ability to read complex fluid power schematics
Understanding of the mechanical tolerances required for segment lining and TBM steering
Experience in planning the install/removal of massive components in confined underground spaces
Ability to liaise with OEMs for specialized parts and technical support
Strong theoretical knowledge of mechanical engineering principles and practices
Proficiency in using CAD software for drafting and design
Excellent analytical and problem-solving skills
Effective communication skills for collaborating within a multidisciplinary team
Attention to detail and accuracy in work
Eagerness to learn and apply new skills
Ability to adapt to fast-paced project environments
Time management skills to handle multiple tasks and priorities
Proficiency in Microsoft Office Suite, including Word, Excel, Outlook and PowerPoint
Comfortable working in remote, high-pressure environments on a 14/7 roster with extended hours
Nice to have:
Membership with Engineers Australia is preferred
Specific OEM training certifications for TBM operation or maintenance are highly desirable