Operation Technology

About Us EnergyAustralia's mandate is clear: deliver safe, reliable, and cost-effective energy to our customers while optimising the value of our asset portfolio. As part of this mission, we focus on our assets to ensure reliable energy production. The Yallourn Controls team plays a critical role in optimising and managing the operation of generating units at the Yallourn Power Station. The Opportunity Reporting to the Controls Team Leader and forming part of the onsite Process Controls Team at Yallourn W Power Station, the purpose of this position is to contribute to the achievement of EnergyAustralia's business plans and the safety and reliability of Yallourn W Power Station by developing and implementing the Yallourn W Power Station control systems and Operational Technologies asset management strategies & life maintenance plans, and providing the engineering & technical direction and guidance. Role Responsibilities & Accountabilities Ensure safe, continuous and reliable operation & maintenance of the Operational Technology Platforms and Control Systems at Yallourn W Power Station, and ensure a safe workplace is maintained and that Health, Safety and Environment issues are pro-actively managed. Provide Control System & Operational Technology platform technical engineering expertise and guidance for Yallourn Power Station such as issue investigation & resolution, technical design, change management, project & contract management and coordination, commissioning activities, system documentation, lifecycle management planning, operational troubleshooting, Cyber Security maintenance and investigations where required. Develop & implement procedures, systems & asset management & maintenance strategies, plans budgets, materials & services for the Control System and Operational Technology platforms that achieve optimal plant performance & balancing risk and cost to ensure compliance with regulatory requirements, statutory obligations including Security of Critical Infrastructure (SOCI) Act and the Australian Energy Sector Cyber Security Framework (AESCSF). Establish and maintain collaborative relationships with the Controls team members as well as across the business, particularly Operations & Maintenance, OT and I&C Practitioners, strategic vendors and EA Enterprise Security. What Qualifications, Skills, and Experience are we seeking? Relevant Engineering qualifications in a Control System and Operational Technology or related discipline or equivalent qualification and/or experience. Knowledge, experience, appreciation of Control Systems (e.g. DCS, SCADA etc) & Operational Technology platforms (e.g. networking, virtualised environments etc) principles, design, plant, systems, operation & maintenance, used in thermal power stations or heavy industry. An understanding of the Security of Critical Infrastructure (SOCI) Act and Australian Energy Sector Cyber Security Framework, industrial cyber security risk, control and recovery measures, in heavy industry. Well-rounded interpersonal and communication skills with personal organisation skills and ability to prioritise and manage competing demands. How to Apply If you're ready to join us'doing - not just dreaming'towards a sustainable, reliable, and affordable energy future for all, click the 'Apply' button. For specific questions please contact Adam DeCaria, Talent Acquisition Lead – Advertising closes Sunday 7th December. Why Us? EnergyAustralia is a place where all employees are genuinely valued, supported, and free to be themselves. We embrace diversity of background, experience, and perspective. Employee discounts on electricity and gas, plus savings on major brands and products. 20 weeks paid parental leave – completely gender-equal. Energise Program – flexible working that's team-centric, enabling teams to agree and succeed together. Performance recognition and incentive programmes – tailored to different roles and teams to reward great work throughout the year. Supportive leaders and a down-to-earth culture where you can be your authentic self. #J-18808-Ljbffr