ABOUT US:

At CitiPower and Powercor, we’re proud to deliver electricity to 1.3 million Victorian customers every day through our network of poles and wires. But more than that, we’re here to power communities, support local businesses and keep critical services running smoothly, we’re essential to them all – and none of this happens without our people.
We believe in an inclusive, welcoming workplace where everyone feels safe, valued and respected. From offering great benefits to creating real opportunities for growth, we’re committed to supporting you, your career and wellbeing. It’s why our people stick around, whether you live in the city or across regional and rural Victoria, we’re doing the work where it matters most - right in your own community.
As Victorians electrify everything from homes to transport, we’re focused on ensuring our networks are ready to meet that demand.
If you want to be part of something essential, be essential with us.
About the role:
This role manages the day-to-day operations within the Security Operations Centre across IT and OT, in a multi cloud environment, including vulnerability scanning and support remediation, security monitoring and incident investigation and response, network security operations and governance, and other security related functions for both IT and non-IT units.

• Tertiary qualifications in IT/Computer Science or business-related discipline preferred
• Understanding of Mitre ATT&CK, D3FEND, ATLAS, ENGAGE frameworks
• Understanding of ITIL frameworks and ITSM application advantageous
• Working knowledge of IT in electricity distribution network assets
• Working knowledge of SIEM, EDR, IDS, SOAR, CASB, DLP, DFIR and Firewall tools
• Technical knowledge of OT or energy industry Cyber Security highly desirable.
• Strong demonstrated ability to research Cyber vulnerabilities and issues, develop and present solutions, and train colleagues on how to remediate
• Experience with networks architecture, databases, TCP/IP, VLANs, Cyber vulnerability remediation, and Cyber risk analysis