Electrical Engineer

Introduction Zenith Energy specialises in tailored remote off-grid power generation and urban microgrids. Our technical knowledge and capability to provide tailored solutions make us an industry leader. Our team’s extensive expertise and experience in designing power generation solutions create specific control systems that enable us to integrate different fuel sources into hybrid solutions. About the Role Zenith Energy is currently recruiting for a motivated Electrical Engineer to join the Engineering Team. Reporting to the Engineering Services Manager, the ideal candidate will play a vital role in the Electrical team by coordinating project design, installation, commissioning, and operation of Hybrid (renewable and thermal) off-grid power systems. Responsibilities Assisting in preliminary power system design, including switchboards, transformers, and power conversion system specifications. Analysis of HV and LV distribution, control, protection, metering, and earthing systems. Oversee Construction, Installation, and Commissioning of Electrical Systems. Detailed design integration of Thermal generation, Solar, Battery Energy Storage Systems (BESS), and Wind turbines. Review specifications for Transformers, MCC, MV, and LV Switchboards, RMUs, BESS, Wind turbines, Solar PVs and inverters, and Medium-Voltage Kiosk. Size & select Cables, VSDs, UPS, Battery Chargers; Calculate Load Demand. Documentation of design and calculations. Development of test and commissioning plans and procedures. Perform root cause analysis and implement solutions to issues with existing power generation and distribution assets. Review HV Submissions and coordinate with Construction and Commissioning teams. About You Experience in electrical design and construction within a heavy industrial environment, preferably in a remote Power Station or Mine site plant design. Construction experience in High/Medium Voltage Systems Design. Expert understanding of current Australian Standards for Electrical Installations, including AS 2067, AS 3000, and AS 5033. Knowledge of Protection, Power Systems & Earthing. Experience in PLC and protection relay programming would be desirable. Knowledge of Network Communication Architecture. Highly developed communication skills with the ability to communicate at all levels. Strong attention to detail. Highly skilled in analytical and problem-solving skills for complex electrical protection systems. Having knowledge and understanding of Renewable Systems would be desirable. BA or Master0s Degree in Electrical Engineering or equivalent qualifications. Ability to pass a National Police Clearance and Pre-employment Medical. Right to work in Australia. What we offer Competitive Remuneration and Benefits Package Flexible work arrangements and work-life balance Generous Bonus Scheme Novated Leasing options available State-of-the-art offices with free parking and end-of-trip facilities Progressive development opportunities and support for ongoing learning A supportive and collaborative work environment with a strong commitment to safety and sustainability Ready for your next challenge? If this job sounds like a good fit for you, please submit a resume and cover letter detailing your knowledge, skills, and experience. We encourage applications from all backgrounds, including Aboriginal and Torres Strait Islander people, women, youth, LGBTQIA+, people from culturally and linguistically diverse backgrounds, and people with a disability. Applicants who require adjustments during the recruitment process can contact recruitment at zenith energy dot com dot au. To read our diversity and inclusion statement, please visit our website — diversity. If this job describes your knowledge, skills, and experience, please click on the “Apply” icon on this page and submit a resume that details your knowledge, skills, and experience, and a cover letter that outlines why you are interested in the role. Join the team delivering sustainable energy solutions across Australia and make a difference. To find out more, head to our website details above. #J-18808-Ljbffr

Created: 2025-09-21