About the role
Lead the delivery of electrical engineering solutions across major hydropower projects, focusing on HV (switchgear, transformers, alternators) equipment replacements and refurbishments. Develop specifications, review designs and drive technical decisions from concept through to commissioning.
Collaborate with and lead internal teams and external partners to deliver safe, reliable and cost-effective outcomes, while providing specialist advice, mentoring engineers, resolving complex issues and continuously improving standards and practices.
Salary range $140,887 – $163,308 plus super
Benefits
- Competitive salary + super + salary packaging options + electricity discounts.
- Flexible work options with hybrid WFH and strong work-life balance support.
- Health & wellbeing programs + private health discounts.
- Leave options including 15 weeks paid parental leave, public holiday substitution, zero debit sick leave and school holiday rebate.
- Career growth through L&D programs and internal mobility.
- Opportunities to work across Tasmania, spending time on iconic Hydro assets in the field.
We are an endorsed employer for women, for more information on our inclusive policies, procedures and benefits visit Hydro Tasmania group | WORK180 Endorsed Employer.
Key responsibilities
- Produce and validate HV specifications and control system design outputs.
- Review, endorse and sign off critical engineering documentation and standards.
- Develop accurate technical inputs for project scope, estimates and decisions.
- Build team technical capability through coaching, knowledge sharing and technical guidance.
- Diagnose and resolve complex engineering issues to maintain project delivery cadence.
More information can be found in the attached Position Description: PD - AI - Senior Engineer - Electrical - HT5 .pdf
Skills & experience
- Degree or equivalent in Electrical Engineering (eligible for Engineers Australia membership).
- Extensive experience in High Voltage (HV) power generation equipment and Low Voltage (LV) AC/DC systems.
- Strong capability in electrical design, development of equipment specifications and contemporary engineering practices.
- Proven ability to deliver complex engineering outcomes across multiple concurrent projects.
- Demonstrated leadership through mentoring and influencing stakeholders.
About your team
You’ll join the Capital Delivery team within Assets & Infrastructure, delivering critical upgrades and modernisation programs across Tasmania’s hydropower network, working alongside highly skilled engineers and technical specialists.
About the company
Hydro Tasmania has been powering Tasmania for over 100 years and is now Australia’s largest renewable energy generator. We operate 30 hydropower stations and major dams that deliver clean, reliable energy across the State.
Our story is built on engineering expertise, innovation and strong community connection. Over decades, we’ve expanded and modernised our hydropower system to meet Tasmania’s growing energy needs and support a cleaner, more resilient energy future.
Our people are central to everything we do. We’re committed to an inclusive, flexible and equitable workplace, welcoming applications from all members of the community. Flexible working options are available for every role, and our recruitment is merit‑based to ensure fairness and diversity.
Explore careers with us at www.hydro.com.au/careers
Questions and next steps
Please attach your resume outlining what skills and experience you will bring to the position. Applications close 2nd July at 9am and we may engage with suitable candidates as soon we have reviewed their applications.
Hydro Tasmania is committed to creating an inclusive and accessible recruitment experience. If you require adjustments or accommodation during any stage of the process, please let us know. For more information, or to discuss your needs confidentially, reach out to [email protected]. Please note we do not accept applications via email.
Recruitment agencies: we respectfully ask that no agency resumes be presented at this stage.
