Senior Electrical Engineer – HV/EHV Projects Lead (Hybrid)

Entura; Hobart; Sur place; AUD 135 000 - 166 000; Plein temps

Avantages offerts par ce poste

Flexible working arrangements

Carer/sick leave

Discounted health insurance

Employee Assistance Program

Career development opportunities

Résumé du poste

Entura is seeking a Senior Electrical Engineer to join the Primary and Transmission Engineering team in Hobart. The role covers technical design, project management, bidding, and stakeholder engagement across HV and EHV power systems, with travel as needed.

Ideal candidates have 7–15 years post‑graduate experience in engineering design environments, with qualifications in Electrical Engineering and the ability to read single‑line diagrams, protection systems, and LV distribution design.

Qualifications

• Tertiary electrical engineering degree or equivalent.
• 7–15 years post‑grad experience in engineering design environments.
• Experience with HV/EHV power systems, protection, load flow, and arc flash.

Responsabilités

• Lead the design and delivery of HV and EHV power system projects.
• Build trusted client relationships and provide expert engineering advice.
• Manage project scope, budgets, schedules and technical outcomes.
• Mentor engineers and drive technical excellence across project teams.
• Support site inspections, testing and commissioning from concepts to completion.

Connaissances

Project management

Client management

Technical leadership

Single line diagrams

Formation

Electrical Engineering degree

Description du poste

Entura is seeking a Senior Electrical Engineer to join the Primary and Transmission Engineering team in Hobart. The role covers technical design, project management, bidding, and stakeholder engagement across HV and EHV power systems, with travel as needed.

Ideal candidates have 7–15 years post‑graduate experience in engineering design environments, with qualifications in Electrical Engineering and the ability to read single‑line diagrams, protection systems, and LV distribution design.