The Transmission Networks Engineer is responsible for supporting the development of new transmission projects across Australia. This includes identifying new market opportunities and assessing their feasibility and viability, as well as developing conceptual and detailed designs to support internal decision-making. The role also involves managing subcontractors and reviewing external designs to ensure compliance with technical and project requirements.
This position requires a strong foundation in engineering—preferably in electrical, mechanical, or renewable energy disciplines—as well as a solid understanding of land access, planning processes, transmission networks, and construction and maintenance considerations.
The Transmission Networks Engineer collaborates closely with internal teams and external stakeholders to ensure that the technical, regulatory, and commercial aspects of transmission projects are effectively managed and aligned with business objectives.
New Opportunity Assessment
•Identify and evaluate new transmission project opportunities, including assessing potential constraints, risks, and high-level cost estimations.
•Conduct preliminary technical assessments to determine the feasibility and viability of proposed projects.
•Explore and propose innovative approaches, technologies, and solutions applicable to the transmission sector.
Concept Design Elaboration
•Develop early-stage transmission line concepts to support commercial and strategic decision-making.
•Identify, assess, and mitigate technical risks during the early phases of project design.
•Prepare clear and concise documentation—both technical and non-technical—for internal and external stakeholders.
Contractor Review and Management
•Develop scopes of work for external consultants and contractors, ensuring alignment with business objectives and technical requirements.
•Monitor and manage external design timelines, ensuring deliverables are met within agreed schedules.
•Review and provide feedback on third-party designs to ensure compliance with Australian and international standards, business needs, and opportunities for design optimisation.
•Collaborate with contractors to ensure that construction activities are delivered safely, efficiently, and in line with design intent.
•Coordinate with operations and maintenance (O&M) providers throughout the asset lifecycle to ensure effective long-term operability.
•Work closely with internal technical teams to support procurement processes or design validation. Assist in preparing and reviewing technical documentation for regulatory submissions and project approvals.
Technical Assistance
•Develop, update, and maintain engineering tools and resources using spreadsheets, code-based environments, and other platforms.
•Provide technical advice and support across multidisciplinary teams including procurement, development, and commercial functions.
•Stay up to date with emerging technologies, industry standards, and regulatory changes relevant to transmission networks.
•Draft and maintain technical guidelines and procedures for internal use and for coordination with external stakeholders.
Required Qualifications
•Bachelor's degree in Engineering, Renewable Energy, or a related technical discipline. Other qualifications may be considered.
•2+ years of experience in transmission networks, energy infrastructure, or related sectors.
•Experience working in multidisciplinary teams and supporting project development activities.
Skills
•Efficient and effective project management. Successful coordination of internal team inputs through the development phases. Ability to manage multiple tasks and meet deadlines in a dynamic environment.
•Strong analytical and problem-solving skills. Excellent written and verbal communication skills. Demonstrated use of initiative and a common-sense approach.
•Deep technical understanding of transmission line engineering, including structural, electrical, and construction-related aspects.
•General knowledge of substations, power systems, and their integration into broader transmission networks.
•Proficient in Microsoft Office suite, with advanced use of Excel and PowerPoint for technical and commercial communication.
•Skilled in PLS-CADD for transmission line design and analysis.
•Experience with AutoCAD for drafting and layout development.
•Familiarity with PLS-TOWER and PLS-POLE is considered an advantage.
•Knowledge of GIS platforms (e.g., QGIS or ArcGIS) to support spatial analysis and route planning.
•Coding abilities in Python, VBA, or similar languages are highly regarded, especially for developing engineering tools or process automation.