Asset Management/Engineering of Metering, Connection Assets (Servicing) and Street Lighting assetsTransfer of previous role through merger of the distribution and transmission utilities in Tasmania; Aurora Energy and Transend Networks.Key Achievements:• Hobart and Glenorchy Energy Efficient Street Lighting Project: - Key contributor to the negotiations of the agreement between TasNetworks and local councils - Negotiated contracts to achieve mutual benefits for external clients - Delivered the installation of 5000 energy efficient LED streetlights and the connection to TasNetworks infrastructure and backend data systems• Customer Choice Project for Residential Subdivisions: - Principle expert in providing direction to deliver the Street Lighting requirements for the business - Designed and delivered new construction practices and frameworks currently existing, ensuring that they meet Australian Standards and TasNetworks standards, guidelines and policies - Ensured uniformity by collaboration with team members and departments resulting in desired outcomes for the business• Developed the asset management strategies and work programs for the regulatory pricing period. Involving asset data analysis, determining the financial and risk impacts to the business, while working closely with the other asset teams including the Commercial team to deliver the strategy• Key contributor in the adoption and delivery of the strategies from asset management plans that allowed the analysis of asset data, liaison with field and operational crews and creation of scoping documents for the works and services team • Contributed to the development of the electrical standards and managing the interface between TasNetworks and NBNCo for the Fibre to the Node unmetered supply electrical connections• Implemented a new energy efficient LED streetlight for TasNetworks and Tasmanian Councils

Asset Management/Engineering of Metering, Connection Assets (Servicing) and Street Lighting assetsKey Achievements: See description under Asset Engineer - TasNetworks

Key Achievements:• Developed the power quality strategies and work programs for the regulatory pricing period. Involving system data analysis, determining the financial and risk impacts to the business, while working closely with the other asset teams including System Planning and the Commercial team to deliver the strategy• Developed cost effective solutions to various issues pending from customer’s motor start enquiries, existing system issues and new solar installations• Introduced new technology (Pole Mounted Capacitor) to the business which aligned with the power quality strategy. From the conception to the system planning to the installation and configuring. The outcome improved network power quality parameters, resulting in improved customer’s outcomes

Provided key project management and engineering functions for major substation developments and fibre optic installations. Involving managing and influencing client and subcontractors, financial management of project budgets, supervising onsite equipment construction and commissioning and the delivery of documentation and quality control requirements.

Key Achievements:• Designed, implemented and projected engineered the telemetry remote control of field switches for internal business use and for external clients. Functions included the initial planning, procurement and implementation, with the integration with backend control and data acquisition systems • Project engineered the modernisation of the New Town and Derwent Park Zone Substation – upgrading of protection and telemetry systems• Developed and planned a strategic program to implement telemetry control of remote region for networking switching in Tasmania which achieved improved response times to network outages• Responsible for the management of electrical assets and development for the East Coast and Hobart regions• Key advisor for tender evaluation for network asset equipment for network switching devices • Formulation of feeder protection coordination to protect customer & equipment from unwanted system faults