Melbourne, Hobart, Sydney, Perth, Darwin, Canberra, Adelaide, Brisbane
Position overview
The occupant of this position is a member of the Operational Technology and Engineering (OTE) Section. The role of the OTE Section is to ensure the development, delivery and operation of measurement equipment and systems meet the Bureau's performance and functional requirements. This includes the following sensors/networks:
* Radar and Wind Profilers
* Automatic Weather Stations
* Flood Warning
* Aircraft Based Observations
Operational Technology and Engineering is made up of a diverse team of specialists and engineers responsible for the development and design of engineering and technological solutions, incorporating level three support, on a range of technologies spanning from radars to rainfall stations, drifting buoys to dedicated observations and satellites to ships at sea in order to meet business needs.
This data science role focuses on activities to support the Bureau's current and future network of weather radars, providing specialist advice for the installation, operation, upgrade and maintenance of these systems.
To succeed in this role, you will have:
* Experience in scripting/coding, equipment testing, verification and operationalising and the ability to communicate these outcomes through written procedures/reports, and presentations.
* Experience in analysis and interpretation of weather radar observations and performance data
* Proven ability to lead within a team environment, to work with people, and encourage delivery and innovation
* Experience in mentoring and guiding technical teams
* Strong communication and liaison skills
* High level coordination and reporting skills
* Demonstrated experience in understanding, developing and implementing successful strategic initiatives
* Enthusiasm and drive
Application Closing Time and Date: 11:30pm, Monday 9 March 2026
For further information please review the position description on https://bomcareers.nga.net.au/?jati=8D1B48C3-63E6-293C-C698-ECAB37DF69CA
#J-18808-Ljbffr