What is the job outlook for Geologists, Geophysicists and Hydrogeologists in Australia?

Geologists, Geophysicists and Hydrogeologists currently employs 13,600 people in Australia. The projected 10-year employment growth is +16.6%. The current shortage status is: Shortage.

How much do Geologists, Geophysicists and Hydrogeologists earn in Australia?

The median weekly earnings for full-time Geologists, Geophysicists and Hydrogeologists in Australia is $2,914.

ANZSCO 23444.5ModerateShortage

Geologists, Geophysicists and Hydrogeologists

Q: Will AI replace Geologists, Geophysicists and Hydrogeologists in Australia?

Based on our analysis of official government data, Geologists, Geophysicists and Hydrogeologists has an AI exposure score of 4.5/10. This occupation faces moderate AI impact, likely through augmentation rather than replacement.

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AI exposure measures how much this occupation's tasks may change. It is not the probability that the job will disappear.

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Moderate Risk

Median Weekly Pay

$2,914

Full-time workers

Employment

13,600

Total workers

10yr Growth

+16.6%

Projected to 2035

Shortage Status

Shortage

JSA Official AI Exposure

Automation33.0%

Augmentation72.0%

Key Tasks

•Conducting preliminary surveys of mineral, petroleum and natural gas deposits with prospectors, mining engineers, metallurgists, and other mineral scientists and engineers
•Preparing and supervising the production of laboratory reports and scientific papers
•Conducting studies of the structure, nature and formation of the earth's crust and the minerals contained in it
•Studying and dating fossils and rock strata to develop knowledge of the evolution and biology of life forms, and to assess their commercial applications
•Studying the effects of natural events, such as erosion, sedimentation, earthquakes and volcanic activity, on the formation of the earth's surface and sea beds
•Carrying out exploration to determine the resources present by sampling, examining and analysing geological specimens, rock cores, cuttings and samples using optical, chemical, electronic and mechanical techniques
•Conducting surveys of variations in the earth's gravitational and magnetic fields to determine its physical features
•Investigating the propagation of seismic waves to determine the structure and stability of the earth's mantle and crust
•Studying the causes of earthquakes and other stress states of the earth's crust
•Performing laboratory and field studies, and aerial, ground and drill hole surveys