Applied Geology, Geophysics

Overview

Overview

Geologists play a central role in the search for and the extraction of minerals, petroleum and groundwater, and environment management.

You’ll develop introductory geology, chemistry, physics, mathematics, statistics and communication and computer skills. You’ll explore elements of applied geology, such as mineral and petroleum exploration, hydrogeology, environmental geochemistry and engineering geology.

Geophysics seeks to understand the Earth’s interior, an increasing area of importance, particularly in Australia. The geophysics component has a strong emphasis on understanding physical properties of matter, transmission and dissipation of energy. You’ll develop a detailed knowledge of the techniques of analysing and imaging the Earth, and explore geophysical methods such as seismic, magnetics, gravity, electrical and electromagnetic.

The integrated component of geology and geophysics prepares graduates to work around the world in oil and gas, gold and other minerals. You’ll undertake significant field experience in the operation of industry-standard equipment and computer software. Practical work in collaboration with industry and community partners will further cement your learning in applied geology and geophysics.

The course contains practical and work-relevant components that include practical geological work similar to that conducted in resources and environmental industry settings. Including- hands-on computing and practical exercises with industry standard software and geology field trips to various sites. In addition to practical exercises with industry standard geophysical software and equipment in addition to a week-long exploration geophysics field trip.

Please refer to the handbook for additional course overview information. 

What you'll learn

• Apply fundamental geological or geophysical principles and concepts in theoretical, practical and vocational situations; expand discipline knowledges through research where appropriate
• Solve discipline based problems applying scientific methods and creative thinking in a logical and rational way
• Access, evaluate and synthesise information and data from multiple sources using discipline skills and knowledge to analyse and present findings
• Communicate effectively and appropriately to varied audiences using a variety of communication methods
• Select and employ appropriate technologies to fulfil requirements of the Exploration Geophysics and Applied Geological environments; recognising advantages and disadvantages of various technologies as required
• Develop an independent ability to acquire information as required and recognise the need to remain current to industry and discipline requirements
• Recognise and appreciate international perspectives and global standards as they impact upon collecting and reporting data and other relevant scientific pursuits
• Acknowledge the need for sustainable use of earth resources, and value environmental, indigenous and other community perspectives on geological and geophysical activities
• Work ethically and professionally independently and as part of a team, complying with applicable legislation and managing time and other resources efficiently and effectively