91É«ÇéƬ

Kick-start your global career in the minerals and energy sectors by studying with Australia’sÌý#1ÌýEngineering Faculty. At ourÌýSchool of Minerals and Energy Resources Engineering,Ìýwe offer undergraduate and postgraduate programs within Mining, and Geoenergy and Geostorage. RankedÌý#1 in Australia andÌý#3 globally for Mineral and Mining Engineering (QS World University Rankings by Subject, 2026), you’ll learn from industry leaders and develop your knowledge and skills, while gaining valuable engineering experience.

What is Energy, Resources and Geostorage?

Interested in tackling global energy issues? Energy, resources and geostorage touch on the skills and knowledge you need to support sustainable development and drive real environmental impact. Mining Engineering is responsible for extracting essential minerals and geological materials from the Earth, many of which are used to develop the technologies needed to support the industries working toward environmental sustainability. On the other hand, Geoenergy & Geostorage Engineering deals with energy sources derived from the earth’s subsurface and process of capturing and storing substances, like CO2, safely underground. 

Our programs blend traditional minerals and energy resource engineering with renewable energy solutions, focusing on areas like carbon capture and storage, hydrogen storage and geothermal energy.

Explore the impact you could make across a range of engineering fields, including:

• Sustainable use of Earth's resources

• Carbon capture and storage technologies

• Renewable energy solutions like geothermal and hydrogen storage

• Environmental impact and mitigation

Why study Energy, Resources and Geostorage?

Sources of energy and certain resources are integral to daily life. As we become aware of the finite nature of some resources, engineers are racing to find more innovative and efficient ways to power society and meet our needs. The study area of energy, resources and geostorage employs innovation, creativity and exploration to meet these global demands. As climate change becomes more and more urgent, individuals working in this area have even greater impacts on the future of our planet.

Why choose 91É«ÇéƬ?

We’re at the forefront of mining education and research into new and exciting areas including space resources engineering, low emission technologies, CO2 storage and geothermal energy. You’ll be learning with high-tech immersive technology that’ll help you replicate working in these scenarios. Our 3D Virtual Reality theatre will let you explore everything from open cut mines to NASA rovers. We’re 91É«ÇéƬ’s top subject - ranked #1 in Australia and #2 globally for Mineral & Mining EngineeringÌý (QS World University Rankings by Subject, 2025).

What about careers in energy, resources and geostorage?

Energy, resources and geostorage engineering graduates are prepared to work across a variety of jobs, all vital to our planet’s future. This includes industries that focus on reducing carbon emissions and transitioning to renewable energy sources. Some examples include the oil and gas industry, computer-generated modelling, and environmental organisations.Ìý

As part of our programs, you’ll build a global network of alumni and industry partners, including BHP, Shell and Rio Tinto.Ìý

Your skills, knowledge and connections can help you unlock many career opportunities through these connections, including:

• Mining engineer

• Natural gas technician

• Geothermal engineerÌý

• Petroleum engineer

• Reservoir engineer

• Environmental consultant

• Energy systems analystÌý

• Banking

• Finance