Sustainable Energy Systems
There is no doubt that our society cannot continue to exist the way we know it unless we develop an efficient energy supply. Sustainability energy affects all of us, both individually and communally and finding energy efficient methods to sustain healthy living environments is critical. As approximately 90% of our current energy sources come from non-renewable sources such as fossils fuels, the need to find alternate energy systems is prevalent to preserve our environment.
The Bachelor of Engineering (Sustainable Energy Systems) will play a key role in training engineering to contribute to cheap and sustainable sources of electrical power from sun, wind, oceans and carbon neutral fuels. It offers students the opportunity to develop long-term strategies to reduce current social, economic and environmental concerns.
Students will develop practical and specialist skills in
- Renewable and distributed power generation (solar, wind, tidal etc);
- Efficient storage (grid back-feeding, batteries, ultra-capacitors etc);
- Efficient usage (lighting, electric vehicles, heating, domestic and industrial equipment);
- Energy audits for industry;
- Environmental awareness (global and local impact).
Griffith’s engineering programs are known for their innovation and practical relevance, and mix leading-edge research with hands-on experience in state-of-the-art laboratories. Students work within some of the most advanced teaching and research facilities in Australia, with access to the latest technology.
The university is strongly linked with sustainable energy industries and all students are placed into industry with our partners for a complete semester in final year. This provides invaluable real world experience and excellent employment opportunities. Opportunities even exist to take this placement overseas.
Students will learn and develop specialist skills in implementing and utilising renewable energy sources allowing diversity in employment opportunities in industry and research programs. Graduates will have the skill-set of an electronics engineer, plus specialist skills in the areas of renewable power generation, distribution, efficient energy storage and usage.
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