Clean Energies

Maximum Number of Students

50

Duration

1 Day 9:30 – 2:30

Curriculum Areas

9 – 10 Science
VCE Physics
VCE Systems Engineering

Description

Can we redesign our energy systems to power the world sustainably?


The Clean Energies program invites students to tackle one of the world’s most urgent challenges: clean energy. They explore a range of renewable technologies including solar, wind, hydroelectricity, hydrogen, and biofuels and learn how these can be integrated into efficient, sustainable systems. Working in teams, students use CAD tools, 3D printing, and electrolysers to design and construct renewable energy solutions. They analyse and refine their prototypes based on performance data, considering energy efficiency, storage, and real-world application. Students also assess the economic, social, and environmental impacts of their systems, linking their work to global sustainability goals.

For Year 9 and 10, the program is available in one- or two-day formats. A specialised VCE Systems Engineering and VCE Physics one-day version is also available, allowing students to focus on mechanical-electrical system design, energy transfer, and evaluation techniques in line with the VCE Study Design. All formats support applied learning, critical thinking, and career pathway exploration in the renewable energy and engineering sectors.

Learning Outcomes

  • Explore renewable energy technologies and current projects.
  • Learn about the history and global aspects of energy production.
  • Create renewable energy systems and measure hydrogen production.
  • Design and test CAD wind turbine blades.
  • Study energy storage and efficiency, and refine designs based on data.

Career Paths

  • Renewable energy researcher
  • Renewable energy officer
  • Sustainability consultant
    Engineer
  • Data analyst
  • Environmental scientist
  • Engineer
  • Energy policy advisor
  • Entrepreneur

Tertiary Options

  • Certificate IV in Renewable Energy Technology
  • Certificate IV in Large Scale Wind Generation
  • Diploma of Engineering (Chemical)
  • Bachelor of Chemical Engineering
  • Bachelor of Engineering (Electrical)
  • Bachelor of Science
  • Bachelor of Environmental Science

Before your visit

Yarra Ranges Tech School has pre-work and post-work developed specifically for each program. We suggest reviewing and implementing these resources to enhance your curriculum and support alignment with the Victorian 2.0 curriculum.

Share your resources

Yarra Ranges Tech School recognises the hard work our partner school teachers put into developing resources. If you have materials that link to our programs, we’d love to share them with your peers. Please contact us at YRTSProgrambookings@boxhill.edu.au to submit your resources.