Sustainable Tech

As our society continues to use energy at an ever increasing rate we are being forced to think carefully about where we get our energy from and how we make the most effective use of it. Join us in learning about existing and possible future alternative energy sources and how these might help us build a more sustainable future.

Course Overview

In Sustainable Tech, you’ll plunge into the fascinating realm of energy and electricity, where you’ll uncover not just the basics but the most cutting-edge, planet-friendly innovations transforming our world! Imagine gaining the power to measure and analyze energy transformations, delving into the core of energy efficiency, and witnessing firsthand the incredible ways science can revolutionize our daily lives. Whether it’s harnessing the wind or capturing the sun’s rays, you’ll explore how every spark and surge can be optimized for a brighter, greener future.

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Learning Outcomes

Here’s what you’ll get into:

  • Generating Electricity: From fossil fuels to wind turbines, discover how electricity is created, the environmental impacts of burning fuels, and the game-changing alternative energies like solar and geothermal power.
  • Engines and Batteries: Ever wondered why some cars guzzle gas while electric cars zoom into the future? You’ll investigate how combustion engines work, why they’re so inefficient, and why electric engines and hydrogen cars are driving the future. You’ll even dive into the chemistry behind batteries!
  • Sustainable Houses: Learn how to design homes that use nature’s power, using solar energy and smart tech like heat pumps to keep your house warm or cool with less energy. You’ll even see how homes of the future will integrate energy systems for maximum efficiency!
    If you’re into science, engineering, and making the world a better place, Sustainable Tech will be your new favorite subject! You’ll explore cutting-edge technology, experiment with real-world applications, and become a problem-solver for the planet.

Assessment

For successful completion of this unit students will be required to submit the following tasks:  

Homework

Students will be required to complete, on average, 1 hour of homework per week for the duration of this course.

Assessment

For successful completion of this unit, students will be required to submit the following tasks:

  • Worksheets and activities completed throughout the unit
  • A slideshow presentation summarising the advantages and challenges associated with an alternative energy production method
  • A vehicle or device design that transforms energy from solar, battery or fuel cells into mechanical energy
  • Plans for an energy efficient house integrating renewable energy sources, energy efficient principles, and technology.

Students will also be assessed on regular attendance.

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