F-10 Curriculum (V8)
F-10 Curriculum (V9)
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This is an illustrated narrative describing the engineering decisions made to create wildlife corridors for safe passage for Australian fauna to protect them and the stormwater networks they had been traveling through. It shows the creativity, innovation and collaboration required, and focuses on the value being an engineer ...
The soil moisture sensor project integrates science understandings and computational thinking to solve a problem about sustainable watering practices. This lesson was devised by Trudy Ward, Clarendon Vale Primary School, Tasmania.
Students explore the brainstorm and iterate phases of the engineering design process, with a particular emphasis on the importance of trying different ideas to ‘build a better mouse trap’.
Humans are constantly working to develop and improve our technology and understanding. This resource provides step-by-step instructions to help students consider why innovative design and improvement is important. Students firstly identify as many types of transport they can think of and then discuss why new types of transport ...
This is an illustrated story retelling the real-life engineering decisions made to provide water to a Queensland town when its dam, the only source of water, ran dry. It shows the creativity, innovation and collaboration required to provide a solution that delivers a sustainable water supply. The downloadable PDF includes ...
Life would be very different today if we did not have modern transport. In this activity, students calculate the time it would take for humans to travel long distances through different modes of transport. They then analyse the impact of these technological developments.
This is an illustrated narrative describes the engineering decisions made when building an artificial reef to slow coastal erosion issues encountered on the Gold Coast. It shows the creativity, innovation and community collaboration required, focusing on the value being an engineer brings to the individual and the local ...
This is an illustrated story retelling the real-life engineering decisions made to mitigate flood damage to a Queensland town that experiences frequent, dangerous flooding. It focuses on the value of being an engineer and how It benefits local communities. The downloadable PDF includes classroom activities.
This is an illustrated retelling of the engineering decisions made to relocate a town from low to high ground following a dangerous flooding event. Based on a real-life event, the story shows the creativity, innovation and collaboration required to manage the process and focuses on the value engineers brings to the local ...
In this lesson, students learn about advanced air mobility, and explore the infrastructure requirements to adapt cities and towns for eVTOLs.
In this project, students build their own augmented reality (AR) artwork using free digital tools with Artivive. Students can augment an existing artwork or design their own. This new technology allows artists to create new dimensions of art by linking classical with digital art.
In this lesson, students learn about industrial engineering and explore designing cardboard packaging nets that can be folded into innovative packages.
In this lesson students think like geotechnical engineers, exploring the properties of sand and the ways in which those properties can be used in building and construction.
In this lesson, students find examples of engineering all around them and identify the importance of engineering in our daily lives. They explore the engineering design cycle through a simple hands-on challenge.
In this unit students recognise possible solutions to movement challenge and apply a variety of strategies. They reflect upon previous experiences and suggest ways to refine performance. Students create, adapt and apply rules to provide an inclusive learning environment that caters for individual strengths.
In this unit students test, apply and combine various tactics incorporating movement, space, time, equipment and rules to improve their chance of success in territory games. They use movement skills to solve games-based problems. For example, they may apply various movement skills to a game situation and evaluate which ...
In this unit students test, apply and combine various tactics incorporating movement, space, time, equipment and rules to improve their chance of success in territory games. They perform and refine movement skills and sequences to solve games-based problems. For example, they may combine various movements, body positions ...
In this unit students will test and create solutions to a variety of target games through modifying movement sequences tactical approaches. They predict the outcome of the way they propel an object at a target by considering how space, time, effort and equipment influence the accuracy.
In this unit students test and apply various tactics incorporating movement, space, time, equipment and rules to improve their chance of success in territory games. They perform and combine movement skills and sequences to solve games-based problems. For example, they test where and how they move in space to evaluate which ...
In this unit, students will test and create solutions to a variety of movement challenges through modifying movement sequences and games. For example, they may explore different ways to propel an object accurately within the playing area.