Search results

• TLF-IDA002301

This newsletter from the Digital Technologies in Focus project includes information about schools' projects, assessment tasks, the Australian Curriculum, useful links, and resources.

• TLF-IDA002082

This resource provides a scaffold for students to complete a design challenge. The design challenge requires students to create a stomp rocket that can travel to a chosen planet in the solar system. The design challenge can also be used to investigate forces and energy. It can be delivered over a number of lessons, or it ...

• TLF-IDA002184

This PDF provides a sequence of activities in which students create algorithms to measure the time taken for a vehicle to travel from a starting line to a finish line. Students connect micro:bits and laser receiver sensors to measure time, then create programs to undertake the timing using visual and general-purpose programming.

• TLF-IDA002221

This PDF uses colour coding to provide a line of sight between key concepts, content descriptions and achievement standards in the Digital Technologies subject in the Australian Curriculum.

• TLF-IDA002238

This PDF supports the assessment task, Staying fit, healthy and sun-safe. It is the third in a series of four resources.

• TLF-IDA002286

This PDF lists seven characteristics of good teaching practice in the Digital Technologies curriculum.

• TLF-IDA002327

This report provides details of Faith Lutheran College's participation in the Digital Technologies in Focus project, including a Research question, criteria for success, data collection, resources, challenges, milestones and next steps.

• TLF-IDA002216

This PDF provides a line of sight from content descriptions to achievement standards in the Digital Technologies subject in the Australian Curriculum.

• TLF-IDA002174

This resource provides activities in which students collect, represent and interpret data about the fruit and vegetables they bring to school.

• TLF-IDA002190

This tutorial shows ways in which environmental factors such as lighting and temperature can be measured and improved using micro:bits and sensor boards, and programmed using pseudocode, visual programming and general-purpose programming.