Introduction to Digital Literacy for Science Teachers

Digital literacy forms a cornerstone of modern education, it equips students with the knowledge and skills to traverse the ever more digital world around them. As teachers of science, it is not about simply using digital tools to create more dynamic presentations to enhance delivery, it’s about developing critical, ethical and practical digital skills, as outlined in the ACARA Digital Technologies Framework (ACARA, 2021).

The framework outlines five key elements of digital literacy: practising digital safety and wellbeing, communicating and collaborating, investigating, creating, and managing and operating. These elements provide an overarching structure for our development as science teachers and what needs to be passed onto students in our classrooms. It emphasises the diverse set of skills students need to develop, from safety in digital environments to leveraging technology to analyse at new levels, to creating content in new, interesting and dynamic ways. The applications in science classrooms are boundless, with opportunities to teach skills, involve new technology and learn important lessons in every science classroom. This resource will aim to explore how and why different elements can be incorporated into your classrooms.

The investigating element encourages students to search for, interpret and evaluate information in critical manners, not only improving their abilities in the scientific inquiry but beyond. Leveraging tools like research platforms, visualisation software and simulations can thoroughly support this development in the science classroom. Meanwhile the creating element is characterised by the plethora of new tools available for students to present their ideas. With a key component of scientific research being communicating your ideas effectively, the utilisation of these tools provides enormous opportunity for development in this area.

While the ACARA framework provides exactly that, this resource aims to focus on science teachers and their needs directly and has been developed hand in hand with them. So, jump in and see what we have to share in this exciting space, explore what is out there and use it as a launching platform on your journey to promoting digital literacy in your science classrooms.

Introduction to Digital Literacy for Science Teachers

  • Digital Tools for Science

    Explore tools that transform data collection and analysis in science practicals.

  • Coding and Simulation

    Use coding and simulations to bring complex science concepts to life.

  • Research Tools

    Teach students to find, assess, and evaluate credible scientific information online.

  • Collaboration Tools

    Promote teamwork and communication with digital platforms for collaborative science projects.

  • Presentation Tools

    Enable students to present scientific ideas using engaging, innovative digital tools.

  • Digital Safety and Ethics

    Foster responsible digital behavior with safe, ethical science practices.

  • Visualisation Tools

    Utilize interactive tools to visualize and explore difficult science concepts.

  • Flipped Classrooms

    Leverage digital resources to free up class time for hands-on activities.

  • Gamification & Game Based Learning

    Boost engagement with game elements in science lessons.

  • AI for Teachers

    Discover AI tools for lesson planning, research, and efficient marking.

  • Social Media

    Understand social media’s impact on attention, safety, and learning focus.

  • Remote Lab Access

    Provide lab experiences through digital simulations and virtual science tools.