Australia · ACARA Content Descriptions
Year 5 Technologies
Students explore the mechanics of the digital world by developing computational thinking skills and understanding how data travels across global networks. This course focuses on designing user-centered solutions through visual programming, data modeling, and ethical analysis of technology.
01Algorithmic Logic and Sequences
Focuses on decomposing complex problems into manageable steps and using branching logic to control program flow.
Students will break down everyday tasks into small, logical steps to identify recurring patterns in problem solving.
Students will practice creating precise sequences of instructions for simple tasks, understanding order of operations.
Students will use 'if-then-else' logic to create programs that can make decisions based on specific conditions.
Students will explore how loops (repetition) can simplify code and automate repetitive tasks.
Students will identify and correct errors (bugs) in simple algorithms and programs.
Students will get acquainted with a visual programming environment (e.g., Scratch) and its basic interface.
Students will apply sequencing and branching to create interactive digital stories.
02The Invisible Web: Networks and Hardware
An investigation into how digital systems connect and the protocols that ensure data reaches its destination safely.
Students will understand how files are broken into packets and transmitted across the internet using protocols.
Students will compare different types of network hardware and the physical infrastructure of the internet.
Students will develop basic strategies for protecting personal information and understand the importance of encryption.
Students will identify and describe the basic internal and external hardware components of a computer system.
Students will understand the role of operating systems and different types of application software.
Students will explore what cloud computing is and how data is stored and accessed remotely.
Students will be introduced to the concept of everyday objects connected to the internet and their applications.
03Data Detectives: Collection and Analysis
Students learn to gather, organize, and interpret data to tell stories and solve community problems.
Students will explore how computers use 1s and 0s to represent complex information like images and sound.
Students will learn methods for collecting data and organizing it into simple tables or spreadsheets.
Students will use software tools to transform raw data into charts and infographics that reveal trends.
Students will practice interpreting data visualizations to draw meaningful conclusions and identify trends.
Students will apply data findings to propose solutions for real-world school or local issues.
Students will learn about the importance of protecting personal data and basic principles of data security.
Students will design and conduct simple surveys to collect qualitative and quantitative data.
04Designing for Users
An introduction to user experience (UX) design, focusing on creating digital interfaces that are accessible and intuitive.
Students will study how layout, color, and navigation affect how people interact with websites and apps.
Students will explore the overall experience of a user interacting with a product, focusing on usability and satisfaction.
Students will design technology that works for people with different abilities and needs.
Students will create low-fidelity wireframes and paper prototypes to test design ideas quickly.
Students will conduct simple user tests on their prototypes and integrate feedback for improvements.
Students will learn to empathize with different users to understand their needs and challenges when interacting with technology.
Students will explore how information is organized within websites and apps to make it easy to find.
05The Ethics of Innovation
Examining the social and environmental impacts of technology, from e-waste to digital footprints.
Students will understand the long-term consequences of sharing information online and managing digital identities.
Students will learn to identify, prevent, and respond to cyberbullying and other online risks.
Students will investigate the lifecycle of digital devices and the problem of electronic waste.
Students will discuss how robotics and AI might change the way we work and live.
Students will understand concepts of intellectual property, copyright, and fair use in digital content creation.
Students will explore the rights and responsibilities of being a digital citizen, including online etiquette.
Students will be introduced to the idea that algorithms can reflect human biases and the importance of fair data.
06Game Design and Programming
A capstone unit where students apply programming concepts to create an interactive digital game.
Students will learn basic game design principles and storyboard their game ideas.
Students will learn how to use variables to track scores, health, or time in a program.
Students will program objects to respond to user inputs like keyboard presses or mouse clicks.
Students will implement basic physics concepts like gravity, collisions, and movement in their games.
Students will test, debug, and refine their digital game projects based on user feedback.
Students will create simple sprites, backgrounds, and sound effects for their games.
Students will design game levels that gradually increase in difficulty and introduce new challenges.
07Creative Digital Media
Students will explore various forms of digital media creation, including image editing, sound design, and animation.
Students will learn basic tools and techniques for editing digital images, such as cropping, resizing, and color correction.
Students will use digital drawing tools and graphic design principles to create original artwork.
Students will explore how sound is recorded, edited, and used in digital projects, including basic audio effects.
08Robotics and Physical Computing
An introduction to robotics, allowing students to program physical devices and understand the interaction between code and the physical world.
Students will explore basic robotic components and understand how sensors gather information from the environment.
Students will write simple programs to control the movement and actions of a robot.
Students will program robots to make decisions and respond to sensor input using conditional logic.