Smart Systems Unit - Years 5-6

Help students understand how purposeful systems work and how designers improve them. This complete five-lesson unit moves from familiar devices and energy transformations to sustainable systems, electrical circuits and a structured smart-system design challenge.

Students identify system inputs, components, processes and outputs; compare everyday systems for function and sustainability; examine the Brewarrina fish traps respectfully as a living example of First Nations knowledge and sustainable system design; read and draw circuit diagrams; diagnose simple circuit faults; and plan, test and evaluate a smart-system concept using clear criteria and evidence.

The cohesive presentation, investigations, games, worksheets, project planner, assessment, answer pages and rubric support explicit teaching, guided practice, collaborative learning and independent demonstration of understanding.

What's included

• 28-page unit plan PDF with a colour contents page and 27 classroom-ready resource and answer pages
• 63-slide editable PowerPoint presentation
• Editable 10-question PowerPoint quiz in question-and-answer sequence (23 slides including introduction and closing slides)
• Smart Systems classroom display
• Energy in Everyday Systems investigation pack
• Sustainable Systems investigation and comparison activities
• Smart System Challenge Cards
• Design Criteria Mixer
• Energy Pathway Sorting Game with mat and cards
• Circuit Diagram Practice worksheets
• Three-page Smart System Project Planner
• Three-page Smart System Design Review assessment
• Eight meaningful answer pages with answers shown in red
• Five-level Smart Systems Design Rubric
• Preview PDF

Learning focus

• Identify and explain inputs, components, processes and outputs in designed systems
• Describe common energy transformations and useful system outputs
• Compare systems for function, efficiency and sustainability
• Recognise the value of First Nations knowledge in sustainable system design
• Use standard circuit symbols and debug simple circuit diagrams
• Develop design criteria and constraints for a purposeful solution
• Communicate a labelled system concept and energy pathway
• Plan tests, interpret evidence and justify improvements

Classroom use

Use the presentation to teach the five-lesson sequence, then select the investigations, challenge cards, sorting game and circuit practice for guided or collaborative learning. The project planner supports a design task, while the quiz, assessment and rubric provide formative and summative evidence. Suitable for whole-class teaching, STEM rotations, project-based learning, assessment preparation and relief-teacher planning.

Formats, page count and answers

Digital PDF and editable Microsoft PowerPoint files. The unit plan PDF has 28 pages. The presentation has 63 slides. The 10-question quiz has 23 slides including introduction and closing slides. Eight answer pages are included, with answers shown in red. A separate Preview PDF is supplied.

Teacher benefits

• Complete five-lesson sequence with a clear progression from investigation to design and evaluation
• Editable presentation and quiz for classroom adaptation
• Varied print and hands-on resources for explicit, collaborative and independent learning
• Meaningful answer pages and a five-level rubric for efficient review and assessment
• Australian English and age-appropriate Years 5-6 examples

Digital product and licence

Digital download only; no physical item is supplied. For use by the purchasing teacher/classroom. Please do not share, resell or upload the files to a public or shared resource repository.