Technologies · Foundation · Solving Problems with Technology · Term 2

Brainstorming Solutions: Creative Ideas

Generating multiple creative ideas to solve identified problems, encouraging divergent thinking.

• ACARA Content Descriptions
• AC9TDEFP01

About This Topic

Brainstorming solutions centres on generating multiple creative ideas to tackle simple problems, fostering divergent thinking in Foundation Technologies. Students identify everyday issues, like creating a safe path for classroom toys or improving lunchbox access, and sketch or model several ideas. This directly supports AC9TDEFP01, where children communicate design ideas through drawings, models, or basic digital tools, building confidence in the design process.

Within the Solving Problems with Technology unit, students compare ideas for feasibility, considering factors like materials, ease of making, and fairness. They justify why generating many options leads to stronger solutions, developing early critical thinking and collaboration skills essential across the Australian Curriculum.

Active learning excels in this topic because hands-on, low-stakes activities like group sketching or idea charades encourage risk-free sharing. Children stay engaged as they build on classmates' suggestions, making abstract concepts concrete and memorable through play-based exploration.

Key Questions

1. Design multiple potential solutions for a given problem.
2. Compare the feasibility of different brainstormed solutions.
3. Justify why a wide range of ideas is beneficial in problem-solving.

Learning Objectives

• Design multiple potential solutions for a given problem using drawings or models.
• Compare the feasibility of different brainstormed solutions based on materials and ease of creation.
• Explain why generating a wide range of ideas is beneficial for solving problems.

Before You Start

Identifying Problems

Why: Students need to be able to recognize simple problems in their environment before they can brainstorm solutions.

Basic Drawing and Modeling Skills

Why: Students require foundational skills in representing ideas visually to communicate their brainstormed solutions.

Key Vocabulary

Brainstorming	A group creativity technique used to find a conclusion for a specific problem by gathering a list of ideas spontaneously contributed by its members.
Divergent Thinking	A thought process used to generate creative ideas by exploring many possible solutions. It involves thinking broadly and exploring multiple possibilities.
Feasibility	The likelihood that a proposed solution can be successfully carried out, considering resources like materials, time, and ease of construction.
Solution	An answer or method for dealing with a problem or difficulty.

Watch Out for These Misconceptions

Common Misconception

There is only one correct solution to a problem.

What to Teach Instead

Emphasise that problems have many possible solutions. Group discussions during brainstorming reveal diverse ideas, helping students see value in variety. Peer sharing corrects this by showing how different approaches can work equally well.

Common Misconception

The first idea is always the best.

What to Teach Instead

Teach that initial ideas spark better ones later. Relay activities build on prior sketches, demonstrating improvement through iteration. Active comparison in pairs reinforces that quantity leads to quality.

Common Misconception

Ideas must be perfect before sharing.

What to Teach Instead

Stress 'no wrong ideas' rules in sessions. Think-pair-share builds confidence by starting small, with partners refining rough sketches. This reduces perfectionism through collaborative, low-pressure practice.

Active Learning Ideas

Think-Pair-Share: Toy Path Challenge

Pose a problem like designing a toy path that avoids spills. Students think alone for 2 minutes and sketch one idea, pair up to share and add a second idea each, then share one combined solution with the class. Display sketches for a class vote on favourites.

25 min·Pairs

Round Robin: Lunchbox Solutions

In small groups, present a lunchbox access problem. Each student adds one sketched idea to a shared poster in 1-minute turns over 10 minutes, then discusses which three ideas seem most feasible based on materials and steps needed.

30 min·Small Groups

Idea Storm Circle: Playground Fix

Sit in a whole-class circle for a playground problem. Use a talking stick: each child shares one verbal idea and draws it quickly on paper, passing to the next. After 15 minutes, review and star the top five ideas together.

35 min·Whole Class

Sketch Relay: Helper Robot

Pairs design a classroom helper robot. One partner sketches for 3 minutes, then swaps to add features. Repeat twice, discuss feasibility, and present one final combined drawing to the group.

20 min·Pairs

Real-World Connections

• Toy designers at LEGO often brainstorm hundreds of different ideas for new sets, considering how children will play with them and what materials are safe and available.
• Product developers at a kitchenware company might sketch many different designs for a new type of lunchbox, thinking about how easy it is to open, how well it keeps food separate, and what materials are durable and washable.

Assessment Ideas

Quick Check

Provide students with a simple problem, such as 'How can we make our classroom library more inviting?' Ask them to draw at least three different ideas for solutions on a piece of paper. Observe if they are generating distinct concepts.

Discussion Prompt

Present two different brainstormed solutions for a classroom problem (e.g., a better way to organize art supplies). Ask students: 'Which idea do you think would be easier to make? Why?' and 'Why is it good that we thought of more than one idea?'

Exit Ticket

Give each student a small card. Ask them to write or draw one idea they had for solving a problem discussed in class. Then, ask them to write one reason why thinking of many ideas is helpful.

Frequently Asked Questions

How do Foundation students generate multiple solutions in Technologies?

Start with relatable problems like toy storage. Use visual prompts and timers for quick sketches, encouraging at least three ideas per child. Model sharing without critique first, then compare feasibility using simple checklists for materials and steps. This scaffolds divergent thinking aligned with AC9TDEFP01.

Why is divergent thinking important in brainstorming?

Divergent thinking produces varied ideas before selecting the best, mirroring real design processes. At Foundation, it teaches flexibility and creativity, helping students justify choices later. Activities like round robins show how one idea inspires others, building resilience in problem-solving.

How does active learning support brainstorming solutions?

Active methods like pair sketching and group relays make brainstorming playful and inclusive for young learners. Children engage kinesthetically, reducing anxiety and boosting participation. Structured sharing ensures all voices contribute, while immediate feedback refines ideas, deepening understanding of feasibility and design iteration.

What ACARA standards does brainstorming cover at Foundation?

AC9TDEFP01 requires generating and sharing design ideas through drawings or models. Brainstorming activities meet this by producing multiple solutions, communicating them collaboratively, and evaluating feasibility. It connects to broader Technologies outcomes by introducing systematic problem-solving from Term 2 units.