Game Design and Programming · Term 3

Game Design Principles and Storyboarding

Students will learn basic game design principles and storyboard their game ideas.

About This Topic

Game design principles teach Year 5 students how to craft engaging digital experiences. They explore core elements such as clear objectives, balanced challenges, intuitive controls, feedback loops, and narrative progression that motivate players. Storyboarding builds on this by having students sketch sequential frames to visualize game flow, player decisions, and outcomes. This process directly supports AC9TDI6P06, where students design and evaluate digital solutions with user needs in mind.

Within the Australian Curriculum's Technologies strand, this topic strengthens computational thinking, iteration, and audience-focused design. Students analyze familiar games to identify what creates fun, then justify their own choices for target players like peers or younger siblings. These skills transfer to programming, as storyboards outline algorithms and interactions before coding begins. Visual planning also links to Arts and English, enhancing multimodal communication.

Active learning benefits this topic greatly. Students collaborate on rapid prototypes using paper, markers, and sticky notes, test ideas through peer playtesting, and refine based on feedback. These hands-on methods make principles tangible, spark creativity, and build confidence in the design cycle.

Learning Objectives

• Analyze elements that contribute to player engagement and enjoyment in familiar video games.
• Design a storyboard illustrating the sequence of events, player actions, and feedback for a simple game.
• Evaluate the effectiveness of game mechanics and narrative choices based on a defined target audience.
• Create a set of game design rules and player objectives for a new game concept.
• Justify design decisions in a game storyboard by referencing principles of fun and engagement.

Before You Start

Digital Systems and Devices

Why: Students need a basic understanding of how digital devices work to appreciate the context of game design.

Visual Communication and Representation

Why: Familiarity with visual elements and sequential representation supports the creation and understanding of storyboards.

Key Vocabulary

Game Mechanics	The rules, systems, and actions that define how a player interacts with a game and how the game responds.
Feedback Loop	The cycle where a player's action causes a response from the game, which in turn informs the player's next action.
Player Objective	The goal or mission that the player is trying to achieve within the game.
Storyboard	A sequence of drawings or images that represent the flow of a game, showing key scenes, player interactions, and outcomes.
Target Audience	The specific group of people for whom a game is designed, influencing its difficulty, theme, and complexity.

Active Learning Ideas

Pairs: Game Analysis Jigsaw

Pairs select and play a simple digital or board game for 5 minutes. They list three elements that make it engaging, such as goals or rewards, then teach their findings to another pair. Groups combine notes into a class chart.

⏱ 25 min·Pairs

Generate mission

Small Groups: Storyboard Sprint

In groups of four, students brainstorm a game idea based on a prompt like 'save the reef.' Each member draws two frames in sequence, passes to the next for additions, and reviews the full storyboard. Groups present key decisions.

⏱ 35 min·Small Groups

Generate mission

Whole Class: Feedback Carousel

Display student storyboards around the room. Students rotate in pairs, leaving sticky note feedback on strengths and suggestions. Return to revise one element based on input, then share improvements.

⏱ 30 min·Whole Class

Generate mission

Individual: Pitch Your Game

Students create a one-page storyboard summary and practice a 1-minute pitch explaining design choices. Volunteers present to the class for applause or questions.

⏱ 20 min·Individual

Generate mission

Real-World Connections

Game designers at companies like Nintendo and EA use storyboards to plan the visual flow and player experience of new video games before development begins.

Interactive museum exhibits, such as those at the National Science and Media Museum in the UK, employ game design principles to engage visitors and teach complex concepts through play.

App developers for educational games, like those from Osmo, consider target audiences such as young children to create intuitive interfaces and age-appropriate challenges.

Watch Out for These Misconceptions

Common Misconception

Fun games rely mostly on fancy graphics.

What to Teach Instead

Engaging games prioritize solid mechanics like fair challenges and quick feedback over visuals. Active pair analysis of simple games reveals this, as students compare stripped-down versions to complex ones and debate what holds attention.

Common Misconception

Storyboarding is only about pretty drawings.

What to Teach Instead

Storyboards plan interactions, decisions, and flow, not just art. Group relays show this, where students must connect frames logically, helping them see narrative structure through peer critiques.

Common Misconception

More features always make a game better.

What to Teach Instead

Balance prevents overload; targeted features suit the audience. Gallery walks expose this, as feedback highlights confusing designs, guiding revisions toward streamlined fun.

Assessment Ideas

Quick Check

Present students with three short descriptions of game mechanics (e.g., collecting items, solving puzzles, racing). Ask them to write one sentence for each explaining why it might be fun for a specific audience, like younger siblings or classmates.

Exit Ticket

Provide students with a template for a single storyboard panel. Ask them to draw a scene from a game idea, label the player action, the game's feedback, and the objective for that moment. They should also write one sentence explaining their design choice.

Peer Assessment

Students share their game storyboards in small groups. Each student provides feedback on one aspect of their peer's storyboard, answering: 'What is one thing that looks engaging about this game idea?' and 'What is one question you have about how the player would do that?'

Frequently Asked Questions

How do I teach game design principles to Year 5 students?

Start with familiar games students know, like Minecraft or Among Us. Guide them to dissect elements in pairs: goals, controls, wins. Use class charts to generalize principles, then apply to their ideas. This builds from concrete to abstract, aligning with AC9TDI6P06 design processes.

What is storyboarding in primary game design?

Storyboarding sequences game screens, player actions, and branches like win/lose paths. Year 5 students sketch 6-8 frames with notes on mechanics. It plans before coding, reduces errors, and clarifies user experience for simple interactive games.

How can active learning improve game design lessons?

Active methods like group storyboarding sprints and peer feedback carousels let students prototype fast, test ideas, and iterate. They experience principles through creation, not just theory, leading to deeper understanding and enthusiastic engagement. Hands-on tasks match the curriculum's emphasis on collaborative design.

What are common mistakes in Year 5 student game storyboards?

Students often skip player choices or overload with unrelated features. They assume audiences think like them. Address with targeted prompts and feedback rotations, where peers spot gaps, fostering justification skills from the key questions.