Computer Science
Grade 6
20 min
Game Design Principles: Gameplay Mechanics and Level Design
Explore game design principles, including gameplay mechanics and level design, and how to create engaging and fun games.
What you'll learn
- Identify and classify at least five distinct gameplay mechanics (e.g., resource management, character progression, physics-based interaction) present in three different pre-existing video games, justifying each classification with specific examples from the games.
- Apply principles of level design, including pacing, flow, and visual hierarchy, to create a detailed level design document (including a visual map or sketch) for a hypothetical game, specifying how each element contributes to the player's experience and intended challenge.
- Explain how specific gameplay mechanics and level design choices can impact player engagement and create different emotional responses (e.g., frustration, satisfaction, excitement), supporting your explanation with research-based evidence or established game design theory.
- Solve design challenges related to balancing gameplay mechanics and level design elements to achieve a desired level of difficulty and player experience, documenting the iterative process of problem-solving and the rationale behind design decisions.
Tutorial Preview
1
Introduction & Learning Objectives
Learning Objectives
Define 'gameplay mechanic' and 'level design' using their own words.
Identify the core gameplay mechanic in a simple game.
Explain how variables can be used to control a gameplay mechanic, like jump height or speed.
Sketch a simple game level on paper, including a start point, an objective, and at least one challenge.
Describe the relationship between a game's mechanics and its level design.
Use an 'if-then' pattern to describe a simple player action and its outcome in code.
Ever played a game that was so fun you couldn't put it down? 🤔 What makes a game fun instead of frustrating or boring?
In this lesson, we'll uncover the secret ingredients of fun games: gameplay mechanics (the 'rules' and '...
2
Key Concepts & Vocabulary
TermDefinitionExample
Gameplay MechanicA rule or action a player can perform in the game. It's what you DO in the game.In Super Mario Bros., the main gameplay mechanic is jumping. You use it to move, defeat enemies, and collect items.
Level DesignThe way the game's environment, challenges, and goals are arranged in a specific area or stage.A single maze in Pac-Man, with its specific layout of walls, dots, and ghost starting positions, is an example of level design.
ObjectiveThe main goal or task that the player needs to complete to win or move forward.In a simple platformer game, the objective might be to reach the flag at the end of the level.
ChallengeAn obstacle or difficulty that the player must overcome using the game's mechanics.A wide gap in the floor that the player...
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Core Syntax & Patterns
The 'If-Then' Pattern for Mechanics
if (player_input) then (change_game_state)
This is the basic logic for making things happen in a game. Use it to connect a player's action (like pressing a key) to a character's action (like jumping or moving).
The 'Variable Tracking' Pattern
variable_name = variable_name + value
Use this pattern to keep track of important information, like score, health, or items collected. Every time something happens, you update the variable.
The 'Coordinate' Pattern for Placement
place_object(name, x, y)
In level design, everything has a position on the screen. We use x (left/right) and y (up/down) coordinates to tell the computer where to draw platforms, enemies, and items.
4 more steps in this tutorial
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Challenging
A game has two mechanics: a 'high jump' (goes up, but not far forward) and a 'long jump' (goes forward, but not very high). Which level design would best require the player to use BOTH mechanics?
A.series of platforms all at the same height but with wide gaps between them.
B.tall tower with a reward at the top, followed immediately by a wide canyon with a goal on the other side.
C.single, very tall wall that the player must climb to reach the goal.
D.long, flat race track with small obstacles to hop over.
Challenging
A game has a 'speed boost' power-up. The player's normal speed is stored in `player_speed = 5`. The boost should last for 10 seconds. Which of these is the best, most complete logic for this mechanic?
A.if (player_touches_boost) then (player_speed = 10)
B.if (player_touches_boost) then (player_speed = player_speed + 5)
C.if (player_touches_boost) then (player_speed = 0)
D.if (player_touches_boost) then (player_speed = 10; start a 10-second timer; when timer ends, player_speed = 5)
Challenging
In a level sketch, a designer places a high platform with a required key, but also leaves a path of small, easy-to-jump-on blocks that lead directly to the locked door, allowing the player to skip the key entirely. How should the designer fix this flaw?
A.Remove the easy path of blocks, forcing the player to get the key from the high platform first.
B.Make the key shiny so the player is more likely to go for it.
C.Add more enemies near the locked door to make it harder.
D.Change the door to a different color.
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Frequently asked questions
What grade level is "Game Design Principles: Gameplay Mechanics and Level Design"?
Game Design Principles: Gameplay Mechanics and Level Design is a Grade 6 Computer Science lesson on ExcelOS.
What will I learn in Game Design Principles: Gameplay Mechanics and Level Design?
You'll be able to: Identify and classify at least five distinct gameplay mechanics (e.g., resource management, character progression, physics-based interaction) present in three different pre-existing video games, justifying each classification….
Is "Game Design Principles: Gameplay Mechanics and Level Design" free to practice?
Yes. You can read the tutorial preview for free, and signing up for a free ExcelOS account unlocks the full tutorial and all practice questions with instant feedback.
How many practice questions are included with Game Design Principles: Gameplay Mechanics and Level Design?
This lesson includes 27 practice questions across multiple difficulty levels, each with instant feedback and explanations.