Game Design and Development Course

Lesson 1 • Core Game Design Vocabulary

Defines essential terms: mechanics, dynamics, aesthetics, and systems. Shared language enables precise communication throughout the course.

Lesson 2 • History and Evolution of Games

Traces games from ancient board games to modern digital titles. Provides historical context that informs contemporary design decisions.

Lesson 3 • Player Psychology and Motivation

Examines why players engage with games using motivation models. Connects psychological principles to design choices that sustain engagement.

Lesson 1 • Progression and Reward Systems

Designs skill trees, unlocks, and achievement structures. Progression systems sustain long-term player motivation and retention.

Lesson 2 • Game Economy and Resource Systems

Covers sources, drains, and converters in game economies. Balanced economies prevent runaway leader problems and maintain tension.

Lesson 3 • Emergent Gameplay and Complexity

Explores how simple rules generate complex, unexpected player behavior. Emergence creates replayability and deepens player investment.

Lesson 4 • Designing Core Mechanics

Defines the primary actions players perform and their consequences. Core mechanics form the foundation of all subsequent system design.

Lesson 1 • Environmental Storytelling

Uses props, lighting, and spatial arrangement to convey narrative. Environment becomes a storytelling medium that reinforces game world lore.

Lesson 2 • World Building and Lore Design

Constructs consistent fictional worlds with history, factions, and rules. Coherent world building deepens player immersion and supports narrative design.

Lesson 3 • Prototyping and Blockout Techniques

Builds rough geometry blockouts to test spatial ideas before final art. Rapid blockout iteration saves production time and validates design intent.

Lesson 4 • Principles of Spatial Design

Covers flow, pacing, and player guidance through physical space. Spatial principles ensure players navigate intuitively without explicit instruction.

Lesson 1 • Character Design and Development

Builds memorable characters through motivation, arc, and voice. Strong characters drive emotional investment and reinforce game themes.

Lesson 2 • Dialogue and Script Writing

Writes game dialogue that conveys character, advances plot, and fits UI constraints. Dialogue must function within interactive systems, not just as prose.

Lesson 3 • Integrating Story with Gameplay

Aligns narrative beats with mechanical moments for cohesive experience. Ludonarrative harmony prevents conflict between story and player action.

Lesson 1 • Art Style and Direction

Defines a unified visual identity through style guides and reference boards. Art direction aligns all team members to a shared aesthetic vision.

Lesson 2 • Animation Principles for Games

Applies the twelve principles of animation to game character and UI motion. Animation communicates weight, intent, and responsiveness to player input.

Lesson 3 • Visual Design Principles for Games

Applies contrast, hierarchy, color theory, and composition to game visuals. These principles ensure clarity, readability, and aesthetic consistency.

Lesson 4 • UI and UX Design for Games

Designs heads-up displays, menus, and feedback elements for usability. Game UI must communicate information without disrupting immersion or flow.

Lesson 1 • Sound Effect Design and Sourcing

Covers recording, synthesis, and library sourcing for game sound effects. Effective SFX reinforce mechanics and make interactions feel satisfying.

Lesson 2 • Audio Implementation and Middleware

Integrates audio assets into a game engine using middleware tools. Implementation connects design intent to real-time player-triggered audio behaviour.

Lesson 3 • Music Composition for Games

Introduces looping, layering, and adaptive music composition techniques. Game music must sustain repeated listening without fatiguing the player.

Lesson 1 • Input Systems and Player Control

Maps player input to character actions across multiple device types. Responsive controls are the primary interface between player intent and game response.

Lesson 2 • Physics and Collision Systems

Configures rigidbody physics, colliders, and trigger zones in a game engine. Physics systems underpin movement, combat, and environmental interaction.

Lesson 3 • Introduction to Game Engines

Surveys major game engine architectures and their core components. Engine literacy enables designers to collaborate effectively with programmers.

Lesson 4 • Game State and Scene Management

Manages game states, scene transitions, and persistent data across sessions. State management ensures consistent game behaviour and save system integrity.

Lesson 1 • Iteration and Rapid Prototyping

Applies fast build-test-revise cycles to resolve identified design problems. Rapid iteration compresses learning time and reduces costly late-stage rework.

Lesson 2 • Playtesting Methods and Protocols

Designs structured playtests to gather actionable feedback on design problems. Rigorous protocols separate observation from interpretation for cleaner data.

Lesson 3 • Distribution and Launch Preparation

Covers platform submission, store page creation, and launch-day logistics. A prepared launch maximises visibility and minimises post-release emergencies.

Lesson 4 • Polishing and Quality Assurance

Applies bug tracking, performance profiling, and polish passes before release. Polish transforms a functional prototype into a professional-quality product.