Welcome

Forget the fluff. Game design isn't just about having a great idea. It's about understanding why players stay, why they get frustrated, and what makes a mechanic click. Whether you are building your first indie project or looking to sharpen your development workflow, this handbook breaks down the actual mechanics, frameworks, and psychology behind game creation.

We will skip the vague advice and dive straight into the practical models, from classic MDA to hybrid frameworks like DORK, giving you a concrete roadmap to build, balance, and polish your game.

Let's get to work.

Table of Contents:

• Welcome - This is the page you're on currently.

  • Frameworks & Models - A collection of Game Design Frameworks & Models to provide practical tools for analyzing, communicating, and solving design problems through structured principles, decision-making frameworks, and proven design methodologies.

    • 6-11 Framework - Suits games focusing on player psychology, mapping basic emotions and instincts directly to mechanical loops to engineer intentional emotional engagement.

    • AGE framework - Excels at structuring game design from raw atomic actions and rules up to high-level psychological experiences.

    • Clarity Model - Excels at optimizing game UX by eliminating cognitive friction and ensuring transparent player communication.

    • DDE Model - Suits games prioritizing design, dynamics, and user experience, fostering immersive, engaging gameplay experiences.

    • DORK Model - A versatile hybrid approach for crafting player-centric experiences across diverse video game genres and platforms.

    • Emotioneering Model - Suited for story-rich games, emphasizing emotional connection, player agency, and immersive gameplay experiences.

    • GEB Model - Suits educational games, fostering learning through interactive experiences, aligning with pedagogical principles.

    • MDA Framework - Excels in crafting games, emphasizing mechanics, dynamics, and aesthetics for engaging player experiences.

    • RMDA Framework - Extends MDA, prioritizing narrative depth, player immersion, and diverse emotional experiences in game design.

    • SSM Framework - Excels in games emphasizing emotional narratives, adaptive gameplay, and player-centric experiences.

    • Octalysis Framework - Suits live-service and progression systems requiring strategic balancing of behavioral core drives and long-term retention loops.

    • PENS Model - Suits games aiming for deep intrinsic motivation by evaluating and fulfilling core psychological needs like autonomy, competence, and relatedness.

    • Elemental Tetrad Model - Excels at holistic creative direction and system balancing across the four interdependent pillars of mechanics, story, aesthetics, and technology.

  • Genre Dissection - Design reference for analyzing games through their core experiences, mechanics, player motivations, and genre structures, helping designers understand, communicate, and intentionally shape the identity of a game.

    • Genre Glossary - An alphabetical glossary of Genres, Sub-Genres, and Sub-Sub-Genres that link to deeper larger pages on the genres and the specifics of them.

    • The Player Fantasy Motivation Framework - Explores the psychological fantasies and intrinsic motivations that drive player engagement, helping designers understand why players are drawn to different game experiences beyond genre alone.

    • The Hybridization Collision Matrix - A design tool for exploring how different genres, mechanics, and player experiences naturally complement, reinforce, or conflict with one another, helping designers create more cohesive hybrid game concepts.

    • The Genre Execution and Scoping Blueprint - Provides a practical framework for evaluating the complexity, production scope, and implementation challenges of different genres, helping designers make informed decisions about feasibility, team requirements, and project scale.

    • The Convention Subversion Framework - Helps designers identify established genre conventions and intentionally reinforce or challenge player expectations to create experiences that feel both familiar and memorable.

  • Game Theory - Explores the fundamental principles behind how games create meaningful player experiences, providing frameworks for understanding mechanics, systems, decision-making, and the relationship between player actions and outcomes.

    • Game Theory in Video Game Design - An Overview of Importance - Explores how applying mathematical game theory helps designers construct balanced decision spaces, anticipate player choices, and foster deep strategic engagement.

    • Brief History of Game Theory in Game Design - Traces the evolution of game theory from classic economic models to its foundational role in modern digital game balance, AI, and systems design.

    • Nash Equilibrium - Examines how stable decision states, where no player benefits from changing their strategy unilaterally, can be used to prevent dominant meta-strategies and maintain competitive balance.

    • Zero-Sum and Non-Zero-Sum Games - Breaks down how pure competition (where one player's gain is another's loss) differs from mutual-gain mechanics, shaping player incentives and social dynamics.

    • Cooperative vs. Non-Cooperative Games - Analyzes the design mechanics behind team-aligned play versus self-interested competition, illustrating how trust, betrayal, and shared goals influence player behavior.

    • Repeated Games and Strategies - Details how recurring interactions across multiple rounds foster evolving strategies, reputation building, and long-term alliance dynamics like Tit-for-Tat.

    • Analysis of Successful Game Designs - Deconstructs commercial and critical hits to demonstrate how core game-theoretic principles directly power memorable mechanics, emergent play, and lasting retention.

  • Workbooks & Tools

    • Ideation & Discovery

      • Unfiltered Ideation & The Context Dump - Provides a step-by-step framework to extract raw game concepts, conditional mechanics, and unresolved design questions into a structured Living Context Brief, preventing developers from building features in a vacuum without a clear high-level vision.

    • Pre-Production

      • Concept Stress-Test Workbook - Guides teams through preproduction by establishing core mechanical scaffolding, motivation drivers, and scoping boundaries to prevent design debt before writing code.

    • Production & Maintenance

      • Design Health Check Workbook - Serves as a mid-production diagnostic tool to untangle design debt, resolve genre collision friction, and trim feature bloat on a playable build.

    • Post-Mortem

      • Design Autopsy Workbook - Provides a forensic post-mortem framework to isolate load-bearing wins, diagnose systemic failures, and extract transferable design rules for future projects.

  • Analysis Papers

    • Cheating & How Game Design Can Help Prevent It - Examines the psychological and mechanical roots of player exploits, demonstrating how server authority, structural checks, and intentional incentive design can mitigate cheating beyond software anti-cheat.

  • Author Notes - Some general notes from the author, Mippi The Dork, regarding this knowledge repository.