From Complex Rules to Clear Systems

Our mission is to help learners explore game-system logic in a sequential way, examine mechanic behavior, and document the relationships between connected elements. We organize the materials so that each topic can be studied separately and then placed within a wider system.

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It Started with One Question: What Makes a Game Move?

Mekavelle began with the idea of explaining Game Logic Development as a system of connected rules, states, events, and decisions. While working with game mechanics, our team observed that complexity often comes not from individual elements but from missing connections between them, so we created courses built around diagrams, examples, and focused assignments.

  • Cristina Hogan

    Cristina Hogan

    Rule Dependency Designer

    Creates dependency maps connecting

    variables, events, decisions, and

    states. Identifies which components

    require review after an individual rule

    changes.

  • Emmett Vance

    Emmett Vance

    Gameplay Logic Designer

    Designs the rules connecting actions,

    states, and system reactions. Turns

    initial mechanic ideas into structured

    logic diagrams.

  • Josephine Eaton

    Column

    Logic Quality Analyst

    Reviews logic maps through standard,

    alternative, and uncommon scenarios.

    Records observed system behavior

    and compares it with the intended

    rules.

Step Inside the Learning Path

Review the overall structure of Mekavelle courses and see which topics are included in each learning path. The preview presents modules, assignment types, logic diagrams, and the general direction of the materials. This helps you compare courses by content and level of detail. Select Preview Courses to review the curriculum before choosing a course.

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    System Thinking

    The materials help

    learners view rules,

    events, states, and

    variables as connected

    parts of one game

    system.

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    Scenario Review

    Assignments cover

    primary, alternative, and

    interrupted routes through

    a system.

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    Flexible Pace

    Downloadable materials

    allow learners to plan their

    own study sessions and

    work offline.

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    Logic Mapping

    Learners work with

    transition diagrams,

    scenario branches,

    and dependency maps

    to organize mechanic

    behavior.

  • Enoch Duarte

    Enoch Duarte

    Enoch had already created several small game mechanics,

    but he found it difficult to track how one state change affected

    events in other parts of a scenario. He found the transition

    tables and exercises that connected every rule to a specific

    condition particularly useful.

    “The course helped me separate states, events, and

    conditions instead of treating them as one large block.”

  • Nicole Ramsey

    Nicole Ramsey

    Nicole wanted to learn how to document a large game system

    containing shared variables, saved states, and several

    connected mechanics. She found the sequential organization

    of the materials useful, moving from individual states and rules

    to dependency maps and wider system architecture.

    “I now have a consistent format for recording rules,

    data changes, and connections between mechanics.”

30-Day Money-Back Guarantee

Try the course risk-free. If you're not satisfied for any reason, get a full refund. No questions asked. Refund requests may be submitted within 30 days in accordance with our Refund Policy.

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Try Game Logic in Action

Begin exploring Game Logic Development with a short free resource from Mekavelle. It introduces states, conditions, events, and the transitions connecting them. The material shows how separate rules can be organized into one logic diagram. Download it and work through the content at your own pace.