Complexity and Detail Level Assessment:
- Low Complexity: Frameworks that are straightforward, focusing on specific aspects without extensive integration.
- Medium Complexity: Frameworks that consider multiple elements but remain manageable in application.
- High Complexity: Frameworks that involve intricate components and require comprehensive understanding to implement.
Classification Criteria:
- Educational Alignment: How well the framework aligns game elements with educational objectives.
- User Engagement: The emphasis on engaging the user through various game mechanics and narratives.
- Technological Integration: The extent to which the framework incorporates advanced technologies (e.g., 3D environments, multi-agent systems).
- Design Focus: Whether the framework is centered on learner/player needs, content structuring, or motivational aspects.
- Application Specificity: The degree to which the framework is tailored for specific subjects or generalized for various educational contexts.
| Framework | Publication Date | Description | Complexity | Detail Level | Suggested Classification Criteria |
|---|---|---|---|---|---|
| Matching Computer Game Genres to Educational Outcomes | 2005 | Aligns game genres with specific educational objectives. | Low | Moderate | Educational alignment, genre specificity |
| A Conceptual Framework for Serious Games | 2010 | Provides a structured approach to serious game design, focusing on learning outcomes and engagement. | Medium | High | Learning outcomes, engagement strategies |
| The Design, Play, and Experience Framework | 2008 | Integrates design, play, and user experience elements in game development. | Medium | High | Design integration, user experience |
| The “I’s” Have It: A Framework for Serious Educational Game Design | 2010 | Emphasizes immersion, interactivity, and intrinsic motivation in educational games. | Medium | Moderate | Immersion, interactivity, motivation |
| A Model-Driven Framework to Support Development of Serious Games | 2011 | Utilizes models to guide serious game development, ensuring alignment with educational goals. | High | High | Model-driven development, educational alignment |
| Four-Dimensional Framework | 2011 | Considers learner, pedagogical, representation, and contextual dimensions in game design. | High | High | Multidimensional analysis, pedagogical integration |
| Staalduinen and de Freitas Framework | 2011 | Focuses on balancing educational content with engaging gameplay mechanics. | Medium | Moderate | Content-gameplay balance, engagement |
| Conceptual Model for 3D Multi-agent Technology (CMBD) | 2012 | Addresses the use of 3D multi-agent systems in serious games for complex simulations. | High | High | 3D technology, multi-agent systems, simulation complexity |
| Learner-Centered Design | 1993 | Prioritizes the needs and experiences of learners in the design process. | Medium | High | Learner focus, user-centered design |
| DGBL Model for History Educational Games Design | 2013 | Tailors game-based learning specifically for history education. | Medium | Moderate | Subject-specific design, historical content |
| Educational Game Design Model | 2014 | Provides a systematic approach to designing educational games with clear objectives. | Medium | High | Systematic design, educational objectives |
| Garris Game-Based Learning Model | 2002 | Integrates instructional content with game features to enhance learning. | Medium | Moderate | Instructional integration, game features |
| Osman and Bakar Design Model | 2013 | Focuses on motivational elements in serious game design. | Medium | Moderate | Motivation, engagement strategies |
| Game Object Model 2 | 2005 | Offers a framework for structuring game content and mechanics. | High | High | Content structuring, game mechanics |
| Experiential Gaming Model | 2008 | Emphasizes learning through experience and reflection within games. | Medium | High | Experiential learning, reflection |
| Framework of Flow in Computer-Mediated Environment | 2003 | Analyzes how flow experiences can be facilitated in digital games. | Medium | Moderate | Flow theory, user engagement |
| Serious-Game Design Model | 2010 | Provides guidelines for integrating serious content into game design. | Medium | High | Content integration, design guidelines |
| Motivation Design Process | 2011 | Focuses on designing games that effectively motivate users. | Medium | Moderate | Motivation, user engagement |
| Player-Centered Design Methodology | 2009 | Centers the design process around player needs and preferences. | Medium | High | Player focus, user-centered design |
| Octalysis Gamification Framework | 2012 | Analyzes and designs gamification systems based on core human drives. | Medium | Moderate | Gamification, human drives |
| Gamification Model Canvas | 2014 | Provides a visual tool for designing gamified experiences. | Low | Moderate | Visual design tool, gamification |
| User-Centered Gameful Design Process | 2015 | Integrates user-centered design principles into gamified systems. | Medium | High | User-centered design, gamification |