Neuroplastic Reflective Game Design: A Framework Bridging Neuroscience and Game-Based Learning

The paper proposes Neuroplastic Reflective Game Design (NRGD), a conceptual framework that extends Reflective Game Design by connecting reflective gameplay to neuroplastic mechanisms such as long-term potentiation, synaptogenesis, synaptic pruning, and error-driven rewiring. Its central argument is that neuroscience, education, and game design research have developed largely in isolation, and that bridging them can explain how well-designed games might produce lasting cognitive change. The authors respond to this gap with a cyclical model of four phases (Gameplay, Assessing Conceptualisation, Level-Up, and Reflective Feedback), each mapped to specific cognitive functions and neural processes.

The framework is presented as theoretical rather than empirically validated. The authors illustrate it with a music theory game example and a summary table linking phases to mechanisms, but they do not test whether reflective gameplay actually induces neuroplastic change. They acknowledge practical constraints, including the cost of neuroimaging and questions of ecological validity, and they propose future mixed-methods research to evaluate and refine the model's design principles.

The theoretical foundations draw on established work in neuroscience and educational psychology, including research on emotional intelligence and self-regulation. The available material does not allow a detailed assessment of which specific claims each cited source supports, so the strength of the link between individual references and the framework's mechanisms cannot be fully evaluated from the text provided. The paper's contribution is therefore best understood as a hypothesis-generating synthesis that identifies a research agenda at the intersection of game-based learning and neuroscience, rather than as evidence that such design produces measurable brain-level outcomes.