Flow state and the prevention of school failure
Csikszentmihalyi Mihaly highlighted that the level of happiness and well-being is closely linked to the degree of human potential realization. One of the simplest ways to achieve a state of satisfaction and fulfillment is to engage in activities that captivate us, where time seems to disappear. These are the activities that fuel our passion, immerse us completely, and sustain us in a state of flow - an optimal present experience. Academic success and failure can be influenced, and in some cases determined, by an individual's intellectual level, specifically their cognitive abilities. Intellectual factors primarily refer to specific characteristics of intelligence and cognitive processes (such as thinking, imagination, language, memory, and attention) that shape and define an individual's intellectual structure. To prevent school failure, many European countries have implemented policies such as "priority education zones", aimed at supporting educational initiatives in areas where socio-economic conditions pose significant challenges to student success. An effective approach involves designing differentiated and individualized strategies for students experiencing academic difficulties. These strategies must be based on a thorough understanding of students' needs and characteristics. Differentiation can be achieved through curriculum adaptation - by expanding and deepening the knowledge taught - as well as through flexible teaching methods and instructional organization. Fostering and developing the flow state in education represents a key priority for preventing school failure and enhancing overall well-being. By promoting engagement and intrinsic motivation, educators can create learning environments where students experience deep involvement and optimal learning experiences, ultimately maximizing their academic potential.
Publication Details
- Published
- 2025-05-01
- DOI
- https://doi.org/10.54481/pcss2025.62
- Primary Topic
- Digital Imaging in Medicine
- Type
- article
- Field-Weighted Citation Impact
- 0.00