A research team designed a new school management model for Thai primary schools, blending Entrepreneurship Education (EE) with the Sufficiency Economy Philosophy (SEP). The goal is simple: teach kids to think like mini‑entrepreneurs while using resources responsibly and sustainably.\n\nThe project involved seven in‑service teachers and 31 students. Before starting, teachers took an EE‑SEP concept test, drafted lesson plans, and were observed in class. After a few months, the outcomes were striking. Teachers' understanding rose significantly (t = 8.401, p < 0.01). Lesson‑plan quality and EE‑SEP instructional management skills also improved, showing statistically relevant differences from the first to the third term.\n\nStudents likewise displayed a marked increase in EE‑SEP comprehension (t = 20.380, p < 0.001). Five experts rated the model with an average score of 4.51 out of 5, confirming its validity.\n\nIn practice, the model helps teachers weave entrepreneurial activities – such as mini‑markets or savings projects – with SEP’s principles of self‑control and environmental respect. The result is a more dynamic classroom where youngsters learn to create value without waste, preparing a generation that is both innovative and conscious.
The EE‑SEP model rests on two well‑established theoretical frameworks. Entrepreneurship Education, extensively researched in pedagogy, promotes transversal skills such as creativity, problem‑solving, and decision‑making under uncertainty. These skills are measured through rubrics assessing idea generation, activity planning, and critical reflection.\n\nThe Sufficiency Economy Philosophy, introduced by Prince Mahidol, emphasizes four pillars: moderation, reasonableness, resilience, and self‑knowledge. In education, these translate into conscious consumption practices, responsible resource management, and a long‑term oriented mindset.\n\nThe integrated model follows a sequential approach: teachers first receive theoretical training, then design teaching units that embed entrepreneurial activities (e.g., crafting a product) and SEP reflection moments (life‑cycle analysis, ecological footprint calculation).\n\nMethodologically, the study employed an explanatory sequential mixed‑methods design. Quantitative data (tests, rubrics, ANOVA) revealed significant gains in teachers' competencies and students' understanding. Qualitative data, derived from thematic analysis of classroom observations, showed students internalizing sustainability concepts, expressing enthusiasm for proposing "green" solutions to everyday problems.\n\nPractical implications are substantial: the model can be scaled nationally, adapting content to regional specificities. Moreover, the EE‑SEP combination fosters active citizenship, enabling youths to launch micro‑social enterprises and contribute to a more resilient society facing environmental and economic challenges.
