Abstract

The increased complexity of global sustainability problems highlights the need to make natural science innovation and educational systems more integrally related to each other to produce scientifically informed and environmentally responsible students. This paper focuses on how natural science innovations, including environmental science, ecology, physics, and materials science, can be systematically integrated into the education system to play a part in providing sustainable solutions to global challenges. The principal issue under discussion is the lack of unity between the ever-developing scientific knowledge and the reality of its practical translation into the framework of the curriculum, limiting the potential of the learners to correlate the new theoretical knowledge with the actual problems of sustainability in the real world. A qualitative and conceptual research approach is taken and supported by a systematic review of interdisciplinary studies of natural science and education. The suggested framework brings together major scientific areas and the instructional methods, including inquiry-based learning, experiential learning, and interdisciplinary curriculum development. The proposed framework suggests that incorporating natural science innovations into teaching can transform learning into a more interactive and application-oriented process. Sustainability-oriented thinking is also promoted by the framework to create awareness of the ecological systems, resource management, and long-term environmental impact. Also, the interdisciplinary and context-based learning strategies can help to increase the level of engagement and acquisition of meaningful knowledge by the students. The paper finds that natural science innovations should be embedded in the educational systems to help close the gap between science and education. This suggests that adaptive curricula should be developed, teacher training should be strengthened, and the policy should support the effective implementation. This helps create future-ready learners who can solve global sustainability issues using science-based solutions.