Key research themes
1. How can the Nature of Science (NOS) be effectively integrated into science education for meaningful learning and informed decision-making?
This research area focuses on clarifying what constitutes the Nature of Science (NOS), exploring pedagogical strategies to integrate NOS into science education, and addressing the challenges teachers face in teaching NOS effectively. Emphasis is on moving beyond rote learning to meaningful, context-rich understandings that empower students to make informed decisions about science and society.
2. What are the conceptual foundations and educational implications of the Nature of Technology (NOT) in relation to science and society?
This theme investigates how technology is understood conceptually, its interplay with science and society, and how such understandings shape technological literacy and education. The importance of NOT alongside NOS is emphasized, with focus on how technology extends human capabilities, is shaped by sociocultural factors, and must be taught explicitly and critically to support informed societal engagement and innovation.
3. How can history and philosophy of science and technology, including interdisciplinary perspectives and ethical considerations, enrich understanding and teaching of NOS and NOT?
This research thread explores the integration of historical, philosophical, and ethical dimensions into science and technology education, emphasizing interdisciplinary approaches that connect science, technology, society, and the arts. By examining science and technology’s cultural embedding, ethical impacts, and historical development, this theme highlights how contextualization deepens students’ and teachers’ comprehension and critical reflection.