Research on the Application of STSE Education in High School Biology Teaching
DOI: https://doi.org/10.62517/jnse.202517503
Author(s)
Yue Liu, Dongqin Guo*
Affiliation(s)
School of Biology and Food Engineering, Chongqing Three Gorges University, Chongqing, China
*Corresponding Author
Abstract
Science, Technology, Society, and Environment (STSE) education is an interdisciplinary framework that emphasizes the dynamic interconnections among scientific inquiry, technological advancement, social progress, and environmental stewardship. This teaching model focuses on deconstructing the actual effectiveness of technological innovation in industrial upgrading, ecological restoration, and the evolution of civilization. By building a dynamic analysis model of science, technology, society, and environment, it forms a teaching form with systematic integration characteristics. At the level of biology curriculum implementation, integrating the STSE framework addresses the demand for cultivating core competencies, a key goal of basic education reform. Furthermore, by reconstructing knowledge within authentic contexts, it promotes the development of learners' deep cognitive schemas. This approach effectively enhances their practical abilities in scientific argumentation and decision-making, thereby achieving a dual goal: the acquisition of knowledge and the development of social responsibility. This paper analyzes and studies the significance, penetration status, and application of STSE education in high school biology teaching and provides corresponding summaries and prospects.
Keywords
STSE Education; High School Biology Teaching; Core Competencies; Teaching Integration; Textbook Analysis
References
[1]Hao X Gong DJ, Wang Y. Reflections on Infiltrating STSE Education in High School Biology Teaching under the Background of the New Curriculum Reform. New Curriculum Research: Basic Education, 2010(4):125-126.
[2]Ministry of Education of the People's Republic of China. Biology curriculum standards for senior high schools (2017 edition, 2020 revision). Beijing: People's Education Press, 2020.
[3]Luo X. A Practical Study on Constructing Deep Learning Classrooms in High School Chemistry Based on SSI Teaching. Guizhou Normal University, 2021.
[4]Cui ZL, Zhang WW, Zhao P. On the Significance of Infiltrating STSE Education in Biology Teaching. Ability and Wisdom, 2020(08): 44.
[5]Zi XH, Chen YB, Liu SZ. An Investigative Study on Students' Scientific Literacy in the Life Chemistry Experiment Course. Afterschool Education in China, 2016(10): 2.
[6]Lü F. Research on Teaching Design and Practice of High School Biology Based on STSE Education Philosophy: A Case Study of Compulsory Course 1 of the Human Teaching Version. Shihezi University, 2023.
[7]Chen CY. Research on the application strategy of high school biology STSE after-class exercises pointing to core literacy cultivation. Huanggang Normal University, 2023.
[8]Zhang MJ. Research on the Practice of High School Biology STSE Education aimed at Cultivating Social Responsibility. Yangzhou University, 2024.
[9]Xue M. Research on the Application of Problem Chain Teaching Strategy based on the STSE Educational Concept in High School Biology Education. East China University of Technology, 2024.
[10]Huang YK. Research on the Application of Main Problem Guided Teaching Based on STSE Materials in High School Biology Teaching: A Case Study of a Middle School in Nanning City. Nanning Normal University, 2024.
Liu XZ. Development and Practice of a School-Based Biology Curriculum from an STSE Perspective: A Case Study of an Instructional Extension Design on "Eco-Enzymes". Experiment and Equipment for Primary School, 2024, 36(6): 16-18.