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400 How to Read This Chapter • STS represents a departure from “traditional” science education, as it tends to see curriculum in an interdisciplinary context, and in the context of personal and social perspectives. As you work with this chapter reflect on your views of science as they related to your science discipline (biology, chemistry, geology, physics) and ask yourself how these disciplines interact with technology and society. There are many interesting strategies of teaching presented in this chapter, and you might want to focus on them. Also you will find a couple of “case studies” of curriculum projects that are based on STS (Education for a Sustainable Future, and Science Education for Public Understanding Program). You might also want to visit the websites of these two projects, as well as some of the other projects identified in the chapter. Science, Technology, and Society 400 Invitations to Inquiry • What are the characteristics of environmental education and science-technology-society programs? • What strategies do science teachers use to present STS lessons in the classroom? • What are some of the significant STS themes, and how do teachers present them in the classroom? • What are some STS curriculum examples used in today's secondary science classrooms? • How are STS modules evaluated? Are there criteria that science teachers agree on? Science, Technology, and Society 399-439 Chapter 11 Map STS in the Science Classroom Nature of Strategies STS STS STS for Themes & Curriculum Teaching How to Examples STS Teach Them Inquiry Inquiry Population Air Quality Education SEPUP 11.1: STS 11.2: STS Growth for Issues Sustainable Future Technological Hazardous Development Substances ChemCom Inquiry 11.4: STS Module Water Natural Resources Resources Environment Inquiry 11.3: STS Design Science, Technology, and Society 400-402 Nature of STS • The central premise of STS: to help Table 11.1. STS Understandings in the students develop the knowledge, National Science Education Standards* Grades 5 – 8 Grades 9 – 12 skills, and effective qualities in order Students should Students should to take responsible citizenship action develop an develop an on science and technologically understanding of: understanding of: oriented issues (p.400). • Personal health • Personal and • • Populations, community health Make a concept map showing the resources, and • Population growth issues that students could learn about environments • Natural resources from the list of understandings • Natural hazards • Environmental shown here from the National • Risks and benefits quality • Science and • Natural and human- Science Education Standards. Select technology in induced hazards one of the understandings. society • Science and • Now take a look at Table 11.2 and technology in local, national, and global compare your map to the concepts challenges and big ideas for two of the understandings. *Based onN ational Research Council. National Science Education Standards. Washington, D.C.: National Academy Press, 1995 Science, Technology, and Society 400-402 Development of STS • What is the timeline, and what are the goals for the following reports on infusing STS in school science: • National Science Teachers Association • National Science Education Standards • American Association for the Advancement of Science Science, Technology, and Society
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