1. Lecture # 32 SCIENCE 1 ASSOCIATE DEGREE IN EDUCATION Professional Standards for Teaching Science

2. In 2009, the Ministry of Education passed into policy a set of National Professional Standards for Teachers in Pakistan (NPSTP). They were developed to be used in conjunction with the three science courses in the B.Ed. (Hons) Elementary/ADE. The standards for teaching science may be used by Instructors and Teachers in a variety of ways, including for assessment (including self-assessment) and planning instruction.

3. Knowledge and Understanding Teachers know and understand the following: the national curriculum framework for science The science domain; basic science concepts and theories; the history and nature of science; how to conduct experiments, collect, and analyze data; how to represent data visually; and the structure and process of acquiring additional knowledge and skills in science The evolving nature of science, its content, and the need for keeping abreast of new ideas in particular as they relate to teaching science The findings of latest science research and the latest trends at the national and international levels as they relate to teaching science

4. Knowledge and Understanding continue …… In-depth knowledge of the subject matter and its relationship to other content areas The relationship between science and other disciplines and subjects, and science’s usability and applications in everyday life. The relationship between reading, writing, and arithmetic principles and science

5. Knowledge and Understanding continue …… That science is more than the accumulation of established scientific knowledge – it is an ongoing process That science content and science pedagogy cannot be separated and an effective lesson plan makes best use of both in a synergistic manner.

6. Dispositions Teachers value and are committed to doing the following: facilitating learning in a variety of ways to help learners to construct knowledge and understanding in science and to develop the skills required to do science providing meaningful learning experiences that lead to deep understanding of the topic, not just memorization of facts creating a challenging but non-threatening learning environment recognizing the diverse talents of all students and helping them to develop self-confidence and science literacy believing that all children and adolescents can learn science at high levels and achieve success

7. Dispositions continue …….. identifying learner-relevant science content and teaching it in ways that connect to learners’ daily lives teaching students how to think critically about information and how to make informed decisions that will affect their personal lives, careers, and society believing that the scope of science content is unlimited and can change believing in life-long science learning and in being part of a learning community.

8. Performance and skills Teachers demonstrate their knowledge and understanding by doing: designing and teaching science lessons that take into account the learner’s biological maturation, prior knowledge and experience, and present challenges and opportunities for new learning using tools and methodology of inquiry appropriate to the nature of science and the content being taught effectively explaining concepts and ideas in science from multiple perspectives and in multiple ways appropriate to the students being taught giving examples of how content can be applied in daily life

9. Performance and skills continue …. encouraging ‘scientific habits of mind’ by asking relevant, open- ended questions and by creating opportunities for students to ask questions, analyse situations, and solve problems asking challenging, open-ended questions (rather than questions that depend on memorization of facts) to help students construct conceptual scientific understanding modelling skills and dispositions for scientific inquiry, including curiosity and openness to new ideas and data using teaching strategies that help learners to become aware of inconsistencies in their own or others’ thinking and, thus, to construct new understanding

10. Performance and skills continue …. facilitating laboratory work and hands-on activities to develop skills and techniques as well as to construct new scientific ideas arranging opportunities for discourse about scientific ideas to help learners develop evidence-based reasoning skills adapting available curricula, materials, and teaching strategies to fit the diverse needs of all learners promoting deep scientific understanding by applying the nature of science and inquiry in conjunction with core science concepts and ideas.

11. References National Research Council, A Framework for K-12 Science Education: Practices, Crosscutting Concepts, and Core Ideas (Washington, DC: National Academy Press, 2011). National Research Council, Inquiry and the National Science Education Standards: A Guide for Teaching and Learning (Washington, DC: National Academy Press, 2000). National Research Council, National Science Education Standards (Washington, DC: National Academy Press, 1996).