Credit Points 10

Legacy Code 101583

Coordinator Marghi Ghezzi Opens in new window

Description From 2020 students should note that core subjects are now taught in semesters rather than half yearly sessions. This subject will focus on developing scientific and technological pedagogical content knowledge appropriate for teaching science and technology for students in the K-6 years. It models appropriate pedagogical and pedagogical content knowledge. Students use collaborative social learning situations to develop content knowledge, along with interpersonal and communication skills. The pedagogies modelled will be inclusive and demonstrate how scientific and technological learning experiences can be developed to cater for the needs of the diverse groups of student learners in primary schools. Students learn about engaging science and technology activities that empower primary school students and create futures for students where the capacity to engage with and critically evaluate scientific and technological activity will become increasingly necessary. Students focus on themselves as learners and reflect on the implications of their learning and the learning of others in their future professional practice.

School Education

Discipline Teacher Education: Primary

Student Contribution Band HECS Band 1 10cp

Level Postgraduate Coursework Level 7 subject

Restrictions

Students must be enrolled in the 1691 Master of Teaching (Birth-12 Years), 1781 Master of Teaching (Primary), or 1783 Master of Teaching (Birth - 5 Years/Birth - 12 Years).

Learning Outcomes

On successful completion of this subject, students should be able to:

1. Explain central concepts in science and technology and understandings of the processes of investigating, designing and making and using technology.
2. Demonstrate research-based knowledge of the pedagogies appropriate for science and technology education in primary schools.
3. Apply appropriate strategies to create a positive environment supporting student effort and learning and to engage students as well as address student needs when implementing learning experiences in science and technology.
4. Implement learning experiences that demonstrate an in-depth knowledge of the NSW Syllabus for the Australian Curriculum: Science K-10 (incorporating Science and Technology K-6), including Aboriginal and Torres Strait Islander perspectives, and a range of pedagogies appropriate for science and technology education in primary schools
5. Demonstrate proficiency and the capacity to use a variety of ICTs (including IWBfs, digital cameras/microscopes etc. and a variety of software) in the context of science and technology education.
6. Identify and articulate clear learning goals in preparing learning experiences for science and technology education that are appropriate for the cognitive, social and language abilities of students in primary schools.
7. Plan and implement coherent lessons and lesson sequences that are designed to engage students and improve learning outcomes in science and technology.
8. Utilise knowledge of a range of resources appropriate to science and technology education.
9. Reflect on the process of production involving the designing and making of an artefact for a Primary science and technology classroom, and consider how this process has influenced their attitudes towards teaching science and technology.

Subject Content

1. The nature of science and technology as disciplines and the strategies of investigating, designing and making and using technology
2. The nature of Science and Technology K-6 (NSW Syllabus for the Australian Curriculum), its outcomes for Skills: (Working Scientifically, Design and Production), Knowledge and Understanding Strands (Digital Technologies, Physical World, Earth and Space, Living World, Material World).
3. Affective issues in science and technology education gender, culture, attitudes, beliefs etc.; responding to student perceptions and attitudes towards Science and Technology.
4. Problem solving, investigating, designing and making in science and technology.
5. Understandings of concepts and concept development and strategies for developing sound conceptual understandings and skills.
6. The structure, aims and objectives, outcomes and content of the NSW Syllabus for the Australian Curriculum Science K-10, (Science and Technology K-6) Syllabus.
7. Preparing teaching and learning experiences and programming for effective science and technology education.
8. The role of ICTs in science and technology education.
9. Integrating science and technology in other curriculum areas and for integrating other curriculum areas into science and technology.
10. Practical experiences associated with a number of content strands in science and technology.
- The nature of science and Technology as ?edisciplines and The strategies of investigating, designing and making and using technology?f
- The nature of the NSW Science and Technology K-6 syllabus, its outcomes for Skills: (Working Scientifically, Design and Production), Knowledge and Understanding Strands (Digital Technologies, Physical World, Earth and Spac