Linked e-resources
Details
Table of Contents
Introduction a reflection on contemporary issues in science and technology Education; Ben Akpan
Section I, Philosophical foundations and curriculum development
Nature of science and nature of technology; Steven S. Sexton
Theory of evolution; Ben Akpan
STEM education as a meta-discipline; Teresa Kennedy
Curriculum development in science and technology education at international level; Declan Kennedy
Assessment and evaluation in science and technology education; Bulent ava, Pina ava and Sengul Anagun
Mathematics in the service of science and technology education; Ajeevsing Bholoa & Ajay Ramful
Language in science and technology education; Metin Sardaq, Gokhan Kaya & Gultekin Cakmakci
The real and virtual science laboratories; Shakeel Atchia & Anwar Rumjaun
Section II, Sustainable development, technology and society
Sustainable development goals and science and technology education; Teresa Kennedy
In the beginning: Interpreting everyday science; Sue Dale Tunnicliffe
Indigenous knowledge and science and technology education; Robby Zidny, Jesper Sjostrom and Ingo Eilks
Public understanding of science and technology; Janchai Yingprayoon
Section III, The learning sciences and 21st century skills
Educational psychology; Keith Taber
Science and technology teaching strategies; Cesar Mora
Pedagogical content knowledge in science and technology education; Louise Lehane
Stimulating students mechanistic reasoning in science and technology education through emerging technologies; Vickren Narrainsawmy and Fawzia Bibi Nerod
Problem-solving in science and technology education; Bulent ava
Creativity and innovation in science and technology education; Mehmet Aydeniz
Collaboration and communication in science and technology education; Michael Odell.
Section I, Philosophical foundations and curriculum development
Nature of science and nature of technology; Steven S. Sexton
Theory of evolution; Ben Akpan
STEM education as a meta-discipline; Teresa Kennedy
Curriculum development in science and technology education at international level; Declan Kennedy
Assessment and evaluation in science and technology education; Bulent ava, Pina ava and Sengul Anagun
Mathematics in the service of science and technology education; Ajeevsing Bholoa & Ajay Ramful
Language in science and technology education; Metin Sardaq, Gokhan Kaya & Gultekin Cakmakci
The real and virtual science laboratories; Shakeel Atchia & Anwar Rumjaun
Section II, Sustainable development, technology and society
Sustainable development goals and science and technology education; Teresa Kennedy
In the beginning: Interpreting everyday science; Sue Dale Tunnicliffe
Indigenous knowledge and science and technology education; Robby Zidny, Jesper Sjostrom and Ingo Eilks
Public understanding of science and technology; Janchai Yingprayoon
Section III, The learning sciences and 21st century skills
Educational psychology; Keith Taber
Science and technology teaching strategies; Cesar Mora
Pedagogical content knowledge in science and technology education; Louise Lehane
Stimulating students mechanistic reasoning in science and technology education through emerging technologies; Vickren Narrainsawmy and Fawzia Bibi Nerod
Problem-solving in science and technology education; Bulent ava
Creativity and innovation in science and technology education; Mehmet Aydeniz
Collaboration and communication in science and technology education; Michael Odell.