Ayako Mio
Graduate School of Decision Science and Technology, Tokyo Institute of Technology, Japan
Toshiki Matsuda
Graduate School of Decision Science and Technology, Tokyo Institute of Technology, Japan
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Ingår i: PATT 26 Conference; Technology Education in the 21st Century; Stockholm; Sweden; 26-30 June; 2012
Linköping Electronic Conference Proceedings 73:42, s. 355-362
Publicerad: 2012-06-18
ISBN: 978-91-7519-849-1
ISSN: 1650-3686 (tryckt), 1650-3740 (online)
In this study; we developed science communication gaming material to cultivate scientific views and ways of thinking about issues concerning daily life. From the perspective of citizens’ science communication; learners’ roles were set as earthquake supporters/tsunami survivors. These learners constituted people who lived in areas neighboring quake-hit ones or far from quake-hit areas. As supporters; these people considered what the quake/tsunami survivors needed and thought about and how to transport materials to them. This experience was meant to prepare learners for natural disasters of this nature and make them aware of what course of action to adopt to survive in these situations. Each supporter; in isolation; cannot do enough to help survivors; however; when supporters communicate with each other; they can support survivors effectively. Consensus formation is part of this communication and is needed to make decisions. By utilizing scientific views and ways of thinking; we believe that consensus formation can be a rational and reasonable process. This material is to be implemented in e-learning courses.
Science technology literacy; instructional materials; views and ways of thinking; science communication
The Central Education Council 2008)
Horii; H. (2004). “Social technology” for problem solving. Japan: Chuokoron-shinsha; Inc.
Hosonoya; H. (1999). What is “scientific views and thinking?” Chemistry and Education; Vol.47(11); p727.
Japan; Kahoku-Shinpo Inc. (2011); 99.8% Survivors. http://www.kahoku.co.jp/spe/spe_sys1071/20111126_01.htm (Ref. 2012.1.26).
Magara; K. (1991). Effects of examples occurring in daily life upon rule learning. The Japanese Association of Educational Psychology; 39(3); 261–269.
Matsuda; T.; Hirabayashi; S.; & Tamada; K. (2012). Design principles of instructional materials for cultivating attitude and ability to utilize ICT while considering ethical issues and safety. PATT-26; in press.
Matuda; T. and Morikawa; H. (2008). Education for preventing earthquake disasters. In Midorikawa; S. et al.;(eds); Urban earthquake disasters management (pp.129-144).Tokyo; Japan: Asahi Press.
Matsuda; T. (2012). Design principles and ethical issues of gaming instructional materials: Unifying the views of educational technology and simulation and gaming. Studies of Simulation and Gaming; 22 (special issue); in press.
Ogura; Y. (2008). What is “science literacy.” Science Window; 20–21.
Saito; M.; & Nagasaki; E. (2008). Trends in scientific literacy and research on it in science education of Japan. National Institute for Educational Policy Research; 137; 9–26.
Sato; R.; Matsuda; T.; & Ishi; N. (2010). Development of e-portfolio system for supporting self-regulated learning. Japan Society for Educational Technology; Vol.10(1) 181–188.
Savery; J. (2009). Problem-based approach to instruction. In C. Reigeluth & A. Carr- Chellman (Eds.); Instructional-design theories and models: Building a common knowledge base: Vol. 3; 143–165. Mahwah; NJ: Lawrence Erlbaum Associates.
Shibue; Y.; & Okada; Koichi. (2011). Document on Science Lesson in consideration of “Scientific Views and Ways of Thinking”; literature research of “Fun Science Lesson”. School Education Research; (Vol.23); 101-108.
Tamada; K.; & Matsuda; T. (2004). Development of the instruction method of information morals by “the combination of three types of knowledge.” Japan Journal of Educational Technology 28(2); 79–88.
R Reiff; R.; Harwood; W.S. and Phillipson; T. (2002): A Scientific method based upon research scientists’ conceptions of science inquiry; Proceedings of the Annual International Conference of the Association for the Education of Teachers in Science SE066-340; 1-25.
Wada; A. (2010): My Science Education: As an example of “Wada Salon”; Japan Society for Science Education; (Vol.34); 3-4.;Japan.
Watanabe; M. (2011). Cultivating statistical thinking within scientific inquiry; problemsolving and decision-making. Japan Society for Science Education; Vol.35(2); 71–83.
