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E Han
J Kim
Y Choi

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E Han
J Kim
Y Choi

International Journal of Educational Policy Research and Review
ISSN 2360-7076
Vol.2 (6), pp. 69-80 August, 2015
Available online at
Article ID:/15/EPRR/025/12 pages
Author(s) agree that this article remain permanently open access under the terms of the Creative Commons Attribution License 4.0 International License.

Original Research Article

The effects of nuclear power education for elementary, middle, and high school students in Korea

*EunOk Han, JaeRok Kim and YoonSeok Choi

Korea Academy of Nuclear Safety, # 307, Korean Federation of Science Societies, Yeoksam 1(il)-dong, Gangnam-gu, Seoul 135-703, Korea

*Corresponding Author Email: haneunok(at)
Tel.: +82-11-9592-9828

date Received: July 9, 2015     date Accepted: July 30, 2015     date Published: August 10, 2015


After a 45-minute theory class on nuclear power generation and a 45-minute practical class on measuring radiation, the level of awareness and attitudes regarding nuclear energy (necessity, safety, information acquirement, and subjective knowledge) increased with statistical significance. The research process was made up of four steps: Step 1, a research plan; Step 2, a pre-education survey investigation; Step 3, education; and Step 4, a post-education survey investigation. The proportion of students with a positive awareness level regarding the development of nuclear energy was 33.2% (1,128 students) before education and 68.4% (2,151 students) after education. The proportion of students with a negative awareness level was 66.8% (2,269 students) before education and 31.6% (996 students) after education. Although this was a short class, it demonstrated that education should be continuously provided for the students on whom it had major effects. Those students on whom education had fewer effects should be provided with field trips related to nuclear energy or should experience medical radiation. Better results of nuclear energy classes can be anticipated in the future with the implementation of such strategies.

Key words: Nuclear power, education, student, school, effect, radiation, communication

Han et al