The reality of implementing investigation activities in the science course during the application of e-learning of teacher's point of view in Najran city
Abstract
This study aimed to identify the reality of the implementation of scientific investigation activities in science courses at the primary stage and during the application of e-learning، in which the researcher used a questionnaire as data collection tool after verifying its validity and reliability by applying it to an exploratory sample consisting of 20 teachers. The study sample was (73) Science teachers in the primary stage in the second semester of 1441 AH in Najran city . This study reached a number of results، including the practice of teachers to investigate the implementation of activities during the application of e-learning which sometimes have a degree of response ، where the total average of the axis reached (2.30) and teachers’ employment of technology in implementing Survey activities during the application of e-learning with a degree of response sometimes، where the total average of the axis reached (2.13) and the presence of some obstacles in the implementation of survey activities during the application of e-learning، where the total average of the axis reached (2.22). The survey during the application of e-learning from the point of view of teachers according to the variable of the level of knowledge of technology in favor of the good level with a significance (0.011) There are also statistically significant differences in the implementation of survey activities during the application of e-learning from the teachers’ point of view، according to the variable of receiving training courses in the survey in favor of the sample members who received training courses with a significance (0.001). moreover the study recommended the need to train teachers to integrate technology in the implementation of educational activities. Survey and similar studies on the extent of teachers uses of the Quadruple Scale to assess the capabilities needed to carry out a scientific investigation
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References
Abdel Salam, Mustafa (2009). Teaching science, teacher preparation, and integration of theory and practice. Arab Thought House.
Abdullah Ahmed. (2020). The differences between those exposed and not exposed to cyberbullying in the Big Five personality factors among a sample of adults. Journal of Humanities and Social Sciences, (54).
Abruscato, Joseph and Derosa, Donald. (2019). Teaching Children the Discovery Approach (Jihad Al-Momani, translator) King Saud University Press.
Abu Shareekh, Shaher. (2008). Teaching Strategies. Dar Moataz for Publishing and Distribution. Jordan
Ahmed, Hala Ismail. (2008). Evaluating science curricula in the primary stage in light of some standards of scientific education. Minia University, Faculty of Education
Ahmed, Hala. Hello, Safiya. Jawdat, Mustafa. (2016). Scientific inquiry skills for pre-service science teachers at the Faculty of Education, Minia University. Retrieved from (https://www.minia.edu.eg/edu/images/Scientific-Journal/second-volume-2016/hala.doc)
Akili, Maryam. Omar, Susan. (2013). The level of inclusion of the scientific activities contained in the science book for the third grade of primary school of basic science operations skills. Specialized International Educational Journal, Volume 2, v3. https://doi.org/10.12816/0002929
Al Fahidi, Hazal (2011). Methods of teaching science by survey. Association of Arab Educators, Vol. 5, p. (1) pp. (331-315)
Al-Ahmad, Nidal and Al-Ahmari, Hoda (2015). The use of scientific inquiry elements in laboratory activities for the first intermediate grade. Palestine University. Journal of the Palestine Verses Association. https://doi.org/10.34027/1849-005-003-002
Al-Ahmad, Nidal. Al-Otaibi, and sacrificed. (1437). The reality of science teachers' use of electronic educational media in the intermediate stage from the point of view of the educational supervisors in Riyadh. Saudi Association for Educational and Psychological Sciences, King Saud University. https://doi.org/10.12816/0031432
Al-Dahmash, Abdul Wali. Al-Shamrani, Saeed (2012). The nature of science teachers’ practice in the Kingdom of Saudi Arabia of scientific inquiry from the point of view of educational supervisors. Journal of Educational and Psychological Sciences Volume 13
Al-Eisi, Matar. (2019). Evaluating the extent to which science teachers are familiar with the steps of scientific investigation in teaching science and the obstacles they face from their point of view. The Educational Journal of the College of Education in Sohag, 68 (68), 394-424. https://doi.org/10.21608/edusohag.2019.54721
Al-Hindal, Dalal. Al-Daihani, Manal (2016). The extent to which the survey method is used in teaching science at the primary level is a comparative study between schools of general education and schools of intellectual education. Journal of Educational Sciences Volume 2, Part 1
Al-Jahouri, Nasser and Al-Saidi, Ahmed (2011). The effect of teaching directed inquiry on the acquisition of scientific concepts by tenth graders in the sciences format in the Sultanate of Oman. The Arabian Gulf Message Volume 32 p. 119 p. (13-82): Arab Bureau of Education for the Gulf States
Al-Kalawi, Nourhan.(2020, August 12). Will virtual labs become the future of electronic experiments in light of Corona. Retrieved from https://arabic.cnn.com/business/article/2020/08/12/virtual-labs-science- experiments-praxilabs
Al-Maamari, Seif. Al Busaidi, Saleh (2021). Curriculum development in light of COVID-19. Dar Al-Warraq: Amman
Al-Maliki, Abdulrahman (2017). Modern teaching strategies. pp. (167-168). Al-Rushd Library Publishers
Al-Mu'tasim, Amira Muhammad (2016). The use of e-learning sources (open and closed) in the blended learning environment in the light of a proposed strategy for constructivist learning and its impact on the development of achievement, visual enlightenment skills and digital imaging among students of educational technology. education. https://doi.org/10.21608/tesr.2016.74574
Al-Omari, Wessal Hani. (2018). Science teachers' perceptions of the basic stage of the process of integrating technology into science teaching and its relationship to some variables. https://doi.org/10.12816/0016181 .
Al-Ruwaili, Maaidh. Al-Habbani, Marzouk. (2017). Problems of implementing practical activities in the science course for the primary grades from the point of view of teachers, a supplementary requirement to obtain a master’s degree in curricula and teaching methods. Journal of the College of Education (Assiut), 33 (2.2), 504-538. https://doi.org/10.12816/0042501
Al-Shanaq, Qasim. Bani Doumi, Hassan. (2009). The basics of e-learning in science. Dar Wael for Publishing and Distribution Amman
Alyan, Robhi. Ghoneim, Othman (2013). Scientific research methods, theory and application. I (5). Dar Safaa for Publishing and Distribution. Oman
American Association for The Advancement of Science (1973).Guide for In-Service Instruction: Science Process Approach .New York
Areepattamannil، S.، Cairns، D.، & Dickson، M. (2020). Teacher-directed science teaching versus inquiry-based teaching: an investigation of the links to the scientific dispositions of adolescent students across 66 countries. Science Teacher Education Journal، 31 (6)، 675-704. https://doi.org/10.1080/1046560x.2020.1753309
Badr al-Zaman Badr al-Zaman. (2018). The effectiveness of using e-learning in the educational process. Retrieved from Prosiding Pertemuan Ilmiah Internasional Bahasa Arab.
Ben Brika, Abdul Rahman. (2016). Employing the investigative method in teaching to raise the level of education: Annals of the University of Algiers, p. 29, vol. 2, pp. (329-350).
Education and Training Evaluation Commission 0 (2020). The Kingdom achieves an increase in student achievement results in the Timss test for the year 2019 (article). Etec.gov.sa
El-Wahr, Mahmoud Taher. (2016). Inquiry and Investigative Teaching in Science. Retrieved https://www.researchgate.net/publication/317017235_alastqsa_waltdrys_alastqsayy_fy_allwm
Gharib, Ismail (2009). E-learning from application to professionalism and quality. The world of books. Cairo
Guzey، s.(2010). Science، Technology، and pedagogy: Exploring secondary science Teachers، Effective uses of Technology. Unpublished doctoral Dissertation، The university of Minnesota
Halfawi, Walid (2011). E-learning applications. Arab Thought House. Cairo.
Hamouda, Naseem. Karamish, Bilal (2020). The reality of using e-learning and its obstacles, a case study at the Faculty of Economic, Commercial and Facilitation Sciences at the University of Muhammad Al-Siddiq bin Yahya Jijel. Al-Bahith Economic Journal, Volume 8, Vol. 2, pp. 398-416.
Kemi, Sami. (2018). Bachelor's degree in Information Technology. The Syrian Virtual University. The Syrian Arab Republic.
Ministry of education. (2013). Teacher's guide. Modified Edition. Obeikan Library
Minner،D.D، Levy،A،T& Century،J.(2010).Inquiry-based science instruction-what is it and does it matter? Result from a research synthesis Years 1984 to 2002. Journal of Research of science teatching.47(4)،p 474. https://doi.org/10.1002/tea.20347
Mr. Mohieldin. Abu Helu Yacoub. (2012). The effectiveness of teaching and learning geography using e-learning and the inquiry strategy in students' achievement and their acquisition of higher-order thinking skills. Amman University
Murad, Salah. Hadi, Fawzia (2006). The effect of directed inquiry on developing curiosity, innovative abilities and achievement in science for fourth graders of primary school. Journal of Social Sciences Volume 34 p.2 (97-125): Kuwait University, Scientific Publication Council
National Science Teacher Association. (2020). Standards for science teacher preparation
Qahm, Fatima (2021). Virtual labs and their impact on developing scientific investigation skills in science for fifth grade female students in Jeddah. Journal of Educational and Psychological Sciences, Volume 5, p. (3). https://doi.org/10.26389/ajsrp.h280720
Rashid, Mohammed (2011). The effect of the Bayer model of scientific inquiry in science teaching on developing thinking skills for middle school students. Journal of Psychological Research, Vol. 26, p. 2 pp. (145-179)
Saleh, Ayat Hassan. El-Sayed, Najla Ismail (2014). The effect of the inquiry wheel model and problem solving method on developing cognitive achievement, scientific inquiry skills and motivation to learn science for second year middle school students. The Egyptian Journal of Scientific Education, Volume 17, Volume 5 (pg. 1-80). https://doi.org/10.21608/mktm.2014.112930
Schneider،R،M. Krajcik،J. Marx،R،W.& Soloway،E.(2002). Performance of students in project-based science classroom on anational measure of science achievement . Journal of Research of science teatching.39(5)،pp 410-422. https://doi.org/10.1002/tea.10029
Seker،C،V.(2002).Effect of inquiry-based teacher practices on science excellence and equity. Journal Educational Research.95(3)،pp 151-160 .https://doi.org/10.1080/00220670209596585.
Sobhi, Nasreen (2016). The reality of using virtual laboratories in teaching advanced sciences at the secondary stage from the point of view of teachers in Abha. The International Multidisciplinary Journal of Education Vol. 5 No. 12 C. 2 P.229-249: International Consulting and Training Group. https://doi.org/10.12816/0035747
Tali،T،Krajcik،J،S &Blumenfeld،P،C.(2006).Urban schools،Teatchers enacting project-based Science ، Journal of Research in science teatching.43(7)،pp 722-745. https://doi.org/10.1002/tea.20102
Victor، Sampson، Todd L، Hunntner، Jonathon Grooms، Kaszuba&Carrie Burt.Argument-Driven Inquiry Fifth –Grade Science.Nesta Press.Arlinton.Virginia(2021)
Wafaa, Zaki and Mohamed, Salama. (2018). The effectiveness of employing digital techniques in teaching science to develop creative thinking skills for ninth grade students in Gaza (Doctoral dissertation). http://dspace.alazhar.edu.ps/xmlui/handle/123456789/1499
Youssef, Ghassan (2011). survey. Dar Wael for Publishing and Distribution. Amman
Zeitoun, Ayesh (2005). Science teaching methods. Sunrise House. Oman
Zeitoun, Ayesh (2011). Contemporary global trends in science curricula and teaching. Sunrise House. Oman
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