THE DEVELOPMENT OF AN ONLINE INSTRUCTIONAL PACKAGE INTEGRATED WITH ACTIVE LEARNING IN THE WORK STUDY COURSE FOR SECOND-YEAR UNDERGRADUATE STUDENTS
DOI:
https://doi.org/10.55003/JIE.24213Keywords:
OOnline instructional package, Active learning, Work study course, Learning achievement, Student satisfactionAbstract
The study developed an online instructional package integrated with active learning on the work study course for second-year undergraduate students. Accessible via smartphones, tablets, or computers, the package includes content, exercises, and assessments. Creative activities and educational games were employed to promote student interest and engagement. The sample group consisted of 25 second-year students enrolled in the bachelor of industrial education program in industrial engineering, during the second semester of the academic year 2024. The research instruments included: (1) the developed online instructional package with active learning activities, (2) a learning achievement test, and (3) a satisfaction questionnaire. Data were analyzed using frequency, percentage, mean, standard deviation, and dependent t-test. The results revealed that the developed instructional package was of high quality, with an overall appropriateness rating at a high level ( = 4.06, SD = 0.28). Students’ post-test scores were significantly higher than their pre-test scores at the .05 level. Moreover, student satisfaction with the instructional package was at the highest level (
= 4.74, SD = 0.53). In conclusion, the online instructional package integrated with active learning for the Work Study course effectively enhanced student learning achievement and satisfaction, demonstrating its strong potential for improving instructional quality in higher education.
References
Anusith, P., Tuntiwongwanich, S., & Kantathanawat, T. (2021). The effect of creativity-based learning with e-learning on pen tool group and image drafting for the certificate level. Journal of Industrial Education, 20(1), 19–29. (in Thai)
Chonpracha, S. (2019). Lifelong education. AL-NUR Journal of Graduate School, 14(26), 159–175. (in Thai)
Hoai, N. T., & Phuseerit, T. (2023). The development of active learning and online tools for supporting Vietnamese comprehensive reading ability of Mahasarakham University students. Journal of Education Mahasarakham University, 17(3), 1–16. (in Thai)
Kasetiam, N., Roungrong, P., & Roungbundit, T. (2024). Development of an online metaverse lesson using with active learning approach titled “Technology for solving problems” in design and technology course, of 9th grade students. Journal of Education and Innovation, 26(1), 152–162. (in Thai)
Kruegantha, N., & Saiplang, J. (2023). The developing web-based instruction using project-based learning on the engineering design process for first-year student in the bachelor of technology program. Journal of Industrial Education, 22(3), 122–132. (in Thai)
Lapkhuntod, K., Kaewkuekool, S., & Peasura, P. (2021). The learning management with problem based learning together web based instruction on aluminum welding for production technology education students. Journal of Industrial Education, 20(2), 1–11. (in Thai)
Ministry of Higher Education, Science, Research and Innovation. (2023). Thailand’s higher education plan for human resource production and development (2021–2027), revised edition (2023–2027). https://www.mhesi.go.th/index.php/news-and-announce-all/pr/announcement- news/8464-2564- 2570-2566-2570.html. (in Thai)
Phapatsaro, D., Phra., Fangkham, B., Changkan, P. Phra., & Srisanga, S. Phra. (2023). The design of active learning management activities. Journal of MCU Ubon Review, 8(2), 109–122. (in Thai)
Poowanna, B., Supakesorn, B., & Poowanna, R. (2023). Empowering learning through active learning: Inspiring and enhancing learner skills in the teaching-learning process. Journal of Bovorn Multi- Education and Human Social Sciences, 4(2), 216–227. (in Thai)
Rungrudesombatkit, S., & Rungrudesombatkit, W. (2024). Comparison of learning outcomes on 7 QC tools between undergraduate students studying with blended learning and traditional learning. Journal of Industrial Education, 23(1), 33–42. (in Thai)
Sonsanam, A., Vongpeang, S., & Sripanom, T. (2023). The development of instructional media with active learning: Industrial robotic arm simulator kit in automation process for industrial engineering students. Journal of Modern Learning Development, 8(10), 493–504. (in Thai)
Sonsanam, A., Vongpeang, S., Angboonta, P., Bootchai, S., & Sripanom, T. (2022). The development of active learning model together through Google Sites for industrial materials and manufacturing course. Journal of Modern Learning Development, 7(9), 327–340. (in Thai)
Sowajassatagul, N., & Sowajassatagul, T. (2024). A development of web-based instruction on portrait photography for second year photography students stioning. Journal of Industrial Education, 23(2), 40–51. (in Thai)
Sri-iam, S. (2024). Development of a blended learning activity set in conjunction with active learning on word types for grade 6 students in Pathum Thani province. Valaya Alongkorn Review Journal, 14(2), 27–41. (in Thai)
Srisa-ard, B. (2002). Basic research (7th ed.). Suweeriyasarn. (in Thai)
Tanpan, S., Kositpimanvach, E., & Somprach, K. (2023). Active learning. Journal of Mani Chettha Ram Wat Chommani, 6(5), 642–656. (in Thai)
Tantiwong, W., Jirachai, P., & Meejaleurn, S. (2023). The creation of digital lesson media with active learning to enhance the production of infographic media. Journal of Learning Innovation and Technology, 3(11), 68–82. (in Thai)
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