Exploring the Impact of TikTok Blended Learning on Mathematics Performance: A Hypothesis Approach

Studying engineering at the university level necessitates a strong foundation in mathematics. However, the diverse mathematical backgrounds of enrolled students pose challenges to educators in higher education. To address this issue, utilizing technology and visual representations alongside various examples can enhance understanding for students with different learning preferences. Therefore, this study aimed to examine the difference in mathematics final examination scores between students engaged in TikTok blended learning and those in traditional non-blended learning environments. Hypothesis testing and z-test were employed to analyze the mathematics performance. The R software code was included to prove the hypothesis testing. The result showed that students who practised TikTok blended learning performed better than students who were in the non-blended learning environments in mathematics subject of engineering technology in final examinations.

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Publication Details

Journal
Semarak International Journal of STEM Education
Published
2024-09-17
DOI
https://doi.org/10.37934/sijste.2.1.16
Citations
1
Primary Topic
Educational Methods and Impacts
Type
article
Field-Weighted Citation Impact
2.10
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article

Exploring the Impact of TikTok Blended Learning on Mathematics Performance: A Hypothesis Approach

Rama Yusvana, Norshela Mohd Noh
1 citations
Semarak International Journal of STEM Education
Educational Methods and Impacts
2.10
article

Exploring the Impact of TikTok Blended Learning on Mathematics Performance: A Hypothesis Approach

Rama Yusvana, Norshela Mohd Noh
article en
1 citations

Abstract

Studying engineering at the university level necessitates a strong foundation in mathematics. However, the diverse mathematical backgrounds of enrolled students pose challenges to educators in higher education. To address this issue, utilizing technology and visual representations alongside various examples can enhance understanding for students with different learning preferences. Therefore, this study aimed to examine the difference in mathematics final examination scores between students engaged in TikTok blended learning and those in traditional non-blended learning environments. Hypothesis testing and z-test were employed to analyze the mathematics performance. The R software code was included to prove the hypothesis testing. The result showed that students who practised TikTok blended learning performed better than students who were in the non-blended learning environments in mathematics subject of engineering technology in final examinations.

Semarak International Journal of STEM EducationVol. 2(1)
Openalex Percentile: Top 12%
Educational Methods and Impacts
2.10
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