DEVELOPMENT OF A DIGITAL INTELLIGENCE TEST ON WEB APPLICATION FOR LOWER SECONDARY SCHOOL STUDENTS BASED ON THE PERFORMANCE ASSESSMENT CONCEPT

Authors

  • Napol Sakaew
  • Kamonwan Tangdhanakanond Faculty of Education, Chulalongkorn University

Keywords:

Digital intelligence, Information technology, measurement instrument

Abstract

          This research aims 1) to develop and validate the quality of a digital intelligence test for lower secondary students based on the performance assessment concept, and 2) to examine factors discriminating digital intelligence among lower secondary students using the developed digital intelligence test on web applications based on the performance assessment concept. The research sample comprised 100 lower secondary school students in grade 9. Research instruments included: 1) a digital intelligence test on a web application, consisting of 8 task components totaling 27 items, along with an analytic rubric for evaluators, and 2) a survey questionnaire on factors affecting digital intelligence, measured on a 5-point Likert scale, including User Experience (UX) assessment questionnaire and User Interface (UI) assessment questionnaire, both on a 5-point Likert scale. Psychometric properties involving content validity, reliability, difficulty, and discriminant power were examined. Descriptive statistics and Discriminant Analysis.

          Research findings revealed that:

          1.The digital intelligence test on the web application: 1) Tasks exhibited high content validity (greater than .83), high reliability (.824), moderate difficulty (ranging from .459 to .541), and discriminant power (ranging from .2 to .326). 2) Scoring rubric showed high intra-rater reliability and high inter-rater reliability. 3) User Experience (UX) assessment was at a good level, and  user Interface (UI) assessment was at a good level.

          2.The variables best discrininating highest level of digital intelligence were attitude towards digital usage (digital), followed by innovation ability (innovation). The variable least discrininating intelligence levels was resource support (support). An equation for group discriminant analysis in standard score form was Z = .596 (Z digital) + .553 (Z innovation) + .366 (Z support), with 100% correct classification of group membership

 

         

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Published

2025-02-28

How to Cite

Sakaew, N., & Tangdhanakanond, K. (2025). DEVELOPMENT OF A DIGITAL INTELLIGENCE TEST ON WEB APPLICATION FOR LOWER SECONDARY SCHOOL STUDENTS BASED ON THE PERFORMANCE ASSESSMENT CONCEPT. Journal of MCU Buddhapanya Review, 10(1), 810–825. retrieved from https://so03.tci-thaijo.org/index.php/jmbr/article/view/277395

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Research Articles