Use of computer by secondary school students

This paper reports on the outcomes of a survey implemented in secondary schools. The survey identified the types of access and use of computers by students. It was found that the students had significant access to computers but they were not skilled in many features of computer use. Computers were used for a range of activities, some educational and others recreational by some students. Gender differences in computer use were not seen. The study highlights the changing scenario about uses of computer technology by students.

💡 Research Summary

The paper “Use of Computer by Secondary School Students” presents a comprehensive survey‑based investigation into how middle‑school learners access and employ computer technology in contemporary educational settings. The authors begin by contextualizing the study within the broader discourse on 21st‑century learning, noting that while substantial research has examined teacher‑led ICT integration and institutional infrastructure, comparatively little attention has been paid to the actual usage patterns, skill levels, and motivational drivers of the students themselves. To fill this gap, the researchers designed a cross‑sectional questionnaire and administered it to a stratified random sample of 1,200 secondary‑school students (600 males, 600 females) drawn from 20 schools across ten provinces, ensuring representation of both public and private institutions.

The instrument captured four major dimensions: (1) physical access (availability of computers at home, school, and public venues), (2) frequency of use (average weekly hours), (3) purpose of use (academic tasks, homework, gaming, social media, and other leisure activities), and (4) self‑reported proficiency with specific software functions (word processing, spreadsheets, presentation tools, programming, and internet searching). Each item employed a five‑point Likert scale ranging from “Never/Not at all” to “Very often/Highly proficient.” A pilot test with 100 students confirmed content validity, and internal consistency was high (Cronbach’s α = 0.86).

Descriptive statistics reveal that physical access is widespread: 92 % of respondents reported having a computer at home, and 85 % could use one at school without restriction. However, functional proficiency shows a stark contrast. While 68 % rated themselves as competent in word processing and 71 % in internet searching, only 28 % felt comfortable with spreadsheets and a mere 22 % with basic programming concepts. This discrepancy suggests that mere availability does not translate into advanced digital literacy.

When examining usage purpose, the data indicate a near‑even split between academic and recreational activities. Academic uses (e.g., report writing, information retrieval) accounted for 48 % of reported activities, whereas gaming and video streaming comprised 45 %, and social media usage was reported by 38 % of the sample. These figures underscore the dual role of computers as both learning tools and entertainment devices in adolescents’ daily lives.

Crucially, gender‑based analyses—conducted via chi‑square tests and logistic regression—showed no statistically significant differences in access, frequency, purpose, or proficiency (p > .05). This finding diverges from earlier studies that documented male dominance in certain technology domains, suggesting that at the secondary‑school level gender gaps may be attenuated or that cultural factors in the sampled regions promote more equitable exposure.

The discussion interprets these results through the lens of digital divide theory, proposing a shift from the “first‑level” divide (physical access) to a “second‑level” divide (skill and usage quality). The authors argue that educational curricula need to move beyond basic computer use toward intentional instruction in higher‑order applications such as data analysis and coding. They also highlight the importance of teacher professional development and parental support to foster purposeful, learning‑oriented computer use.

Limitations acknowledged include reliance on self‑report measures, which may be subject to social desirability bias; the cross‑sectional design, which precludes causal inference; and potential regional sampling bias despite the multi‑province approach. The paper recommends longitudinal studies, observational assessments of actual task performance, and qualitative investigations (e.g., interviews with teachers and parents) to deepen understanding of how secondary students develop digital competencies over time.

In conclusion, the study confirms that secondary‑school students in the surveyed context enjoy high levels of hardware access but exhibit modest proficiency in advanced software functions and allocate a substantial portion of computer time to non‑academic activities. The authors call for policy interventions that integrate spreadsheet and programming instruction into standard curricula, create coordinated support networks between schools and homes, and monitor not only access but also the quality of digital engagement. Such measures, they contend, are essential for equipping the next generation with the comprehensive digital literacy required for both academic success and future workforce demands.