Influence of students’ career interests on perceived difficult concept in computer studies in Ghanaian and Nigerian secondary schools

Olasunkanmi A. Gbeleyi (), Fred Awaah, Peter A. Okebukola, Juma Shabani and Onoriode Collins Potokri
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Olasunkanmi A. Gbeleyi: Lagos State University
Fred Awaah: University of Professional Studies
Peter A. Okebukola: Lagos State University
Juma Shabani: University of Burundi
Onoriode Collins Potokri: University of Johannesburg

Palgrave Communications, 2022, vol. 9, issue 1, 1-6

Abstract: Abstract There have been few studies on students’ difficulty in the computer studies curriculum of African senior secondary schools. This study attempts to fill this gap by investigating the concepts students find difficult in the Ghanaian and Nigerian computer science curriculum and the influence of students’ career interests on these perceived difficult concepts. The study is important to the extent that our understanding of “where the shirt tights” regarding topics difficulty will guide teachers, students, secondary schools’ managers, and governments in applying applicable remediating measures. The study sought to establish (a) the concepts that students perceive to be difficult in the computer studies curriculum in Ghanaian and Nigerian schools and (b) if there is a statistically significant relationship between students’ career interests and perceived concept difficulty in computer studies. Anchored on cognitive constructivism theory of Piaget, a quantitative method was employed with the sample (N = 1776). The study reports computer basics and evolution, programme development cycle, managing computer files, Developing problem-solving skills, computer ethics and human concerns, Networking, Logic circuits, Machine language, flowcharting, Algorithm and arithmetic logic unit as perceived difficult concepts. The study also found a negative statistically significant relationship between students’ career interests and perceived concept difficulty in the Ghanaian and Nigerian computer studies curriculum. Various remediating measures have been preferred.

Date: 2022
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DOI: 10.1057/s41599-022-01215-3

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