Assessing the relevance of the undergraduate Computer Science curriculum of Nigerian universities: insights from industry

This study investigated the degree to which the undergraduate educational programme prepares graduates of Computer Science with significant aptitudes for the working environment; it also examined the degree to which managers rate graduates as having suitable abilities for work. A sequential mixed-m...

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Main Authors: Olabamiji J. Onifade, Omobola O. Gambo, Abayomi T. Ogunleye, Peter O. Ajayi
Format: Article
Language:deu
Published: Academy of Cognitive and Natural Sciences 2025-05-01
Series:Освітній вимір
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Online Access:https://acnsci.org/journal/index.php/ed/article/view/864
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author Olabamiji J. Onifade
Omobola O. Gambo
Abayomi T. Ogunleye
Peter O. Ajayi
author_facet Olabamiji J. Onifade
Omobola O. Gambo
Abayomi T. Ogunleye
Peter O. Ajayi
author_sort Olabamiji J. Onifade
collection DOAJ
description This study investigated the degree to which the undergraduate educational programme prepares graduates of Computer Science with significant aptitudes for the working environment; it also examined the degree to which managers rate graduates as having suitable abilities for work. A sequential mixed-methods approach was employed, and the population comprises the graduates of Computer Science and their managers in South-West Nigeria. A convenience sampling technique was adopted to select a sample of interest from the managers and the graduates. The Graduates' Skill Assessment Questionnaire (GSAQ) and Managers' Graduate Skills Assessment Scale (MGSAS) were used to collect data from the respondents. The data were analysed descriptively and thematically, and the results show that the computer science curriculum successfully blends the development of hard and soft abilities, which is beneficial for preparing graduates for the demands of the industry. The managers also rated the graduates above average in all the skills that were assessed. This study recommends continuous updates of the undergraduate Computer Science curriculum by introducing more adaptable learning strategies, self-directed learning, group-based projects, peer reviews in the curriculum, and ethics modules in AI courses.
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institution Kabale University
issn 2708-4604
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publishDate 2025-05-01
publisher Academy of Cognitive and Natural Sciences
record_format Article
series Освітній вимір
spelling doaj-art-5e9caa5e89014cce93542f30153ea61c2025-08-20T03:48:06ZdeuAcademy of Cognitive and Natural SciencesОсвітній вимір2708-46042708-46122025-05-0110.55056/ed.864Assessing the relevance of the undergraduate Computer Science curriculum of Nigerian universities: insights from industryOlabamiji J. Onifade0https://orcid.org/0000-0001-6587-8824Omobola O. Gambo1https://orcid.org/0000-0003-4884-8927Abayomi T. Ogunleye2https://orcid.org/0009-0000-3011-0508Peter O. Ajayi3https://orcid.org/0000-0002-3693-5911National Center for Technology ManagementLead City UniversityFederal College of Education, AbeokutaEkiti State University This study investigated the degree to which the undergraduate educational programme prepares graduates of Computer Science with significant aptitudes for the working environment; it also examined the degree to which managers rate graduates as having suitable abilities for work. A sequential mixed-methods approach was employed, and the population comprises the graduates of Computer Science and their managers in South-West Nigeria. A convenience sampling technique was adopted to select a sample of interest from the managers and the graduates. The Graduates' Skill Assessment Questionnaire (GSAQ) and Managers' Graduate Skills Assessment Scale (MGSAS) were used to collect data from the respondents. The data were analysed descriptively and thematically, and the results show that the computer science curriculum successfully blends the development of hard and soft abilities, which is beneficial for preparing graduates for the demands of the industry. The managers also rated the graduates above average in all the skills that were assessed. This study recommends continuous updates of the undergraduate Computer Science curriculum by introducing more adaptable learning strategies, self-directed learning, group-based projects, peer reviews in the curriculum, and ethics modules in AI courses. https://acnsci.org/journal/index.php/ed/article/view/864Computer Sciencecurriculumskillsgraduates
spellingShingle Olabamiji J. Onifade
Omobola O. Gambo
Abayomi T. Ogunleye
Peter O. Ajayi
Assessing the relevance of the undergraduate Computer Science curriculum of Nigerian universities: insights from industry
Освітній вимір
Computer Science
curriculum
skills
graduates
title Assessing the relevance of the undergraduate Computer Science curriculum of Nigerian universities: insights from industry
title_full Assessing the relevance of the undergraduate Computer Science curriculum of Nigerian universities: insights from industry
title_fullStr Assessing the relevance of the undergraduate Computer Science curriculum of Nigerian universities: insights from industry
title_full_unstemmed Assessing the relevance of the undergraduate Computer Science curriculum of Nigerian universities: insights from industry
title_short Assessing the relevance of the undergraduate Computer Science curriculum of Nigerian universities: insights from industry
title_sort assessing the relevance of the undergraduate computer science curriculum of nigerian universities insights from industry
topic Computer Science
curriculum
skills
graduates
url https://acnsci.org/journal/index.php/ed/article/view/864
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AT abayomitogunleye assessingtherelevanceoftheundergraduatecomputersciencecurriculumofnigerianuniversitiesinsightsfromindustry
AT peteroajayi assessingtherelevanceoftheundergraduatecomputersciencecurriculumofnigerianuniversitiesinsightsfromindustry