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Impact of Student–Lecturer Ratio on Practical Accounting Learning among HND Students in Nigerian Polytechnics

Abstract

Practical accounting learning is an important component of Accounting Education because it enables students to apply accounting concepts, procedures, and techniques to realistic financial and business situations. The quality of practical accounting learning may, however, be influenced by the number of students assigned to each lecturer, particularly in practical-oriented courses that require demonstrations, guided exercises, individual feedback, supervision, and assessment. A high student–lecturer ratio may limit lecturers’ ability to provide individualized attention, monitor students’ practical activities, identify errors, and provide timely feedback, while a manageable ratio may facilitate closer supervision and more effective interaction. Among HND Accounting Education students in Nigerian polytechnics, differences in class size and lecturer availability may therefore affect the quality of practical accounting learning. Against this background, this study investigates the impact of student–lecturer ratio on practical accounting learning among HND students in Nigerian polytechnics. The study will be anchored on Social Constructivist Theory, Experiential Learning Theory, and Cognitive Load Theory. Social Constructivist Theory emphasizes the importance of interaction, guidance, collaboration, and instructional support in students’ learning processes. Experiential Learning Theory explains how students develop practical competencies through concrete experience, reflection, conceptualization, and active experimentation. Cognitive Load Theory suggests that excessive instructional demands, overcrowded learning environments, and limited individual guidance may increase students’ cognitive load and reduce their ability to effectively process and apply practical accounting information. Collectively, these theoretical perspectives provide a suitable framework for explaining how student–lecturer ratio may influence practical accounting learning among HND Accounting Education students. The study will adopt a quantitative analytical cross-sectional or quasi-experimental research design. The population will comprise HND Accounting Education students enrolled in selected Nigerian polytechnics. A multistage sampling technique will be used to select geopolitical zones, states, polytechnics, departments, levels of study, classes, and eligible students. Student–lecturer ratio will be assessed using indicators such as number of students enrolled in practical accounting classes, number of accounting lecturers assigned to practical courses, average class size, number of students supervised by individual lecturers, frequency of lecturer–student interaction, availability of individual instructional attention, accessibility of lecturers during practical sessions, lecturer supervision, practical demonstration opportunities, individual task monitoring, feedback availability, assessment workload, practical laboratory or accounting-laboratory capacity, availability of instructional materials, adequacy of practical facilities, and perceived adequacy of lecturer support. Practical accounting learning will be assessed using indicators such as students’ understanding of accounting procedures, ability to apply accounting principles, practical bookkeeping competence, transaction-recording skills, preparation of accounting documents, journal-entry preparation, ledger posting, trial-balance preparation, bank reconciliation, financial-statement preparation, error detection, accounting problem-solving, use of accounting software, spreadsheet application, practical task completion, accuracy, speed, confidence, retention of practical accounting procedures, independent task performance, and overall practical accounting learning outcomes. Data will be collected using structured questionnaires, student–lecturer ratio assessment forms, class records, departmental records, practical accounting performance tests, observation checklists, practical task assessments, and students’ academic records where appropriate. Descriptive statistics will be used to summarize class characteristics, student–lecturer ratios, instructional conditions, and practical accounting learning outcomes. Inferential statistical techniques, including correlation analysis, independent-samples t-tests, analysis of variance, and multiple regression analysis where appropriate, will be used to determine the impact of student–lecturer ratio on practical accounting learning. Where a quasi-experimental design is adopted, practical accounting learning outcomes of students exposed to different class-size or lecturer-support conditions may be compared to determine differences associated with the instructional arrangement. Diagnostic tests will also be conducted to assess the reliability, validity, and robustness of the findings. The study is expected to find that student–lecturer ratio has a significant impact on practical accounting learning among HND students in Nigerian polytechnics. Students learning in classes with more manageable student–lecturer ratios are expected to demonstrate better practical accounting learning outcomes because lecturers may have greater opportunities to provide individualized explanations, demonstrations, supervision, correction, and feedback. Smaller or more manageable practical classes may improve students’ access to lecturer guidance during accounting exercises. Increased lecturer–student interaction may strengthen students’ understanding of accounting procedures and reduce difficulties encountered during practical activities. Individual supervision may enable lecturers to identify errors in bookkeeping, transaction recording, journal preparation, ledger posting, bank reconciliation, and financial-statement preparation at an earlier stage. Timely feedback may help students correct mistakes and develop greater accuracy in practical accounting tasks. Adequate lecturer availability may also improve students’ confidence and willingness to ask questions during practical sessions. Manageable class sizes may provide students with more opportunities to participate in demonstrations and perform accounting tasks independently. Conversely, very high student–lecturer ratios may limit individual attention, reduce opportunities for hands-on practice, increase lecturer workload, delay feedback, make classroom monitoring difficult, and reduce the effectiveness of practical accounting instruction. Large practical classes may also make it difficult for lecturers to observe individual students’ procedures, identify misconceptions, assess practical performance consistently, and provide immediate correction. Students may experience reduced access to accounting equipment, computers, accounting software, practical materials, and lecturer assistance when practical classes are overcrowded. High ratios may further contribute to passive participation, reduced lecturer–student interaction, delayed assessment, limited individualized feedback, and weaker development of practical accounting competence. However, the effect of student–lecturer ratio may also depend on the availability of teaching assistants, quality of instructional materials, adequacy of accounting laboratories, use of digital learning resources, lecturer experience, classroom organization, teaching methods, institutional funding, and students’ level of preparedness. The study therefore expects a manageable student–lecturer ratio, supported by adequate practical facilities, effective instructional methods, sufficient accounting resources, and timely lecturer feedback, to contribute significantly to improved practical accounting learning among HND Accounting Education students in Nigerian polytechnics. The study is expected to contribute to the literature on student–lecturer ratio, practical accounting learning, accounting education, HND Accounting Education, polytechnic education, practical accounting instruction, lecturer–student interaction, class size, individualized instruction, practical supervision, instructional feedback, experiential learning, accounting laboratory instruction, bookkeeping competence, transaction-recording skills, financial-statement preparation, accounting problem-solving, accounting software skills, digital accounting education, practical competence, workplace readiness, employability skills, and Accounting Education in Nigeria. The findings will provide useful information to the National Board for Technical Education, polytechnic administrators, academic boards, Accounting Education departments, accounting educators, curriculum developers, education planners, accreditation bodies, and policymakers regarding appropriate staffing and class-management strategies for practical accounting instruction. The study will also provide evidence-based recommendations for improving student–lecturer ratios in practical accounting courses, employing additional accounting lecturers where necessary, reducing overcrowding in practical accounting classes, establishing adequate accounting laboratories, improving access to practical accounting equipment and software, strengthening lecturer supervision, increasing opportunities for individual practical tasks, providing timely feedback, using teaching assistants where appropriate, improving instructional planning, and ensuring that HND Accounting Education programmes provide adequate opportunities for meaningful hands-on accounting learning in Nigerian polytechnics.

Keywords: Student–lecturer ratio, practical accounting learning, HND students, Accounting Education, class size, lecturer–student interaction, practical accounting instruction, accounting laboratory, practical competence, instructional supervision, accounting education, Nigerian polytechnics.