DOWNLOAD THE COMPLETE PROJECT

2 Users found this project useful

Impact of Contract Costing Activities on Students’ Contract Cost Calculation Skills among Accounting Education Students in Nigerian Polytechnics

Abstract

Contract costing is an important area of cost accounting that enables students to understand how costs are accumulated, allocated, monitored, and reported for large-scale and long-term projects such as construction, engineering, road development, and other specialized contracts. Contract cost calculation skills are essential for Accounting Education students because inaccurate identification, classification, allocation, or computation of contract costs may result in incorrect determination of contract profit, work-in-progress, and overall project performance. However, students in Nigerian polytechnics may experience difficulties developing adequate contract cost calculation skills when contract costing is taught mainly through theoretical explanations and routine numerical exercises without sufficient exposure to realistic project-based costing situations. Contract Costing Activities provide students with practical opportunities to analyse contract documents, classify direct and indirect costs, calculate work certified and uncertified, determine contract costs, account for materials, labour, plant, subcontracting, overheads, and other project expenses, and determine appropriate profit recognition. Such activities may strengthen students' computational accuracy, cost analysis, problem-solving ability, and application of contract costing principles. Against this background, this study investigates the impact of Contract Costing Activities on students' contract cost calculation skills among Accounting Education students in Nigerian polytechnics. The study will be anchored on Experiential Learning Theory, Constructivist Learning Theory, and Cognitive Learning Theory. Experiential Learning Theory emphasizes learning through concrete experience, reflection, conceptualization, and active experimentation. Constructivist Learning Theory emphasizes the active construction of knowledge through prior knowledge, practical activities, interaction with learning materials, and problem-solving experiences. Cognitive Learning Theory focuses on how learners process, organize, interpret, calculate, and apply cost information when solving contract costing problems. Collectively, these theoretical perspectives provide a suitable framework for explaining how Contract Costing Activities may influence students' contract cost calculation skills. The study will adopt a quantitative quasi-experimental research design. The study population will comprise Accounting Education students enrolled in selected public polytechnics across Nigeria. A multistage sampling technique will be used to select geopolitical zones, states, polytechnics, departments, levels of study, classes, and eligible Accounting Education students. Contract Costing Activities will be assessed using indicators such as identification of contract costs, classification of contract costs, direct-material cost analysis, direct-labour cost analysis, plant-cost analysis, subcontracting cost analysis, site-expense analysis, overhead allocation, contract-document analysis, contract-account preparation, contract cost accumulation, material issued to contract, material returned from contract, material transferred between contracts, treatment of materials at site, labour cost recording, treatment of wages and salaries, plant acquisition, plant depreciation, plant transfer, plant return, plant usage, site overheads, head-office overhead allocation, subcontractor costs, specialist contract costs, architect and professional fees, insurance costs, transport costs, storage costs, project-related expenses, work certified, work uncertified, work-in-progress, retention money, cash received, contract valuation, contract completion percentage, estimated total contract cost, estimated profit, notional profit, attributable profit, profit recognition, contract loss recognition, escalation clauses, variation orders, contract price adjustments, abnormal losses, material losses, plant losses, contract contingencies, contract cost reconciliation, contract-cost worksheets, contract-account schedules, project-cost reports, long-term contract scenarios, construction-cost case studies, simulated contracts, individual costing exercises, group activities, lecturer demonstrations, guided practice, independent practice, spreadsheet-based costing activities, accounting software exercises, error-identification activities, corrective feedback, repeated contract-costing exercises, reflection, and opportunities to apply contract costing procedures to realistic project situations. Students' contract cost calculation skills will be assessed using indicators such as accurate identification of contract costs, correct classification of costs, accurate computation of direct materials, correct calculation of direct labour, accurate plant-cost computation, correct treatment of subcontracting costs, accurate allocation of overheads, correct accumulation of contract costs, accurate treatment of materials at site, correct recording of labour costs, accurate treatment of plant depreciation and usage, correct calculation of site expenses, accurate treatment of head-office expenses, correct determination of work certified, accurate calculation of work uncertified, correct valuation of work-in-progress, accurate determination of retention money, correct calculation of cash received, accurate contract valuation, correct computation of contract completion percentage, accurate estimation of total contract cost, correct determination of estimated profit or loss, accurate calculation of notional profit, appropriate recognition of attributable profit, correct treatment of contract losses, accurate treatment of escalation and variation costs, correct handling of abnormal losses, accurate contract-cost reconciliation, correct preparation of contract accounts, accurate preparation of contract-cost schedules, appropriate interpretation of contract-cost information, ability to solve multi-stage contract costing problems, ability to identify calculation errors, ability to correct costing errors, ability to apply contract costing principles to unfamiliar situations, numerical accuracy, computational fluency, analytical reasoning, problem-solving ability, and ability to explain the basis of contract cost calculations. Data will be collected using structured questionnaires, standardized contract costing tests, practical contract cost calculation exercises, contract-account preparation tasks, project-based costing cases, scenario-based questions, spreadsheet-based costing activities, accounting software exercises, observation checklists, competency-based assessment rubrics, and pre-test and post-test assessments. Descriptive statistics will be used to summarize students' demographic and academic characteristics, exposure to Contract Costing Activities, learning experiences, and levels of contract cost calculation skills. Inferential statistical techniques, including paired and independent t-tests, analysis of covariance (ANCOVA), correlation analysis, and multiple regression analysis where appropriate, will be used to determine the impact of Contract Costing Activities on students' contract cost calculation skills. Where a quasi-experimental design is adopted, students' contract cost calculation scores before and after exposure to Contract Costing Activities may be compared with those of a control group receiving conventional cost accounting instruction to determine changes associated with the intervention. Diagnostic tests will also be conducted to assess the reliability, validity, and robustness of the findings. The study is expected to find that Contract Costing Activities have a significant positive impact on students' contract cost calculation skills among Accounting Education students in Nigerian polytechnics. Students exposed to structured and practically oriented Contract Costing Activities are expected to demonstrate greater accuracy and competence in accumulating, calculating, analysing, and reporting contract costs than students receiving conventional instruction. Contract-document analysis may help students identify relevant project information before beginning cost calculations. Direct-material activities may strengthen students' ability to determine the cost of materials used on a contract, including materials issued, returned, transferred, and remaining at site. Direct-labour exercises may improve students' ability to calculate labour costs associated with contract activities. Plant-costing activities may enable students to calculate plant usage, depreciation, transfer, and return costs accurately. Subcontracting activities may help students identify and incorporate specialist project costs into contract accounts. Site-expense activities may strengthen students' ability to identify and accumulate expenses incurred directly at contract locations. Overhead-allocation exercises may improve students' ability to appropriately assign head-office and other indirect costs to contracts. Contract-account preparation may enable students to integrate different categories of costs into a comprehensive contract-costing statement. Work-certified activities may strengthen students' ability to determine the value of work approved by the contractee, while work-uncertified activities may help students appropriately value completed work that has not yet been certified. Work-in-progress activities may improve students' understanding of incomplete contracts and their treatment in accounting records. Retention-money exercises may help students understand the relationship between certified work, amounts retained, and cash received. Contract-valuation activities may strengthen students' ability to determine the financial value of work completed. Completion-percentage exercises may enable students to estimate the stage of contract completion and apply appropriate profit-recognition procedures. Estimated-total-cost activities may help students project the final cost of incomplete contracts and assess potential profitability. Notional-profit exercises may strengthen students' ability to determine preliminary profit from incomplete contracts, while attributable-profit activities may help students understand the portion of profit appropriate for recognition. Contract-loss activities may improve students' ability to identify and recognize expected losses appropriately. Escalation and variation-order exercises may expose students to changes in contract prices and costs arising from changes in project conditions. Abnormal-loss activities may strengthen students' ability to distinguish unusual losses from normal project costs. Contract-cost reconciliation activities may help students verify the consistency of cost records and identify discrepancies. Spreadsheet-based activities may enable students to organize project costs, perform calculations, and analyse contract profitability efficiently. Accounting software activities may expose students to computerized approaches to project-cost accumulation and reporting. Practical construction and engineering scenarios may help students apply contract costing concepts to realistic Nigerian business situations. Individual exercises may strengthen computational accuracy and independent problem-solving, while group activities may provide opportunities for students to discuss different approaches to complex costing problems. Lecturer demonstrations may provide appropriate models for solving difficult contract-costing problems, while guided practice may support students during initial learning. Repeated costing exercises may improve speed, accuracy, and confidence. Error-identification activities may help students detect incorrect cost classifications and computational mistakes. Corrective feedback may enable students to understand the causes of calculation errors and improve subsequent performance. Reflection activities may encourage students to explain the reasoning behind their costing procedures. However, weak numerical skills, inadequate prior knowledge of cost accounting, limited exposure to realistic contract documents, poorly designed costing exercises, insufficient practical resources, large class sizes, limited instructional time, inadequate lecturer guidance, and excessive reliance on simplified textbook problems may reduce the effectiveness of Contract Costing Activities. The study therefore expects structured, realistic, practical, and integrated Contract Costing Activities to contribute significantly to improved contract cost calculation skills among Accounting Education students in Nigerian polytechnics. The study is expected to contribute to the literature on Contract Costing Activities, contract cost calculation skills, Experiential Learning Theory, Constructivist Learning Theory, Cognitive Learning Theory, contract costing, project costing, construction accounting, cost accumulation, work-in-progress valuation, profit recognition, cost accounting education, practical accounting education, accounting pedagogy, computational skills, analytical reasoning, competency-based education, Accounting Education students, and polytechnic education in Nigeria. The findings will provide useful information to the National Board for Technical Education, polytechnics, accounting education departments, accounting educators, curriculum developers, professional accounting bodies, and policymakers regarding strategies for strengthening students' contract costing competencies. The study will also provide evidence-based recommendations for integrating practical Contract Costing Activities into Accounting Education programmes, using realistic construction and engineering project cases, strengthening direct-material and direct-labour costing exercises, incorporating plant and subcontracting cost activities, improving students' ability to allocate project overheads, providing practical work-certified and work-uncertified valuation exercises, strengthening work-in-progress and retention-money calculations, incorporating contract completion and profit-recognition exercises, exposing students to escalation and variation scenarios, using spreadsheets and accounting software for project-cost analysis, providing repeated opportunities to solve unfamiliar contract costing problems, strengthening lecturer demonstrations and feedback, developing competency-based assessments of contract cost calculation skills, improving practical costing resources, and aligning Accounting Education programmes with the numerical, analytical, practical, technological, and professional competencies required in contemporary accounting practice in Nigeria.

Keywords: Contract Costing Activities, contract cost calculation skills, Accounting Education students, contract costing, project costing, construction accounting, cost accumulation, work-in-progress, profit recognition, Experiential Learning Theory, Constructivist Learning Theory, Cognitive Learning Theory, practical accounting education, cost accounting education, competency-based education, Nigerian polytechnics, Nigeria.