Developing Tasks Designed Test to Assess Professional Competencies at the Stage of Study at the University


Abdiyev K. Zhassandykyzy M. Maintcer D. Naumenko V. Primbetova G.
2025Association for Social Studies Educa

Journal of Social Studies Education Research
2025#16Issue 1188 - 216 pp.

We aim to develop and test tasks designed to assess professional competence at the universitys formation stage. The system of internal competency assessment utilizing the requirements of professional standards in the IT industry enables bachelors degree graduates to assess their level of preparation for professional activities. Our study employed the R&D design proposed by Borg & Gall, M.D. The essence of R&D design in our case is that it is necessary to implement the following five steps: 1) conducting research, 2) developing a prototype, 3) a small-scale experiment to improve the prototype into a model, 4) a large-scale experiment to improve the model into a final product, 5) dissemination through publication. We defined a competency model to develop tasks: Competence = [Knowledge + (Skills and Abilities)] in labor functions. Labor functions are described in professional industry standards. Our formula is based on the definition of the competency model in Computing Curricula 2020, specifying the context concerning professional activity. A version of 20 tasks assessing the prerequisite knowledge, skills, and abilities to perform the labor functions of the Database Administration standard was prepared for testing. Our experience has demonstrated that preliminary work must meet professional standards. Some knowledge and skill requirements are formulated without considering the property of measurability. Cases of requirement redundancy also exist for graduates who do not have practical experience. The results were processed by classical test theory. The main indicators of task quality were the correlation of each task with the total score, the difficulty level, and the discriminativeness index of each task. Cronbachs alpha, an indicator of test reliability, was also calculated. The obtained values of quality indicators enable us to posit that the tasks can be used for assessment. However, some tasks require content correction and revision by distractors. Our findings can be employed to develop a competency assessment system based on the requirements of professional standards in industries other than IT.

Competency assessment , competency model , educational programs. professional standards , professional competencies

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Research Institute of Informatization of Education, Turan University, Almaty, Kazakhstan
Department of Computer and Software Engineering, Turan University, Almaty, Kazakhstan
Turan University, Almaty, Kazakhstan
Astrakhan State Technical University, Astrakhan, Russian Federation

Research Institute of Informatization of Education
Department of Computer and Software Engineering
Turan University
Astrakhan State Technical University

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