DEVELOPMENT AND TESTING OF ALGORITHM FOR AUTOMATING TEAM FORMATION IN IT PROJECTS

Keywords: team development, IT, mathematical models, recruiting, multifactor coefficients, management.

Abstract

The research aims to investigate the automation of recruiting and the formation of adaptive teams for IT projects using a proposed mathematical model. Additionally, the proposed algorithm needs to be tested in practice. The algorithm is based on weighting coefficients formed on the basis of expert assessments of key characteristics of candidates which are obtained by testing candidates for soft and hard skills. The research compares the results of two approaches: arbitrary team formation and a method based on a proposed mathematical algorithm. The authors conducted a practical study of both approaches during a hackathon whose task was to develop a web page for a future HR platform. The research methodology involved dividing the participants into two groups. The participants are divided into two groups. The first group forms teams independently during the hackathon, while the second group undergoes soft and hard skills tests during registration to determine team formation using a mathematical algorithm. The study’s authors present the effectiveness results of both groups and describe the advantages and possibilities for improving the algorithm. The conclusions drawn identify the achievements of the study and prospects for further development of the algorithm for automating team selection in the IT industry. This work contributes significantly to the understanding of effective strategies for forming IT teams, which is crucial in the face of constant technological changes.

References

1. Nevdalyi veresen ta skorochennya v IT: dynamika eksportu poslug pid chas viyny [Unsuccessful September and cuts in IT: dynamics of service exports during the war.] (2022). opendatabot.ua. https://opendatabot.ua/analytics/itexport-sept [in Ukrainian]
2. Kryvoruchko, O., & Vodolazhska, T. (2016). Rozrobka strategiy upravlinnya personalom metodom kontseptualnogo abstraguvannya [Development of personnel management strategies by the method of conceptual abstraction]. Ekonomika transport. kompleksu, (28), 69–83. http://nbuv.gov.ua/UJRN/ektk_2016_28_8 [in Ukrainian]
3. Ivchenko, I., Lingur, L., & Filatova, T. (2021). Modelyuvannya upravlinnya kadramy na IT-rynku pratsi [Modeling human resources management in the IT labor market]. Visn. Kharkiv.nats. un-tu im. V. N. Karazina seriya «Ekonom.», (101), 101–112 [in Ukrainian]
4. A., Marich, B., Kostura, M., & Timotich, V. (2021). Matematychna model dlya planuvannya lyudskykh resursiv u vyrobnychomu protsesi [Mathematical model for planning human resources in the production process]. U Mizhnar. symp. DAAAM (s. 4–9). [in Ukrainian]
5. Kabachenko, D., & Lutsenko, A. (2015). Vybor i realizatsiya strategii upravleniya personalom predpriyatiya. [Selection and implementation of the enterprise’s HR management strategy] Nauk. visn. Kherson. derzh. un-tu Seriya «Ekon. nauki», (15), 58–62. http://ej.kherson.ua/journal/economic_15/1/16.pdf [in Ukrainian]
6. Balabanov, L., & Sardak, O. (2011). Upravlinnya personalom: pidruchnyk [Personnel management: A handbook]. Tsentr uchb. lit. [in Ukrainian]
7. Nikyforenko, V. (2014). Stratehichne upravlinnya lyudskymy resursamy: Navchalno-metodychnyy posibnyk dlya samostiynoho vyvchennya dystsypliny [Strategic management of human resources: Study guide for self-study of the discipline]. Atlant. [in Ukrainian]
8. Summerfield, M. (2015). Rapid GUI Programming with Python and Qt: The Definitive Guide to PyQt Programming. Prentice Hall.
9. Introducing JSON. (1999). www.json.org. https://www.json.org/json-en.html

Abstract views: 116
PDF Downloads: 46
Published
2024-03-05
How to Cite
Zolotukha, R., & Glazunova, O. (2024). DEVELOPMENT AND TESTING OF ALGORITHM FOR AUTOMATING TEAM FORMATION IN IT PROJECTS. Scientific Journal of Polonia University, 61(6), 203-210. https://doi.org/10.23856/6125
Section
TECHNOLOGY, CREATIVITY, IMPLEMENTATION