Software Engineering in Computing Systems
Vol. 1 No. 2 (2026): May: Software Engineering in Computing Systems

The Integration Of Non-Academic Variables In Student Risk Assessment: A Conceptual Framework

Hani Irmayanti (Universitas Komputer Indonesia)
Eddy Soeryanto Soegoto (Universitas Komputer Indonesia)
Hidayat Hidayat (Universitas Komputer Indonesia)
Rio Yunanto (Universitas Komputer Indonesia)
Zainal Arifin Hasibuan (Universitas Komputer Indonesia)
Sri Supatmi (Universitas Komputer Indonesia)



Article Info

Publish Date
12 Jun 2026

Abstract

Students’ success in completing their studies on time is a vital indicator of the quality of higher education management in Indonesia. However, high dropout rates pose a major challenge, often caused by institutions’ failure to detect warning signs of academic failure in a timely manner. The main issue lies in the current evaluation approach, which is reactive and limited to conventional academic indicators such as the Grade Point Average (GPA), thereby neglecting the psychosocial factors that influence performance. This study aims to develop a more comprehensive conceptual framework for the early detection of academic failure risk by integrating academic and non-academic dimensions. The methodology used is adapted from the Design Science Research Methodology (DSRM), focusing on the stages from problem identification to the design of the model artifact. The proposed approach is a hybrid model that combines traditional academic variables with non-academic variables, including psychological stress levels, self-efficacy, and social support. The design results indicate that this framework is capable of identifying “latent pressure” as a leading indicator of failure before a decline in academic performance occurs. The synthesis of this study confirms that the integration of non-academic variables enhances the model’s transparency and provides a more meaningful and targeted interpretation of risk factors. In conclusion, this framework provides a theoretical foundation for educational institutions to transition from reactive evaluation to a system of personalized, proactive interventions. The implementation of this model is expected to improve student retention through earlier and more targeted risk mitigation.

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Journal Info

Abbrev

SECONS

Publisher

Subject

Description

Software Engineering in Computing Systems is a peer-reviewed academic journal that aims to advance research in software engineering practices and methodologies for the development of reliable, secure, and scalable computing systems, covering topics such as software architecture and system design, ...