Double parametric scheme-based multi-objective student project assignment problem by fuzzy programming technique with linear membership function

Sunil B. Bhoi and Jayesh M. Dhodiya

International Journal of Industrial and Systems Engineering, 2026, vol. 52, issue 2, 234-252

Abstract: This paper presents the mathematical model of multi-objective student project allocation problem based on double parametric form of fuzzy preferences and its solution by fuzzy programming technique with linear membership function. Fuzzy preferences are utilised due to fuzzy nature of internal assessment of students by supervisors and feedback analysis of supervisors provided by students. Double parametric scheme is applied to transform this fuzzy model into crisp model and then crisp model is solved by fuzzy programming technique with linear membership functions for different values of α and β. The results are obtained using LINGO software. The model providing the efficient solutions which can be used by decision makers to allocate projects to students with a better degree of satisfaction for students and supervisors. To check the strength and efficiency of the proposed model, a numerical data-based case is studied and results are discussed.

Keywords: student; project; assignment;; multi-objective; optimisation;; 0-1; integer; programming;; double; parametric; scheme;; fuzzy; programmingor; technique. (search for similar items in EconPapers)
Date: 2026
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