• Title of article

    An integrated fuzzy QFD-MCDM framework for personnel selection problem

  • Author/Authors

    Ozgormus, E Department of Industrial Engineering - Kinikli Campus - Pamukkale University - Kinikli - Denizli, Turkey , Senocak, A Department of Industrial Engineering - Kinikli Campus - Pamukkale University - Kinikli - Denizli, Turkey , Goren, H.G Department of Industrial Engineering - Kinikli Campus - Pamukkale University - Kinikli - Denizli, Turkey

  • Pages
    15
  • From page
    2972
  • To page
    2986
  • Abstract
    In today's competitive and high technology world, companies are forced to dierentiate themselves with continuous improvement. They need creative, well-educated, and self-condent human resources more than ever. Hiring the right person to the right job plays a signicant role on rm growth. The goal of this paper is to propose a systematic approach to Personnel Selection Problem (PSP) of a textile company in Turkey by considering various performance requirements and criteria. The proposed framework consists of three phases. Initially, fuzzy Decision-Making Trial and Evaluation Laboratory (DEMATEL) method is used to weight social criteria. Then, weights of technical requirements are calculated by applying fuzzy Quality Function Deployment (QFD) method allowing the evaluation of the interrelationship and relevance of social and technical criteria. Finally, by considering the criteria scores obtained in the previous stage, fuzzy Grey Relationship Analysis (GRA) method is applied to rank the alternatives. The method has been illustrated by a case study and compared to the current approach used in the company. The results show that the proposed method can eectively deal with PSP and help the company establish a systematic and unbiased approach to the problem.
  • Keywords
    Fuzzy GRA , Fuzzy DEMATEL , Fuzzy QFD , Personnel selection , Multi criteria decision-making
  • Journal title
    Scientia Iranica(Transactions E: Industrial Engineering)
  • Serial Year
    2021
  • Record number

    2681602