• Title of article

    Service Process Modeling through Simulation and Scenario Development for Insurance Analysis

  • Author/Authors

    Shakerin ، Reza Department of Management - Islamic Azad University, Roudehen Branch , Toloie Eshlaghy ، Abbas Department of Management - Islamic Azad University, Tehran Science and Research Branch

  • From page
    103
  • To page
    133
  • Abstract
    Insurance companies are among the service organizations, which maintain close relationships with their clients by providing insurance services. Clients are the most important resource for service companies. And profitability of insurance companies undoubtedly hinges on clear analysis of client satisfaction and improved productivity of service providers. An important factor of client satisfaction with insurance services in insurance companies is short policy issuance lead time. Insurance companies have rarely paid enough attention to this problem; therefore, this paper aims to provide a strategy for improving policy issuance lead time by simulating the existing system and observing simulation results. After a software model was developed, the discrete-event simulation (DES) results were analyzed. Then model validation tests were conducted. After a valid simulated model was developed, it was decided to design system improvement scenarios. According to the results, policy issuance lead time decreased by changing each of these parameters: the number of operators issuing insurance policies, client referral time to a specialist, specialized test response time, and insurance representative referral time to a policy issuance center. As a result, the service process improved, and productivity increased. This indicates the effectiveness of the DES technique and expansion of operations research methods in the service industry.
  • Keywords
    Modeling , Discrete , Event Simulation (DES) , Scenario Development , Service Systems , Insurance
  • Journal title
    Shiraz Journal of System Management
  • Journal title
    Shiraz Journal of System Management
  • Record number

    2526401