Title of article :
Identifying the Factors Affecting on Service Quality & Passenger Satisfaction in Commuter Train Services
Author/Authors :
Farajpour, Asal School of Railway Engineering - Iran University of Science and Technology , Bazeghi kisomi, Parinaz School of Railway Engineering - Iran University of Science and Technology , Bagheri, Morteza School of Railway Engineering - Iran University of Science and Technology
Abstract :
This paper addresses identifying the factors affecting the service quality in
commuter trains services and passenger satisfaction. To this end, the
Service Quality Management Framework (SERVQUAL model) with five
dimensions of service quality including reliability, assurance, tangibility,
empathy, and responsiveness, have been used to assess the passengers'
needs. In this study, the criteria of the model were chosen from the KANO
Customer Satisfaction Model, and a combination of KANO and
SERVQUAL models has been used for analyzing the data. Needs
assessment of passengers in both stages of the survey was conducted
through descriptive research and data were collected by the survey method.
A survey is developed and is used to measure the required information and
the SERVQUAL and KANO are used in the analysis. In this survey 200
commuter train passengers participated to complete the questionnaires.
The results show in the Empathy dimension, using the travel pass for
passengers is more important than the other factors; in the Tangibility
dimension, the presence of modern equipment inside the train has the
greatest impact on increasing the passengers’ satisfaction. In the
Assurance dimension, the staff’s willingness to help passengers, especially
passengers who are disabled or handicapped, as well as the employees’
willingness to resolve the issues causing delay is also among the factors
that enhance the passengers' satisfaction. On-time railway service is the
most important factor in the Reliability dimension.
Keywords :
Commuter rail , Passenger satisfaction , Quality model , KANO , SERVQUAL
Journal title :
Astroparticle Physics