Abstract/Details

Job Scheduling considering both Mental Fatigue and Boredom

Jahandideh, Sina.   University of Ottawa (Canada) ProQuest Dissertations & Theses,  2012. MR86324.

Abstract (summary)

Numerous aspects of job scheduling in manufacturing systems have been the focus of several studies in the past decades. However, human factors in manufacturing systems such as workers' mental conditions are still neglected issues and have not received adequate attentions. Job boredom and mental fatigue are both aspects of workers' mental condition. They affect work performances by increasing sick leave duration and decreasing work productivity. On the other hand, job rotation could be an alternative strategy to cope with such human issues at work. The benefits of job rotation for both employees and firms have been widely recognized in the literature. Although some studies found job rotation as a means to reduce workers' physical work-related traumas, they did not consider the effect of variable mental conditions on workers. Despite the proven importance of boredom and mental fatigue at the workplace, they have not been a combined precise objective of any job rotation problem in current literature.

The study of mental conditions proposed in this paper attempts to extend the previous works by addressing new methods and developing a feasible solution to increase manufacturing productivity. A new job scheduling program has been designed specifically which combines a new job rotation model and a job assignment method.

Indexing (details)


Business indexing term
Subject
Mental health;
Occupational psychology
Classification
0347: Mental health
0624: Occupational psychology
Identifier / keyword
Psychology; Health and environmental sciences; Ahp; Boredom; Job assignment; Job rotation; Job scheduling; Manufacturing productivity; Manufacturing system; Mental fatigue
Title
Job Scheduling considering both Mental Fatigue and Boredom
Author
Jahandideh, Sina
Number of pages
119
Degree date
2012
School code
0918
Source
MAI 51/06M(E), Masters Abstracts International
ISBN
978-0-494-86324-4
Advisor
Liang, Ming
University/institution
University of Ottawa (Canada)
Department
Mechanical and Aerospace Engineering
University location
Canada -- Ontario, CA
Degree
M.A.Sc.
Source type
Dissertation or Thesis
Language
English
Document type
Dissertation/Thesis
Dissertation/thesis number
MR86324
ProQuest document ID
1355217165
Copyright
Database copyright ProQuest LLC; ProQuest does not claim copyright in the individual underlying works.
Document URL
https://www.proquest.com/docview/1355217165