Flexible work within context of information society theories
2020
0 views
0 downloads
Advisor: Prof. Dr. Umut Omay
Abstract (EN)
With the rise of the information society, many changes have occurred in the working life. The most important of these changes is the flexibility of work and working life. The diversification of flexible working styles with the changes over time brought some problems in working life. Completing the works in short, temporary or daily periods causes employees to face risks in an insecure working life. The aim of this thesis is to examine the development of the information society in a theoretical framework and to examine its interaction with flexible working in the light of current developments. In this way, explanations about the information society and flexible working are made and the qualities of new current forms of flexible working are analyzed in the axis of the Fourth Industrial Revolution discussions. Finally, the digital possibilities offered by the new industrial revolution takes the form of more flexible, more independent, and at the same time more insecure.
Author
Demet Toktaş
Institution
How to Cite
Demet Toktaş (Master Thesis). Flexible work within context of information society theories, 2020, İstanbul University.
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from İstanbul University
- Abulfaz Elchibey and his family life(2021)
- In the covid 19 pandemic of female employees at a university hospital attitudes and affecting factors in nutrition of 9 months-6 years old children(2022)
- New surveillance paradigms in the COVİD-19 era: Critical discourse analysis on a cross-secti̇onal sample of Health Minister Fahrettin Koca's twitter posts(2022)
- Determination of total anthocyanin, caretenoid andantioxidant capacity of black goji berry (Lycium ruthenicummurr.) fruits(2021)
- Buying and selling precious documents in terms of Islamic Law(2022)
- Analysis of clinical correlation of radiological imaging in idiopathic pulmonary fibrosis by quantitative computed tomography(2020)