Abstract:
Bangladesh Power Development Board (BPDB) is the most important and largest
organization of Bangladesh in power sector. Once. total electricity generation, transmission
and distribution was under control of BPDB. But presently. BPDB generates only 65.04% of
the total electrical energy. The rest is generated by Private sector IPP (Independent Power
Plant). BPDB distributes 25.47 % of the total energy in the consumer's premises whereas
other companies distribute the rest 74.53%. In the present time, the largest organization
could not run effectively with the fulfillment of consumer's demand and proper service
(APPENDIX-A&13). As a result, DESA. DESCO. WZI'DCL etc. were separated from
BPDB. REB captures a large portion of the distribution areas of BPDB for the reason of
corruption, loss and overall mismanagement. Now. 34.96c/o of total energy are generated by Independent Power Plants (IPP). Independent Power Plants (IPP) started their mission from 1998 and are continuously increasing their strength in power sector. If such situation continues, once IPP will control our power sector.
It is common thought that they will also control the economy of the country. Presently
negotiating with IPP. Bangladesh Government fixes the purchasing rate of electricity from
IPP. If BPDB fails and IPP becomes stronger. they may form a syndicate in power sector
and can fix electricity rate according to their wish. This will cause a bad impact on our
economy. This does not mean to avoid I PP. Power stations of B13 DI3 should increase with
it's own strength and compete with IPP by fair-means because consumers always get the
highest benefits from the competitive market. So for a safe competitive market, existence of
power stations of BPDB is too much essential as a soldier of power sector of the country. It
is sure that an organization needs proper management activity and vision to stabilize it's
own strength. Bangladesh Power Development Board (BPDB) has taken some managerial
changes and reforms to increase its managerial strength in the light of TQM. But some
problems have arisen that may terminate the FQM activities. So, it is essential to find out
these problems and take some measures to solve these barriers considering the national
interest. Keeping this view in mind, data for this project were collected from Khulna Power
Station as primary data through a prescribed questionnaire.
Two sets of questionnaires were prepared one for workers another one for managers. One
power station named Khulna Power Station (KPS) was taken into consideration for data
collection. During study, different categories of KPS's workers and managers were
interviewed based on the level of technical knowledge, experience, intimacy with Total
Quality Management program and also educational level. The sample was kept relevant
considering the time and cost. Experienced workers and managers were included in the
sample. The sample size was limited to 120 for workers and 20 for Managers. The different
categories of workers were regrouped into four categories for the study purpose, such as
High- skilled, Skilled. Semi- skilled and Un -skilled. 25% High-Skilled. 33% Skilled, 25%
Semi-Skilled and 1 7% Un-Skilled workers were selected as sample to reflect the staffing
pattern of Bangladesh Power Development Board (Appendix-C). Lack of commitment of
higher authority. Insufficient knowledge of workers on TQM. Weak monitoring system,
Negligence of field level workers, Lack or guidelines of TQM implementation. Adverse
Culture were also identified unanimously by workers as causes of failure of TQM in power
Stations of BPDB. Most of the managers were agree with the causes mentioned by workers.
For successful implementation of TQM 30.76% managers suggested to ensure proper
Monitoring from TQM promotion office, followed by 21.15% suggested for continuous
Monitoring from higher authority. 17.3% for raising awareness, 13.46% for proper training,
9.61% for provision of reward or punishment. As far as knowledge of rules and regulations
is concerned about 12.5% workers know about present service rules. But most of them do
not have any idea about service rules.
At last, some recommendations are made for successful implementation of TQM in power
stations under BPDB. The proper application of the recommendations will be helpful to
improve the present situation of Total Quality Management in power stations under BPDB
and there by will be possible a sound operation of Bangladesh Power Development Board as
per Total Quality Management.
Description:
This thesis is submitted to the Department of Industrial Engineering and Management, Khulna University of Engineering & Technology in partial fulfillment of the requirements for the degree of Master of Science in Engineering in Industrial Engineering and Management, August 2009.
Cataloged from PDF Version of Thesis.
Includes bibliographical references (pages 60).