A
Report on-
Telecommunication Networking Tower on roof
Course Title
Project
management
Spring
Semester, 2009
Section:
D
BBA
Submitted To
NIGAM UDDIN
(Course
Instructor)
Submitted By
RAHMAN
MUHAMMAD ABDUR
ID: 06-07484-3
Date
of submission: April 28, 2009
AMERICAN INTERNATIONAL UNIVERSITY BANGLADESH
Acknowledgement
The
undividable truth of the world is that behind a success there are more then one
head who work together and give there best effort to do those works properly.
And I fell that my final report is one of the most promising works. To do this
report I got enormous help and organized commends of some helpful persons.
At
first, my grateful appreciation and sincere thanks goes to my course instructor
NIGAM UDDIN for his advice in preparing this report. With his
experiences and constructive thoughts, directions and sincere guidance, I have
been able to complete this report on time. This report will definitely add to
my practical experience.
I
am really thankful to some of my friends who help in collecting the data for
this analysis. During this report session it was really a nice experience to
meet different types of people from different level which helps me to gather a
lot of experience and I am quite satisfied that I made my report informative
and interesting.
Table of contents
|
Serial
No.
|
subject
|
|
1.
|
Introduction
|
|
2.
|
Company
Background
|
|
3.
|
Mission and vision
|
|
4.
|
Product
Line
|
|
5.
|
Price
range of different product
|
|
6.
|
New
product Development
|
|
7.
|
Distribution
|
|
8.
|
Promotion
: Advertisement
|
|
9.
|
Segmentation
|
|
10.
|
Competitor
|
|
11.
|
Performance
and market share
|
|
12.
|
Future
plan
|
|
13.
|
Conclusion
|
|
14.
|
Methodology
|
Introduction
A telecommunications network is a network of
telecommunications links and nodes arranged so that messages may be passed from
one part of the network to another over multiple links and through various
nodes.
Telecommunications network links (including their endpoints
or "nodes") may in turn be built out of hierarchical transmission
systems.
A telecommunications network is the network of lines, trunks
and telephone switches operated by telephone companies, long distance companies
and Competitive Local Exchange Carriers.
When referring to our local telecommunications service such
as we would have in our homes, we generally refer to the Public Switched
Telephone Network (PSTN) which is a hierarchical network that is heavily
regulated to provide highly reliable service. Calls are placed on this network
via a multi-frequency tone or rotary dial signaling
Telecommunication Network
Components
All telecommunication networks are made up of five basic
components that are present in each network environment regardless of type or
use. These basic components include terminals, telecommunications processors,
telecommunications channels, computers, and telecommunications control
software.
Terminals
Terminals are the starting and stopping points in any
telecommunication network environment. Any input or output device that is used
to transmit or receive data can be classified as a terminal component
Telecommunications processors
Telecommunications processors are support data transmission
and reception between terminals and computers by providing a variety of control
and support functions. Convert data from
digital to analog and back
Telecommunications channels
Telecommunications channels are the way by which data is
transmitted and received. Telecommunication channels are created through a
variety of media. The most popular methods are found in the home which includes
copper wires, and coaxial cables. Fiber-optic cables are increasingly used to
bring faster and more robust connections to businesses and homes.
Computers
In a telecommunication environment computers are connected
through media to perform their communication assignments
Telecommunications Control Software
Telecommunications control software is present on all
networked computers and is responsible for controlling network activities and
functionality
Development of the project
I want to develop a project that is telecommunication
networking tower on the roof. In this project I develop what is the project
activities and the project duration. Also I draw a CPM diagram to determine the
project methods for finding out the project critical path, slack time of the
project activities, EST, EFS, LST, LFT, Also develop a GANTT chart for the
scheduling purpose of the project. set the all requirements of the project such
as what type off materials, equipment, human resources are required for this
project. in terms of budget and actual
cost I make a plan for a budget it express through the quantities value.
Purpose of the project
It is a telecommunication networking project so we can
easily determine that if the project is efficiently done it will provides the
network to the user or the customer of telecommunication. Through this project
customer can meet their telecommunication major expectation that strong network
facilities. It makes a strong network of telecommunication for a certain area.
Particular range of people accesses their communication by this project. Final
purpose of this project is satisfied the customer telecommunication networking
needs.
Work of
the project
When several users of telecommunications media wish to
communicate with one another, they must be organized into some form of network.
In theory, each user can be given a direct point-to-point link to all the other
users in what is known as a fully connected topology (similar to the
connections employed in the earliest days of telephony), but in practice this
technique is impractical and expensive—especially for a large and dispersed
network. Furthermore, the method is inefficient, since most of the links will
be idle at any given time. Modern telecommunications networks avoid these
issues by establishing a linked network of switches, or nodes, such that each
user is connected to one of the nodes. Each link in such a network is called a
communications channel. Wire, fiber-optic cable, and radio waves may be used
for different communications channels.
Project description
Project activities, preceding activities and expected
time
CPM Network
The arrangement of all activities
and, in some cases, events in a project arrayed in logical sequence and
represented by arcs and nodes. This arrangement (network) defines the project
and the activity precedence relationships. Networks are usually drawn starting
on the left and proceeding to the right. Arrowheads placed on the arcs are used
to indicate the direction of flow-that is, to show the proper precedence.
Before an event can be realized-These are called its predecessors. Thus, an
event represents an instant in time when each and every predecessor activity
has been finished
Critical
path of the project
Critical Activities or paths which,
if delayed, will delay the completion of the project. A project’s critical path
is understood to mean that sequence of critical activities (and critical
events) that connects the project’s start event to its finish event and which
cannot be delayed without delaying the project.
Project
duration
Gantt chart of the project
Budget of the project
|
Name of the activities
|
Amount Tk
|
|
Project survey
|
50000
|
|
Construct a
room
|
600000
|
|
Set the metal tower
|
4000000
|
|
Equipment installation
|
5000000
|
|
Connect the frequency
|
50000
|
|
Project monitoring
|
50000
|
|
Total amount
|
9750000
|
We make a base line plan of budget for the project that show
the following table through quantities manner.
Materials required for the
project
Ø
bricks
Ø
cement
Ø
paint
Ø
tiles
Ø
cable
Ø
metal
Equipment required for the
project
Ø
MDB ( board power machine )
Ø
RBS (
major machine)
Ø
GSM
Ø
MICRO WAVE
Ø
TRANSMISION SELF
Ø
BETTERY AND RECTIFICATION
Ø
GENERATOR
Ø
AC
Ø
FIRE ALARM
Ø
WATER ALARM
Ø
DOOR ALARM
Human
resource required for the project
Ø CIVIL ENGINEER
(for project survey and construct the room)
Ø LABOR AND CONTRACTOR (construct a room also set
the
metal tower)
Ø B,S,C ENGINEER, DIPLOMA IN PWER (equipment setup and
frequency setup)
Ø PROJECT MANAGER (monitoring the project)
Conclusion
At the end of the project development we can say that if
properly used time and utilize the budgeted cost also maintain the schedule of
the project and properly implement the materials. Hopefully we will achieve our
project goal. Project manager also should concern about the project progress
compeer with the planning. Project monitoring to find out the problem of the
project and analyses the project performance. We should concern about the
availability of the resource such as time, cost, and materials. Project manager
should concern about the critical activities those critical activities can not
be delayed. If all those activities properly or efficiently done by the project
manager and project e member then we can achieved our final goal from this
project.
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