DESIGN AND IMPLEMENTATION OF A COMPUTERIZED MODERN POULTRY FARM A CASE STUDY IMO POULTRY FARM LTD

ABSTRACT
The magical impact of computer has made enormous contribution to all aspect of the society people can now do things easily unlike in the past. Computers have lesson human activities (effort) in their day to day life, by reducing both human labour and time in solving their problem which are both numerous / unlimited.
The introduction of the magical machine has led to the further growth of Agricultural products. The technological know how and scientific research reveals that a lot of work can be carried out by the computer in agriculture and help in the growth.
It therefore deems imperative that computers should also be employed and utilized in forms. This thesis centers how computer systems can be useful in a large scale poultry farm, keeping of general stock of the birds, weight of individual birds and finally the accountability of the farm.
Computerized system has been design to take care of all the mentioned activities in a modern poultry farm. The activities will be carried out solely by the computer and any odd actions taken should be notified by the computer.
The work is implemented with the DBASE programming language to control the activities of the computer.
 
TABLE OF CONTENT
Tittle page
Approval page
Dedication 
Acknowledgement
Abstract
Table of content

CHAPTER 1
THE PROBLEM AND ITS SETTING
INTRODUCTION
Statement of the problem
Statement of the sub problem
The significant / objectives of the study
Limitations
Delimitation.

CHAPTER 2
LITERATURE REVIEW

CHAPTER 3
ANALYSIS OF THE STUDY
Feed production
Machines of diet formulation
Processing / preparation of feeds
Stock keeping
Preparation of brooders
Arrival of chicks 
Stocking density
Feeding
Laying span
Stock control

CHAPTER 4
SYSTEM DESIGN AND IMPLEMENTATION
Input and output design
File design
System requirement
Software requirement.

CHAPTER 5
Implementation
Program design
CHAPTER 6
Documentation

CHAPTER 7
Recommendation
Conclusion
Bibliography.