ABSTRACT

          Design and implementation of computerized medical diagnostic system for bacteria illness has been a burden to many computer personnels this computer age. Many health centres and hospital and their diagnostic system being computerized but find it very hard to find a good designer to meet their demand. The problem has rose the interest of many researches in finding a lasting solution by taking part on design and implementation of computerized medical diagnostic system for bacteria illness using material as the case study. At the parklane General Hospital Enugu during the conduct of the said research work both primary and secondary data were collected which have already been documented from the analysis and test carried out the following finding were observed.

(i)           The causes of bacteria disease.

(ii)          The mode of transmission of the bacteria.

(iii)        The symptoms of bacteria disease

(iv)         The implication/effect of bacteria disease

(v)          The life cycle of bacteria disease.

(vi)         The drug for preventing bacteria disease.

The research commended the park lane General Hospital based the Findings for establishing a good management that enable such work to be carried out without much hitch. 

TABLE OF CONTENTS

Title Page

Abstract

Table of Contents

CHAPTER ONE: INTRODUCTION

1.1        Background of Study

1.2        Statement of the problem

1.3        Objective of the study

1.4        Significant of the study

1.5        Scope and limitation

1.6        Definition of terms

CHAPTER TWO: LITERATURE REVIEW

CHAPTER THREE: Description and Analysis of the Existing System.

3.1        System identification

3.2        Fact finding method

3.3        System chart

3.4        Objective of the diagnostic system

3.5        Input, process and output

3.6        Output analysis

3.7        Problem of the diagnostic system

CHAPTER FOUR: design of the computerized diagnostic system.

4.1        Design consideration

4.2        Output specification and  design

4.3        File design and storage consideration.

4.4        Procedure chart

4.5        System flow chart

4.6        System requirement

CHAPTER FIVE: IMPLEMENTATION OF THE SYSTEM

5.1        Program design

5.2        Program flowchart

5.3        Pseudocodes

CHAPTER SIX: DOCUMENTATION

6.1        System documentation

6.2        Program documentation

6.3        User documentation

CHAPTER SEVEN: SUMMARY CONCLUSION AND RECOMMENDATION

7.1        Summary

7.2        Conclusion

7.3        Recommendation

Bibliography

CHAPTER ONE

1.1    BACKGROUND OF THE STUDY

          For many years before the advent of adding machines, man has devised technique of arranging their works for easy references. The technique gave rise to computer machine for fast and affective processing of information. Computer being a machine that receives input process, store and brings out the output. The arrangement of our works have become as old as man existing on the earth.

          Both individuals companies, government, hospital and other cooperate organization adhere to systematic manner of record of their works for references. The paper works which were arranged in file and stored in the shelves has been refrained from dose to due the voluminous and loses encountered with such manner. Regrettable most of the works got lost or misplaced during the retrieve of process in the file. More so some unscrupulous workers intentionally deteriorate their work for selfish desire. The growing of computer usage and transferring into IT Information Technology necessitated the need to design and implementation of a computerized medical Diagnostic system for bacteria illness.

          The idea is more, pronounced in Hospitals and Health centres in many part of the country.

1.2    STATEMENT OF THE PROBLEM

          The problems associated with the Park-lane General Hospital, Enugu by this research study are as follows:

(i)           Poor treatment of bacteria disease.

(ii)          Poor administration of bacteria related information in the management.

(iii)        Lack of testing material for the bacteria disease.

(iv)         Inefficiency and ineffective dealers for handling the job.

(v)          Poor management information

(vi)         Poor storage record for reference.

Therefore, computerization of medical diagnostic system guarantee speed efficiency and accuracy of diagnosing bacteria in effected illness.

1.3    OBJECTIVE OF THE STUDY  

          The principal objective of the study was to highlight and improve the effectiveness of the Park-Lane General Hospital productivity in diagnosing the bacteria disease. It is equally aimed at improving health management for all in the country and check the spread of the bacteria disease. The study is expected to position the country to attain her largest which is health for all. The study will standardize and minimize our resources which would have been used for curing the bacteria disease.

          The report will reposition and regain the remedies on the past loses during manual database system by helping.

(i)           To determine the raw material for treating bacteria.

(ii)          To determine the output of treating bacteria.

(iii)        To identify the causes of bacteria

(iv)         To determine the symptom of bacteria

(v)          To determine the life cycle of bacteria.

(vi)         To identify the primary lost of bacteria disease.

(vii)       To determine the economic importance of bacteria to the host.

(viii)     To identify the recommended during for curing the bacteria diseases.

1.4    SIGNIFICANT OF THE STUDY

          In conducting the project, it is expected to help the staff, patience and management of the Park-Lane General Hospital. It will help point out the problems facing the Hospital and it, management. The report shall among other things.

(i)           Widen the knowledge of patience on the danger of bacteria.

(ii)          It offers employment opportunities for Hospital personnels.

(iii)        The project report serves as point of preference for student and after researchers in such field.