CLINIC MANAGEMENT SYSTEM
Khairun
Nisa Binti Abu Bakar1, Muhammad Danu Nurpathama2, Hamizah
Binti Muhammad Hariri3
Politeknik Negeri Sriwijaya & Manajemen and
Science
University
[email protected]1, [email protected]2, [email protected]3 �
Abstract:
This study explores
the implementation and benefits of a Clinic Management System (CMS) in
healthcare settings. It focuses on the objectives of the CMS, including
eliminating errors in form writing, establishing standardized processes and
data formats, and generating reports for doctor scheduling and patient disease
data storage. The study discusses the challenges faced by clinics in
traditional manual-based systems, such as errors in form writing, lack of
standardized processes, and the absence of robust reporting mechanisms. It
highlights the significance of transitioning to a digital platform for
minimizing errors in form writing and emphasizes the importance of intelligent
form validation and auto-correction features.
Keywords:
Clinic
Management System, error-free operations, standardized processes, data formats,
workflows, efficient reporting, patient care, operational efficiency, data
accuracy.
����� ����
Introduction
This is the introduction section of a report for a
management system. It will provide an overview of the application and its
project background, problem identification, objectives, significance, scope,
assumptions and limitations. Information about the management system will be
included in the background section of the report.
A.
Project
Background
A clinic management system which calls CMS in short
is a management system which specially designed for most of the general clinic
for keeps track their daily clinic operation information.it gives you a unified
managing patients,doctor, inventory, billing information ,finances and more. In
the clinic management system, there is a problem that is an obstacle to the
user of the management system. The system implemented by several clinics is a
separate management system so that the management system that handles certain
fields is in its own management system making it difficult for users to operate
it. The problems that exist in some clinics have advantages and disadvantages.
The drawback is that users who operate the management system themselves have
difficulty in operating it because they have to open the management system one
by one when entering data according to these fields. Based on the problems
above, this proposal will build an application clinic which can be operated by
users becomes easier without having to open one by one in operating the
application. The implementation of the system uses a� database Microsoft Sql Server as back end and
Visual Basic as front end .
B.�� Problem Identification
The problem statement
that can be highlighted throughout this research are:
1.
The
use of paper-based forms for patient registration in clinic which makes many
mistakes such as unclear writing, incorrect data entry and many others.
2.
The
absence of a standardized approach to managing clinic operations across
different fields can lead to inconsistencies in data formats, processes and
workflows, posing challenges in data management and analysis.
3.
Data
collection, search for medical record data that is less effective.
C.�� Objectives
The main objective of this
project are:
1.
To
develop Clinic Management System, there are no more errors in writing in the
form.
2.
To
establish standardized processes, data formats and workflows across different
fields in the clinic management system, ensuring consistency and accuracy of
data management and analysis.
3.
To
generate report such as scheduling doctors on duty and storing data on diseases
experienced by patients.
D.� Significance
This part of the research
contains few beneficiaries. The first one would be to successfully create a
software where patients can add and edit patients easily and efficiently. Not
only that, this system also creates a queue numbering feature that can be
choose by patient when a patient is registered on a software and also makes an
online appointment for patients who can choose a date to make an appointment.
Lastly, this system creates a feature where patients can registering online so
that the clinic of patients who want to be treated as patients with the correct
identity.
E.�� Scope
A scope of work is a list
of tasks that must be completed in order for the project to be completed within
its specified boundaries. The work scope is important for ensuring that the
project is on track to meet its objectives. The goals of this project are to
build a software management system.
This chapter consists of various components
including ideas, the finished thesis, generalizations or conclusions,
methodologies and others. These elements are included to provide relevant
information and familiarize readers with the present study. Review of the
related literature helps the researcher to understand the current knowledge in
the field and identify the limits of the research area. It enables the
researcher to define the problem, avoid unprofitable and ineffective problem
areas, prevent duplication of established findings and select problems for
further studies based on previous research suggestions.Maintaining the
Integrity of the Specifications
The current practice in
many clinics of manually keeping patient records using medical cards. These
cards are printed and contain brief patient information, including visit dates,
diagnoses, and treatments for each diagnosis.
Automating appointment
scheduling not only saves time but also has the potential to significantly
reduce expenses. Missed appointments cost the U.S. healthcare system billions
of dollars. By utilizing clinic management software, clinics can mitigate
missed appointments and associated costs. The software offers various
functionalities to support scheduling, such as patient appointment scheduling,
appointment reminders, online scheduling, color-coded calendars, patient intake
forms, and telehealth appointments.
Medical clinic management
software streamlines billing tasks by automating claim submissions, minimizing
errors, verifying insurance eligibility, and providing financial checks and
payment plan options for patients. These features save time and improve the
efficiency of billing operations within a healthcare practice.
The accessibility of
patient records as a significant advantage of health clinic software,
particularly in terms of saving physicians' time. Medical clinic software
allows physicians to effortlessly access patient information, including medical
history, medications, diagnoses, allergies, and more. Instead of searching
through physical paperwork, physicians can retrieve this sensitive information
with a simple click.
The importance of
comprehensive reporting functionality in medical clinic management software.
This feature enables effective communication between the clinic, patients, and
insurance companies. The software allows users to generate and store reports
quickly and conveniently in one place.
The complexities of
inventory management in medical clinics and presents clinic management software
as a solution to streamline the process. Managing multiple supplies, including
durable medical equipment (DME) and pharmaceutical samples, and ensuring they
are readily available and properly stored can be challenging.
Interoperability
concerning a specific task is said to exist between two applications, when one
application can accept data from the other and perform the task in an
appropriate and satisfactory manner without need of extra operator
intervention.� One of the main challenges
in introducing patient healthcare records is the development and use of systems
that advance communication and information sharing. Sharing information is an
essential aspect of communicating with colleagues and patients about delivery
of care. The absence of instant access to patient healthcare information is the
cause of one-fifth of medical errors. Many healthcare professionals work
autonomously, the deficiency of accessing vital healthcare information segments
and shared knowledge can produce duplicate clinical tests to be arranged and
leads to additional cost, pain and danger. Hence, connected and unconnected
electronic systems should be coordinated and interoperable i.e. healthcare
information is accumulated and stored into an electronic holding place called
as Data repository. All relevant data would be shared between healthcare
professionals in the same or different organizations�. ��Indicates that one of the important issues in
paper-based records are, all the clinical information is written in free
styleand chances are high to miss or forget some important information, as this
will lead to serious effect on patient�s treatment and care. The case sheet is
a hard copy that can be accessed by one person at a time and needs physical
transfer for other physicians to access.�
�Retrieving a record will be a hard task given number of medical records
present and missing a record won�t be a surprise in a huge pile of paper based
medical records.� Moreover, with time,
information in paper records gets diminished of ageing paper and ink, even fire
accidents or natural disasters can ruin the archive of paper records�. �Explains that all the above discussed issues
can be over-come by implementing EMR/EPR systems, it can not only solve the
problems but also improves the efficiency of healthcare by increasing
accessibility and needs less resources to maintain records.� EPR system can be used as a resource of
researchers, it will be a tool for disease surveillance, which can be used for
public health initiatives and for practicing Evidence based medicine. The
invention of the computers has brought about the revolution of Information
Technology (IT). In the past few decades, offices, factories and business have
increasingly adopted the use of computers to enhance their performances and
outputs. Along with that, today, computers can be found in every household as
well. There are significant advantages of using computers in medical
institutions. In recent times, their importance has grown manifold, due to the
fact that the procedures have to be speedy for catering to a larger population
and the medical services have to be more precise. in the committee of nations,
Nigeria often denotes fraud and corruption. The extent of involvement of fraud
perpetuators in Nigeria and those operating outside the shores of the country
is unquantifiable. stated that fraudulent practices range from online identity
theft, marketing of non-existent goods, prosperity churches, false
non-governmental organizations soliciting funds from foreign donors, to
outright imposition by persons as government officials awarding bogus
contracts. The activities of corrupt elements in society have tarnished the
social and corporate image of the nation, causing a drought of foreign
investment in the country . Corruption exists in every facet of life in Nigeria
and has negatively affected the willingness of international investors to do
business in Nigeria. The engagement of the larger society in corruption occurs
by ambivalent complicity. Sustained aiding and abetting of corruption in the
Nigerian society makes it Nigerian impossible for the nation to rise above
mediocrity in almost every area of socioeconomic endeavour including health
care. in a study of the framework for implementation of ecommerce in Nigeria
decried the abysmally law internet-access in the country. Internet connection
enables affected data management system, picture archivaland communication
system and specifically important for running radiological information system
and teleradiology. Other requirement include well-trained health care workers
and information system administrator �because of challenges involved in integrating
new hospital information systems with old paper documentation and record
systems, clinicians and other health care practitioners may become encumbered
with multiple and conflicting sources of patient information. Multiples of
paper and electronic documentation may disrupt a seamless workflow and
influence the quality and efficiency of service delivery. These circumstances
also have the potential to cause new types of medical errors resulting from
poor harmonization of patient information. Understanding these concerns
requires examination of human factors in the design of technology that is able
to adapt to the way health care providers do their job. The delivery of
patient-friendly services demands that health care providers continue to work
toward improvement in the method of care pathways and processes.
Table 1 Comparisson Product
|
Comparisson Product |
||||
|
Features |
Clinic Pro Medical Software |
PappyJoe |
Encore Clinic Software |
Clinic Management System |
|
Login |
No |
No |
No |
Yes |
|
Payment/Billing |
Yes |
No |
No |
Yes |
|
Medicines |
No |
No |
No |
Yes |
|
Reporting |
Yes |
Yes |
Yes |
Yes |
|
Schedule
of Staff |
No |
No |
No |
Yes |
|
Appointment |
No |
No |
No |
Yes |
|
Access
User |
No |
No |
No |
Yes |
Method
The
software development methodology for the clinic management system follows the
Software Development Life Cycle (SDLC), encompassing planning, requirements
analysis, design, development, testing, deployment, and maintenance phases. The
project addresses the lack of an integrated clinic management system, proposing
a user-friendly application. The hardware and software requirements include
programming languages, an integrated development environment (IDE), a database
management system, and a version control system. The system design involves
input-output processes, activity diagrams, deployment diagrams, and various
user-related diagrams. The findings and discussions in the chapter analyze the
system's deployment results and their implications for clinic operations. The
project's phases, from login features to administrator and doctor displays, are
visually presented. System testing evaluates user logins, registrations, and
functionalities, ensuring a successful implementation. The comprehensive
methodology aims to ensure a structured and effective clinic management system.
Results
and Discussion
��������� In this
chapter, the findings and discussions derived from the implementation and
evaluation of the proposed clinic management system. The primary objective of
this chapter is to analyze the results obtained from the system's deployment
and explore the implications of these findings for the clinic's operations and
overall management. This chapter serves as a platform for presenting a
comprehensive overview of the system's effectiveness and its impact on various
aspects of clinic management..
Figure 1 Login Clinic Management
Figure 2 Administrator Display
Figure 3 Administrator Feature Medicine
Figure 4 Administrator Feature Payment
Figure 6 Administrator Feature Utility
Figure 7 Administrator Feature Master Product
Figure 8 Administrator Feature Master User
Figure 9 Doctor Display
Figure 10 Doctor Feature Schedule
Figure 11 Patient Feature Appointment
Figure 12 Registration Feature Patient
Figure 13 Administrator Feature Patient
Figure 14 Registration Feature Doctor
Figure 15 Administrator Feature Doctor
Table 2 Sytem Testing
|
Test |
Description |
Input |
Expected Result |
Pass/Fail |
|
TEST 1 |
User is able to log in to the system |
Enter the username and password and click
�login� button |
Validation Clinic Management System |
Pass |
|
TEST 2 |
User is not able to log in to the system |
Incorrect enter the username or password |
�User not Found� |
Pass |
|
TEST 3 |
Administrator is able to register |
Enter all information need and click �Save button� |
�Success your account has created successfully.�message
box |
Pass |
|
TEST 4 |
User fails to register |
Not yet entered complete data |
Generate message box �Data incomplete� |
Pass |
|
TEST 5 |
Administrator able to print out the medical
record |
Administrator click the feature of patient |
Get the CSV for medical record and give it
to patient |
Pass |
Conclusion
The
development and implementation of the Clinic Management System have proven to
be highly beneficial in achieving the stated objectives. Through the digital platform,
errors in form writing have been significantly reduced, leading to improved
data accuracy and quality. The standardized processes, data formats and
workflows have ensured consistency and accuracy in data management and analysis
across different fields in the clinic. The CMS's reporting capabilities have
facilitated effective doctor scheduling and efficient storage of patient
disease data, enhancing overall operational efficiency. The CMS has streamlined
administrative tasks, reduced paperwork and improved the accessibility and
retrieval of patient information. It has provided healthcare professionals with
a user-friendly interface that enhances their productivity and decision-making
processes. The system has demonstrated its ability to handle large volumes of
data while maintaining data integrity and security. Overall, the CMS has
improved the efficiency and effectiveness of clinic management, leading to
enhanced patient care and outcomes.
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