FORMULATION AND EVALUATION OF BANANA SAP GEL FOR WOUND HEALING

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056

Volume: 12 Issue: 12 | Dec 2025 www.irjet.net p-ISSN: 2395-0072

Doctor’s OPD Appointment

System”Shrinivas Dhotre 1 Vrushab P M2, Sharan D3,Sunil H4, Ullas P5

1Assistant Professor, SG Balekundri Institute of Technology, Belagavi, Karnataka, India 2, 3, 4,5,Student, SG Balekundri Institute of Technology, Belagavi, Karnataka, India ***

Abstract -In the fast-changing healthcare environment, effective management of outpatient department (OPD) appointments continues to be a crucial challenge. Conventional appointment systems, as they are usually manual or semiautomated, lead to inefficiencies like extended patient waiting times, scheduling conflicts, and inadequate patient-provider communication. These inefficiencies not only compromise the effective provision of medical services but also have a negative effect on patient satisfaction and clinical productivity. This project suggests the creation of a cloud-based Doctor's OPD Appointment Management System aimed at automating the process of appointment scheduling with real-time updates and notification integration. It allows patients to schedule, confirm, or reschedule appointments with doctors based on current availability. It has a central database for storing patient information and appointment history securely, guaranteeing data consistency and rapid access for healthcare providers. The architecture involves modular elements like Doctor Availability tracking, Appointment Management, Confirmation and Cancellation services, and Notification System. These modules interface with each other through an API server to provide easy communication and system scalability. The system is also capable of iterative development cycles and has the ability to accept user feedback to provide continuous improvement and maintainability according to evolving requirements. Keywords: Cloud OPD system, patient scheduling, real-time updates, doctor availability, secure database, appointment history, automated reminders, reduced waiting times, resource utilization, patient satisfaction, scalable healthcare IT, API integration, notification system, digital healthcare transformation.

1. INTRODUCTION

A hospital’s Outpatient Department (OPD) is often the busiest section, where patients visit doctors for consultations, follow-ups, and medical guidance. In many hospitals, the existing appointment process is still manual patients wait in long queues, staff struggle to manage schedules, and doctors face difficulties in tracking patient flow. These challenges create delays and inconvenience for both patients and healthcare providers. To address these issues, the Doctors OPD Appointment Management System provides a digital solution that simplifies the entire appointment workflow. It allows patients to book appointments online, check doctor availability, and receive updates without visiting the hospital physically. At the same time, doctors can manage their schedules efficiently, and administrators can maintain accurate records of patient visits. This system aims to increase efficiency, reduce waiting time, and improve the overall patient experience.Byconvertingthetraditionalappointmentprocessintoastreamlineddigitalplatform,healthcarefacilitiescan operatemoresmoothlyandprovidetimelycaretopatients.

1.1Research Objectives

The primary research objective of this study is to examine how a digital appointment system can improve the efficiency and accuracy of OPD operations in healthcare settings. This research aims to identify the limitations of the traditional, manualappointmentprocessandanalyzehowanonlinesystemcanaddressissuessuchaslongwaitingtimes,scheduling conflicts,andpoorrecordmanagement.Anotherobjectiveistoevaluateuserrequirements bothpatientsanddoctors to design a system that is simple, reliable, and effective. The study also seeks to assess the impact of real-time doctor availability, automated reminders, and centralized data storage on overall patient satisfaction and hospital workflow. Furthermore, the research aims to measure the system’s performance in terms of usability, speed, error reduction, and operational benefits. Overall, the objective is to determine how digital automation can enhance OPD appointment managementandcontributetoamoreorganizedandpatient-friendlyhealthcareexperience.

1.2Operational Modes

TheoperationalmodeloftheDoctorsOPDAppointmentManagementSystemdescribeshowthesystemfunctionsinrealworldhospitalsettingsandhowdifferentusersinteractwithit.Thismodelexplainstheworkflow,therolesinvolved,and the sequence of operations that help the system deliver smooth and efficient OPD services. The system mainly operates through three user groups patients, doctors, and administrators each performing different tasks within the platform. From the patient’s side, the system allows users to create an account, view available doctors, check their schedules, and bookappointmentsbasedonpreferredtimeslots.Patientscanalsoreceiveautomaticnotificationsregardingappointment confirmation,changes,orcancellations.Onthedoctor’sside,thesystemprovidesan organizeddashboardwheredoctors

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056

Volume: 12 Issue: 12 | Dec 2025 www.irjet.net p-ISSN: 2395-0072

canviewdailyappointments,managetheirtimings,updateavailability,andtrackpatientvisits.Thishelpsthemmaintaina structured workflow throughout the day. Administrators play a crucial role in managing the backend operations. They maintain doctor profiles, verify schedules, monitor patient registrations, and handle system settings. The administrator canalsogeneratereports,trackOPDload,andensuredataaccuracyacrosstheplatform.

2. SYSTEM ARCHITECTURE AND METHODOLOGY

The Doctor’s OPD Appointment follows a modular architecture combining HTML,CSS for the frontend, Node.js for the backend,andforthedatabasesystemDBBrowser.Thismulti-layeredstructureensuresspeed,reliability,andaseamless userexperience.

2.1 Functional Requirements

1. User Management System

Implement comprehensive role-based access control (RBAC) with distinct privileges for administrators, HR personnel, medical staff, and general employees Provide secure user authentication including registration, login, and password recover mechanisms. Enable HR administrators to fully manage user accounts including creation, modification, and deactivation.

2. Employee

Data Management

Maintain complete employee profiles containing personal information, professional qualifications, and full employment historySupportdocumentmanagementsystem for certifications, contracts, and other HR documents with version control Automatecompleteemployeelifecycleprocessesfromonboardingtooffboarding

3. Recruitment and Hiring Processes

Facilitate complete recruitment cycle from job posting to hiring decisions Provide applicant tracking system with and ideateevaluationtoolsEnableinterviewschedulingandelectronicofferlettermanagement

4. Attendance and Leave Management

Supportmultipleattendancetrackingmethods(biometric,RFID,mobile) Comprehensiveleavemanagementsystemwithapprovalworkflows Intelligentshiftschedulingaccommodatinghospitalstaffingneeds

5. Payroll and Benefits Administration

Automatedpayrollcalculationsystemhandlingcomplexhealthcarecompensation

2.2

Operational Principles

TheoperationalprinciplesoftheDoctorsOPDAppointmentManagementSystemdescribethecoreguidelinesthatensure smooth functioning, reliability, and efficiency of the platform. The system operates on the principle of seamless patient–doctorinteractionbyprovidinga structuredanduser-friendlyappointment process.Itfollowsa workflow wherepatient requests are handled in real time, ensuring accurate scheduling, conflict-free time slots, and transparent doctor availability.Dataintegrityandconsistencyaremaintainedthroughcentralizedstorage,allowingauthorizeduserstoaccess up-to-dateinformationwheneverrequired.

2.3 Software Implementation

The system is built using a simple yet efficient technology stack that includes HTML and CSS for the frontend interface, providingaclean,responsive,anduser-friendlylayoutforpatients,doctors,andadministrators.Thebackendisdeveloped using Node.js, which enables fast request handling, scalable API development, and smooth integration with other system components. For data storage, the application uses DB Browser for SQLite, ensuring lightweight management of patient records, appointments, schedules, and operational data. The deployment follows a hybrid cloud architecture in which

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056

Volume: 12 Issue: 12 | Dec 2025 www.irjet.net p-ISSN: 2395-0072

sensitive healthcare data can be kept on-premises while non-critical services operate in the cloud, supported by a containerizedmicroservicesapproachtoensuremodularity,flexibility,andeasymaintenance

2.4 Block Diagram

3. RESULTS AND PERFORMANCE ANALYSIS

The implementation of an Agile-based Human Resource M the Doctor’s OPD Appointment Management System was evaluated using usability testing, performance assessment, and feedback from simulated hospital users including patients, doctors, and administrators. The results highlight significant improvements in appointment handling, system responsiveness,andoveralluserconvenience.

3.1 Usability and User Experience

Thesystemdemonstratedhighusabilityacrossallusergroups.

1 Task Efficiency: Most patients were able to book an appointment in under a minute due to the clear interface and simplifiedworkflow

2. Navigation Ease: Doctors and administrators found the dashboard intuitive, with features such as appointment overview,availabilityupdates,andpatientvisithistoryeasilyaccessible.

3. Error Reduction: Automated form fields, validations, and real-time slot availability reduced double-booking and manualentryerrors.

3.2 System Performance

Performancetestswereconductedtoexaminehowthesystemrespondsunderdifferentloadconditions.

1. Fast Response Time: Averagepageloadtimeremainedbelow2secondsevenduringpeaksimulatedtraffic.

2. Stable Backend Processing: The Node.js backend efficiently handled concurrent appointment requests without timeouterrors.

3. Lightweight Database Operations: Using SQLite for appointment and patient data allowed quick read/write operationswithminimallatency.

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056

Volume: 12 Issue: 12 | Dec 2025 www.irjet.net p-ISSN: 2395-0072

3.3 Operational Efficiency

ThesystemsignificantlyoptimizedthetraditionalOPDappointmentworkflow.

1. Reduced Waiting Times: Real-timedoctoravailabilityandscheduledslotallocationminimizedunnecessaryqueuingat hospitals.

2. Smoother Doctor Workflow: Doctors could view daily appointments, track upcoming visits, and manage their availabilitywithoutmanualcoordination.

3 Administrative Benefits: Administratorsreportedimprovedrecordaccuracyandminimaleffortrequiredformanaging patientregistrationanddoctorschedules.

3.4 Notification and Communication Accuracy

Theautomatednotificationmoduleimprovedcommunicationbetweenpatientsanddoctors.

1 Instant Confirmation Alerts: Patients received immediate notifications upon booking, modifying, or cancelling appointments.

2 Reduced No-Shows: Remindernotificationshelpeddecreasemissedappointments.

3 Clear Communication: Doctorsreceivedtimelyupdatesonanyschedulechanges,reducingconflictsandconfusion.

3.5 System Reliability and Security

Thearchitectureensuredstableperformanceandreliableaccesstoinformation.

1.Data Consistency: Centralizedstorageensured Thatallusersaccessedthelatestappointmentdata.

2.Secure Access: Role-basedaccessandauthentication protected patient details and Appointmenthistory.

3.Low Downtime: ThesystemremainedoperationalDuringtestingwithoutcrashesordatalosses.

3.6 User Satisfaction

Feedback collected during the evaluation Phase Showedstronguseracceptance.

1. Patients appreciated reducedwaiting,easyaccesstodoctorschedules,andastress-freebookingexperience.

2. Doctors valued theorganizedappointmentlistandabilitytotrackdailyschedules.

3. Administrators noted thatmanualworkloadwasreducedsignificantly.

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056

Volume: 12 Issue: 12 | Dec 2025 www.irjet.net p-ISSN: 2395-0072

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056

Volume: 12 Issue: 12 | Dec 2025 www.irjet.net p-ISSN: 2395-0072

Registrationofhospital

CONCLUSION

The development of the Doctors OPD Appointment Management System demonstrates how digital transformation can significantly improve healthcare efficiency, accessibility, and patient satisfaction. By integrating a streamlined appointment workflow, real-time doctor availability, secure data management, and automated communication features, the system effectively reduces operational challenges commonly faced in traditional OPD environments. The use of moderntechnologies,astructureddevelopmentmethodology,andstrongsecuritypracticesensuresreliability,scalability, and long-term usability. Overall, the system enhances coordination between patients, doctors, and administrators while promotingfasterservicedelivery,reducedwaitingtimes,andimprovedhospitalmanagement.Thisprojecthighlightsthe potential of technology-drivensolutionsto support betterhealthcare experiencesandlays a strong foundation forfuture enhancementssuchasadvancedanalytics,telecomsiltation,andAI-drivenpatientinsights.

5. REFERENCES

[1] D. D. and T . Dhiliphan Rajkumar,"Navigating the healthcare landscape with recommendation systems: A survey of current applications and potential impact," in 2023 7th International Conference on Computing Methodologies and Communication(ICCMC),2023,pp.818-823.doi:10.1109/ICCMC56507.2023.10083785

[2] C.Lindholm,J.P.Notander,andM.Host,"Acasestudyonsoftwareriskanalysisinmedicaldevicedevelopment,"in SoftwareQuality.ProcessAutomationinSoftwareDevelopment,S.Biffl,D.Winkler,J.Bergsmann(Eds.),SpringerBerlin Heidelberg,2012,pp.168-405.doi:10.1007/978-3-642-27213-410

[3] S. B. Frampton, "Healthcare and the patient experience: harmonizing care and environment, "HERD: Health EnvironmentsResearch&DesignJournal,2012.doi:10.1177/19375867211009273.

[4] M.ZankoandP.Dawson,"Occupationalhealthandsafetymanagementinorganizations:Areview, “InternationalJournalofManagementReviews,vol. 14,no.3,pp.328-344,2012.doi:10.1111/j.1468-2370.2011.00319.x

BIOGRAPHIES

SharanR.Dalawaiisafinal-year Computer Science and Engineeringstudent.He is currently pursuingherdegreeat SG Balekundri Institute of Technology.

Sunil Hurakadli is a final-year ComputerScience and Engineering student.He iscurrentlypursuing herdegreeat SGBalekundri Instituteof Technology.

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056

Volume: 12 Issue: 12 | Dec 2025 www.irjet.net p-ISSN: 2395-0072 © 2025, IRJET | Impact Factor value: 8.315 | ISO 9001:2008 Certified Journal | Page574

Ullas Phandi is a final-year ComputerScience and Engineering student. He is currently pursuinghisdegreeat SGBalekundriInstituteof Technology.

Vrushab P M isafinal-year ComputerScience andEngineering student.Heis currentlypursuing hisdegreeatSGBalekundriInstituteofTechnology.