A complete concept for a healthcare web platform where patients can manage their personal medical information, view prescriptions and visit history, and request a family doctor. Doctors can review patient records, add visit reports, prescribe medicines, and manage allergies or chronic conditions. Administrators control doctor accounts and monitor platform activity.
The goal of the platform is to give patients one secure place to see the health information that matters: profile details, assigned doctor, prescriptions, allergies, chronic problems and recent visits. The same system gives doctors an efficient dashboard to manage patient records and respond to family doctor requests. The project was designed from the database level first, then translated into UML and finally into interface wireframes — which keeps the idea concrete and realistic for a future implementation.
The patient creates an account and accesses a personal medical dashboard.
The doctor works with patient records and updates medical information.
The administrator manages the system and doctor accounts.
Personal card with age, gender, contact info, family doctor, allergies, chronic problems and recent visits.
Dedicated page with medicine name, dosage, frequency, prescribing doctor and remaining refills.
Dashboard to manage patients, review requests, edit records and quickly access patient profiles.
Visit records include visit date, reason, diagnosis, notes and certificate text from the doctor.
The database is split into clear entities for patients, doctors, admins, allergies, chronic diseases, medicines, prescriptions, visits, documents, requests and logs.
The backend model is built with object-oriented classes such as Account, Patient, Doctor, Admin, Prescription, Visit and FamilyDoctorRequest.
The system is scalable, easy to maintain, and much cleaner than storing everything in a few large tables. It also matches the wireframe screens closely.
This live board shows the structured system work, helping explain the idea visually for analysis, presentation and planning.
The UML planning maps out the classes, relationships and responsibility of each system object before implementation.
The wireframes show how each role interacts with the system. The patient sees clear information cards and history blocks. The doctor gets action-oriented screens for patient management and record editing. Together, they turn the database and UML into a realistic user experience.
Overview page with personal details, assigned doctor, prescriptions, allergies, chronic problems and recent visits.
Patients can track medicine dosage, frequency, doctor name, issue date and refill availability in one organized page.
The profile form makes it easy to update contact information, address, emergency contact data and personal details.
Doctors can review incoming patient requests, search records and open patient profiles for detailed medical management.
The top part of the record editor focuses on allergies, prescriptions and key patient information.
The lower section stores visit date, reason, diagnosis and notes, which later become part of the patient history.
The Medical Patient Management System is a healthcare platform concept designed to connect patients, doctors and administrators in one organized digital environment. Patients can register, manage personal information, review prescriptions, view visit reports, check allergies and chronic conditions, and request a family doctor. Doctors can manage patient records, prescribe medicines, add diagnoses and medical notes, and respond to doctor requests. Administrators create doctor accounts and oversee the system. The project includes a full ERD, UML logic and wireframes to show both the technical structure and the user interface. The source code is available on GitHub for review and future development.