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Best 3 Hospital Management System C# Source Code Project

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Hospital Management System in C# with Full Source Code

Check out this Hospital Management System created in C# along with the complete source code. It’s designed to assist hospital staff in handling patient information, staff details, and medical records efficiently. This user-friendly system ensures a smooth experience for all users.

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About the Hospital Management System

A Hospital Management System (HMS) is a software solution that aims to simplify and centralize various administrative and clinical functions within a healthcare facility. It serves as a digital backbone, connecting different departments and promoting efficient patient care.

The key features of an HMS include:

  1. Patient Management: This involves handling patient registration, appointment scheduling, electronic health records (EHR), billing, and insurance management.
  2. Clinical Management: It supports doctors with computerized physician order entry (CPOE), access to lab results, prescription management, and clinical decision support tools.
  3. Financial Management: This feature tracks patient billing, processes insurance claims, manages the revenue cycle, and performs cost analysis.
  4. Inventory Management: It manages the inventory of pharmacy and medical supplies, tracks their usage, and facilitates reordering.
  5. Administrative Management: This automates tasks such as staff scheduling, payroll processing, and reporting.

Implementing an HMS offers several benefits, including:

  1. Enhanced Patient Care: Improved access to medical records, faster appointment scheduling, and streamlined billing processes contribute to a better patient experience.
  2. Increased Efficiency: Automating mundane tasks frees up staff time for patient care and reduces administrative errors.
  3. Improved Decision-Making: Real-time data and reporting capabilities provide valuable insights for resource allocation and optimizing operations.
  4. Reduced Costs: Streamlined workflows and better inventory control help minimize waste and optimize resource utilization.
  5. Improved Communication: The HMS facilitates seamless communication between departments and healthcare providers, ensuring coordinated care.
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When it comes to selecting the perfect HMS, it’s important to take into account the unique requirements of your hospital. Here are a few factors to keep in mind:

  1. Hospital Size and Complexity: If you have a larger hospital with complex operations, it’s crucial to opt for a comprehensive HMS that offers advanced features.
  2. Budget: Cloud-based solutions are a great choice as they provide scalability and affordability compared to on-premise systems.
  3. Integration Needs: Make sure the HMS seamlessly integrates with your existing hospital systems such as EHRs and lab equipment for smooth workflow.
  4. Scalability: Consider the future growth of your hospital and select a system that can easily adapt to your expanding needs.

By considering these factors, you can confidently choose the right HMS that caters to your hospital’s specific requirements.

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Code 1: Patient Management

using System;
using System.Collections.Generic;

public class Patient
    public int PatientId { get; set; }
    public string Name { get; set; }
    public string Address { get; set; }
    public string PhoneNumber { get; set; }

public class PatientManagement
    private List<Patient> patients;

    public PatientManagement()
        patients = new List<Patient>();

    public void AddPatient(Patient patient)

    public void RemovePatient(int patientId)
        patients.RemoveAll(p => p.PatientId == patientId);

    public List<Patient> GetAllPatients()
        return patients;
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Code Explanation

The code showcases a simple patient management system created in C#. Let’s break down the functionality of each section:

1. Namespaces:

  • using System;: This line instructs the compiler to utilize the System namespace, which includes fundamental features of the C# language such as basic data types (int, string) and console input/output methods.
  • using System.Collections.Generic;: This line imports the System.Collections.Generic namespace, offering generic collection classes like List<T>, used for storing and handling a collection of objects of type T.

2. Class Definitions:

  • Patient Class:
  • This class establishes a template for storing patient information.
  • It consists of four public properties:
    • PatientId (int): Holds a unique identifier for the patient (usually an integer).
    • Name (string): Stores the patient’s name as a text string.
    • Address (string): Records the patient’s address as a text string.
    • PhoneNumber (string): Saves the patient’s phone number as a text string.
  • The get; set; syntax defines properties that enable both reading and writing of the associated data.
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3. PatientManagement Class:

  • The PatientManagement class is responsible for handling a collection of Patient objects. It contains a private field called “patients” which is a list that stores Patient objects. This field is declared as private to prevent direct access from outside the class.
  • There are three public methods in this class. The first one is the constructor method called “PatientManagement()”. This method is automatically called when a new PatientManagement object is created. Inside this method, the patients list is initialized with a new List object.
  • The second method is called “AddPatient(Patient patient)”. It takes a Patient object as input and adds it to the internal patients list.
  • The third method is called “RemovePatient(int patientId)”. It takes an integer patientId as input. This method removes all Patient objects from the patients list where the PatientId property matches the provided patientId. It uses the RemoveAll method with a lambda expression (p => p.PatientId == patientId) to achieve this.

Lastly, there is the “GetAllPatients()” method. This method returns the entire patients list, allowing access to all the Patient objects stored within the PatientManagement system.

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Code 2: Appointment Scheduling

  1. Appointment Class
  • This class represents an appointment and has four properties:
    • AppointmentId: An integer that uniquely identifies the appointment.
    • PatientId: An integer that identifies the patient associated with the appointment.
    • Date: A DateTime object that stores the date and time of the appointment.
    • Doctor: A string that stores the name of the doctor for the appointment.
using System;
using System.Collections.Generic;

public class Appointment
    public int AppointmentId { get; set; }
    public int PatientId { get; set; }
    public DateTime Date { get; set; }
    public string Doctor { get; set; }

public class AppointmentScheduler
    private List<Appointment> appointments;

    public AppointmentScheduler()
        appointments = new List<Appointment>();

    public void ScheduleAppointment(Appointment appointment)

    public void CancelAppointment(int appointmentId)
        appointments.RemoveAll(a => a.AppointmentId == appointmentId);

    public List<Appointment> GetAppointmentsForPatient(int patientId)
        return appointments.FindAll(a => a.PatientId == patientId);

2. AppointmentScheduler Class

  • This class manages appointments and has a private field called appointments that stores a list of Appointment objects.
  • It provides three methods:
    • ScheduleAppointment(Appointment appointment): This method adds a new appointment to the scheduler’s list of appointments.
    • CancelAppointment(int appointmentId): This method removes an appointment from the scheduler’s list based on its appointment ID.
    • GetAppointmentsForPatient(int patientId): This method returns a list of appointments for a specific patient based on their patient ID.

3. Class Definitions:

The code defines two classes, Appointment and AppointmentScheduler, similar to the C# code.

  • AppointmentScheduler Instance: An instance of AppointmentScheduler is created and assigned to the variable scheduler.
  • Creating Appointments: Two Appointment objects are created, appointment1 and appointment2, with specific details for appointment ID, patient ID, date, and doctor.
  • Scheduling Appointments: The schedule_appointment method of the scheduler instance is called twice to add the created appointments to the scheduler’s list.
  • Canceling Appointment: The cancel_appointment method is called on the scheduler instance with the ID of appointment1 (which is 1) to remove it from the list.
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4. AppointmentScheduler Instance:

The variable scheduler holds an instance of AppointmentScheduler.
  • Creating Appointments: Two Appointment objects, appointment1 and appointment2, are created with specific details such as appointment ID, patient ID, date, and doctor.
  • Scheduling Appointments: The scheduler instance’s schedule_appointment method is called twice to add the created appointments to the scheduler’s list.
  • Canceling Appointment: To remove appointment1 (ID: 1) from the list, the cancel_appointment method is invoked on the scheduler instance.
  • Getting Appointments for Patient: To retrieve appointments for the patient with ID 456, the get_appointments_for_patient method is called on the scheduler instance. The appointments are stored in the variable patient_appointments.
  • Printing Appointments: A loop is used to iterate through all appointments in the scheduler and print their details.
    Another loop is used to iterate through the appointments retrieved for patient 456 and print their details.

Code 3: Billing System

Here is a quick code explanation:

BillIdintUnique identifier for each bill.
PatientIdintIdentifier for the patient.
AmountdecimalThe amount due for the bill.
DueDateDateTimeThe date by which the bill is due.

This table offers a concise summary of the attributes of the Bill class, including their data types and descriptions. It is a handy tool for grasping the layout of the Bill class.

using System;
using System.Collections.Generic;

public class Bill
    public int BillId { get; set; }
    public int PatientId { get; set; }
    public decimal Amount { get; set; }
    public DateTime DueDate { get; set; }

public class BillingSystem
    private List<Bill> bills;

    public BillingSystem()
        bills = new List<Bill>();

    public void GenerateBill(Bill bill)

    public void UpdateBill(int billId, decimal newAmount)
        var bill = bills.Find(b => b.BillId == billId);
        if (bill != null)
            bill.Amount = newAmount;

    public List<Bill> GetBillsForPatient(int patientId)
        return bills.FindAll(b => b.PatientId == patientId);
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Finding the perfect C# source code project for your hospital management system may seem overwhelming. By exploring the wide range of features offered by different projects, you can discover the ideal solution to streamline processes, improve patient care, and increase productivity.

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Keep in mind that the right project should meet your specific requirements. Factors such as scalability, security, ease of use, and compliance with healthcare regulations should all be considered.

This article has laid the groundwork by showcasing some of the top C# source code projects on the market. However, the journey doesn’t stop here!

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Take the next steps:

  • Dive deeper into the features of each project.
  • Read user reviews and ratings.
  • Explore potential customization options.

By being proactive, you can harness the power of C# and empower your hospital to provide exceptional care!

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Categories: C#


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