CQU Clinic Patient Project Assignment Sample

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Introduction to the Development Of A Javafx-Based Patient Management System Using an Arraylist Assignment Sample

Background:

CQU Clinic Patient Project Assignment Sample

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Maria Evans 6 Years | PhD in Artificial Intelligence

The patient management system is commonly applied in clinic and healthcare firms and centers for managing the patients records. JavaFX will be used as the graphical user interface while the patient details will be managed using an ArrayList in this project for the patient management system.

Objective:

The goal of this project would mainly be to develop a simple interface that would allow the clinic employees to input data into the systems, view data stored in, make changes to inputs, or even delete inputs and track data about the patients. JavaFX was used to design the GUI while ArrayList was used as a holding during data management.

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Tools and Technologies

The following was used in the project:

• JavaFX: GUI stands for Graphical User Interface and is used for designing the front end of the application while integrated development environment (IDE) is required for building GUI for the said application.
• ArrayList: Because patient data and information should be exercised, stored, and managed in the context of the practice.
• NetBeans: In fact, the services being provided by the IDEL look almost as Integrated Development Environment.
• Maven: Used to manage projects and other dependencies that exist within a certain project.

Discussion

System Design and Structure

System Overview:

There are two components that comprise the system:

1. Primary Controller: enables the users to switch to the patient data entry can be observed through the main scene of the software.
2. Patient Controller: The patient control is responsible for the management of the input and output of the patient data which enable users to input, view, and even erase patient data and information.

User Interface Design:

The main screen and the patient data entry form are designed for the user so that the user will not have problems switching between the two pages.

The home screen of the application has icons of both, in patient and outpatient registrations (Joo et al. 2021). The user is also able to go to the patient entry scene of the application or quit the application.

Key Functionalities

Patient Data Entry:

The system enables the user to enter a patient’s details including the Patient’s ID and Name. These details are still saved in an ArrayList. This list is used to hold patient information temporarily.

The patient data entry includes input tags for Patient ID and Name and buttons for entering the data, clearing the fields and displaying all the existing data (D'Auria et al. 2023).

Adding Patient Data:

If the ‘Add’ button is clicked then the patient details entered in the JTextFields are saved into the ArrayList. Another message that pops up on the screen of the device is one showing that the add had been made.

The system is effective in adding the patient details to the ArrayList as well as displaying a message in the text area to that effect.

Clearing Patient Data:

The button labeled “Clear” helps in erasing all the fields in the form and also the display area so as to prepare the form for other entries.

The “Clear” button clears the input fields, and any text that may appear on the form, for a new record to be entered (Goh et al. 2022).

Displaying All Patients:

The “Show All” button brings out all the patients contained in the ArrayList into the text area for viewing.

All the patient details that were contained in the ArrayList list of all patients are printed on the text area – Patient ID & Patient Name (Chen Kuang Piao et al. 2021).

Exit Confirmation:

In case the user tries to pull out from the application the system displays a message that confirms the action before proceeding with the action.

A pop up message is issued and the message informs the user, if they are sure they want to exit the application.

Implementation and Execution

Development Process:

For the MVC structure to work in this system, the Java FXML was used to develop the views while the FXML controls the model, but contains Java classes that define the controller (Zanzottera et al. 2022). The PatientController is in charge of accepting the patient data while the PrimaryController controls the switch between the main view and the patient entry view.

Challenges and Solutions:

• For handling the transitions between the main screen and the patient’s entry screen, there was a significant problem of how to manage the organization of the FXML file loading and how the controllers are to perform (David et al. 2023).
• Yet another challenge was in an attempt at displaying the data, which are in the ArrayList with the correct format of the patient information in the display area.

Testing:

The created application was checked as to whether it serves as the means of adding, clearing and showing patients as well as the usability of the created application.

Conclusion

• Project Outcomes: The project successfully met the objectives of creating a patient management system using JavaFX and ArrayList. The system allows users to add, view, and manage patient data in a simple, intuitive interface.
• Reflection: The choice of JavaFX for the GUI and ArrayList for storing patient data proved effective for this small-scale project. The system offers an efficient and straightforward solution for temporary patient data management.
• Future Enhancements: Future improvements could include integrating a database for persistent data storage, adding features like editing or deleting patient entries, and enhancing the GUI for better user experience.

Reference List

Journals

• Chen Kuang Piao, Y., Ezzati-Jivan, N. and Dagenais, M.R., 2021. Distributed architecture for an integrated development environment, large trace analysis, and visualization. Sensors, 21(16), p.5560.
• D'Auria, D., Russo, R., Fedele, A., Addabbo, F. and Calvanese, D., 2023. An intelligent telemonitoring application for coronavirus patients: reCOVeryaID. Frontiers in big Data, 6, p.1205766.
• David, I., Latifaj, M., Pietron, J., Zhang, W., Ciccozzi, F., Malavolta, I., Raschke, A., Steghöfer, J.P. and Hebig, R., 2023. Blended modeling in commercial and open-source model-driven software engineering tools: A systematic study. Software and Systems Modeling, 22(1), pp.415-447.
• Goh, V.H., Ayob, M.A., Zaman, N.I.D. and Hau, Y.W., 2022. Mobile Electrocardiogram Monitoring System with Cloud-Based Approach. Journal of Human Centered Technology, 1(2), pp.105-115.
• Joo, M.I., Aich, S. and Kim, H.C., 2021. Development of a System for Storing and Executing Bio-Signal Analysis Algorithms Developed in Different Languages. Healthcare 2021, 9, 1016. Digital Transformation in Healthcare, p.211.
• Zanzottera, S., Jensen, S. and Jackson, S., 2022. Adopting PyQt for beam instrumentation GUI development at CERN. JACoW, pp.899-903.