60 days ultimate java development projects bootcamp

Develop a fully functional tic tac toe game in Java using object-oriented concepts, a turn-based two-player workflow, a reset button, and a JFrame interface.

Create a tic tac toe GUI by initializing an 800x600 frame and a 3×3 button grid using Java AWT, with an action listener for interactions.

Implement labeling of tic-tac-toe buttons using an action listener, track each button state with variables, and assign x or o on presses while preventing changes until a new game.

Implement winning conditions for a tic tac toe game in Java, checking rows, columns, and diagonals, and display the winner or a draw with a result label.

Develop a fully functional calculator app in Java by designing the user interface and implementing addition, subtraction, multiplication, and division. Practice handling double values and enhance the project over time.

Set up the calculator project in NetBeans with Java 1.8, applying Java and OOP principles like polymorphism and abstraction, then create a JFrame calc with label, text field, and buttons.

Create and align calculator buttons, implement addition and equals, and arrange number and function keys including 0–9, decimal, delete, and clear to build the calculator UI.

Label and arrange calculator buttons in a Java project, naming numbers, decimal, delete, and clear actions while aligning digits and adding division, multiplication, and subtraction operators.

Name and initialize the buttons with clear identifier names, such as bu seven and bu three, linking them to button objects in an AWT-based interface.

Implement java calculator operations by wiring number buttons, parsing doubles from the text field, applying plus, minus, multiply, divide, and handling delete and clear.

Color the calculator buttons by setting background and foreground colors for numbers, operations, and delete, then demonstrate the full calculator performing basic math.

Build the Find the Path game in Java using a frame and panels with AWT in NetBeans to navigate from start to finish through right paths and thorny wrong paths.

Set up the game frame by creating a NetBeans Java project, building a JFrame with panels, labels, and colors, and iterating on layout before running the project.

Learn how to import images into a Java Swing project, create an image display method, and replace panels with labels that resize into a grid using NetBeans.

Initialize identifiers and images for the panel by naming labels, building a 2D label array, generating random images, and wiring components with an array list in the constructor.

Learn to implement mouse events in a Java GUI by wiring mouse listeners to labels and handling clicks. Update image order, enable or disable labels, and drive a game flow.

Implement the labels, a play game button, and a message label to show win or lose feedback; configure label icons, cursor, and random images for gameplay.

Build a command-line student profile crud app in Java with jdbc and MySQL, including add, display by id, update, and delete, using NetBeans and the MySQL connector jar.

Establish a JDBC connection, create the student database and profile table, register the MySQL driver, and add the required jar for Java database access.

Learn attributes initialization in Java by defining private fields id, name, domain, and address, and implementing constructors, getters, setters, and a to string method for formatted object output.

Structure the main method with a switch-case and scanner input to build a student profile portal, offering options to add, display, update, delete, and exit.

Implement the create operation for a student profile by wiring add actions, handling inputs for name, domain, and address, and persisting via prepared statements to a database.

Implement the display operation to fetch and read all records from the profile table, printing id, name, domain, and address with formatted output.

Implement display by id to fetch and show a record from the input id. Use a boolean check and a try-catch around the query where id is equal to id.

Implement the delete operation in a crud app by taking an id input and executing a prepared statement to delete from the profile table, with success messaging and error handling.

Learn to implement the update operation in a Java JDBC-based student profile portal by updating domain and address fields using prepared statements and user input.

Develop a Java-based restaurant management system that handles food and fluid menus, computes totals, and generates and resets bills for new orders.

Initialize a Java project and create a JFrame form, then build left and right side panels with borders, colors, and labels, configuring font sizes to establish the user interface.

Design and arrange a four-box user interface with food, drinks, and price sections, text fields, and buttons inside a frame, then adjust sizes, alignment, and panel colors.

Set up and customize labels and text fields for food and fluid items, adjust fonts and colors, replicate across five entities, and finalize the cost, price, and total sections.

Calculate the total sum and implement the new bill button by wiring text fields, labels, and buttons, populating fields with zero, and updating values on each action.

Learn to generate a bill in a Java Swing app by implementing a bill button, date and time formatting, and computing food, fluids, and total with a random bill ID.

Develop a user management portal using Java, JSP, MySQL, and JDBC to add, view, edit, and remove users with name, email, mobile, and domain, persisting data in the database.

Set up a Java web project in NetBeans and configure JDBC connectivity using a MySQL database and a JDBC jar, creating a connection provider class and the user table.

Register users by collecting name, email, mobile number, and domain through a JSP form, posting to a registration action, and inserting data via JDBC with success or error feedback.

Implement a dynamic user list by querying the database and displaying name, email, contact, and domain in an html table, with edit, remove, and new registration options.

Learn to remove users from a Java-based web app using JSP and MySQL, including building the delete query, handling emails, and updating the user list.

Edit and update user details, including name, mobile number, and domain, by using email as the identifier and applying a jdbc update to the database.

Develop a command line music player interface in Java, supporting next, previous, delete, display, and replay on a current playlist, using polymorphism and ArrayList, LinkedList, and Iterator.

Create a collection and a music class in Java, storing music items in a generic ArrayList with attributes like music name, music creator, album name, album creator, and duration.

Implement methods in the collection and music classes, including add music and find music, using array list and boolean returns, and expose get name, get time, and toString for display.

Implement the remaining methods of collection for music management in a linked list, part 2, including adding songs, verifying by name, and handling order and missing songs.

Build a menu-driven music player interface in Java, implementing a collection class for adding, finding, displaying, replaying, and deleting songs, with next, previous, and exit options.

Implement the playlist section using a linked list of music items, enabling next/previous navigation, display of current and all songs, deletion, and a menu-driven interface in Java.

Implement the main menu by building music collections with array lists and linked lists, add songs with names and durations, and navigate playback with next, previous, display, and exit options.

Build a one on one communication portal using socket programming in java, enabling two platforms to exchange messages with a practical code demonstration.

Set up a Java Swing chat project in NetBeans, detailing prerequisites and building two panels, with user one handling messaging via an action listener.

Set up the lower panel alongside the upper panel in a two-panel Java Swing interface, adding a text field and push button with defined bounds, font, and action handling.

Learn to set up message labels with time from the message area on push button. Display it with a formatted time label using date format, and arrange interface with panels.

Set up message labels with time by transferring text to a panel, style with font and yellow background, use border layout, format time with calendar and date format, and repaint.

Set up server sockets and message labels to enable sending messages between two programs over port 6001. Implement data input/output streams and readUTF/writeUTF to transfer and display the messages.

Build a CRUD rest API with Spring Boot, showcasing create, read, update, and delete operations and Postman-driven testing of seven entities with name, address, city, pincode, phone, state, and email.

Set up a Spring Boot project in IntelliJ with Lombok, Spring Web, Spring Data JPA and H2, then build the Vendor entity with validation annotations and database mappings.

Implement the create operation using post mapping in a Spring Boot app, wiring a vendor repository, service, and controller with validation and a created response.

Implement the update operation with put mapping using a path variable id in the vendor controller, handling create or update logic, validation, and returning HTTP status created.

Implement the delete operation via the rest api delete mapping, fetch by id, and delete the vendor entity; handle failures with a custom vendor exception and a bad request response.

Implement the get operation with GetMapping to fetch all vendors or a single vendor by id, using repository methods and proper http responses in a spring boot rest api.