Java and Database Programming Projects

  • Live Online Weekend / Evening Classes
  • 5 to 6 weeks, 10 - 12 hours per Week
  • Data Base
  • Intermediate
  • Medium




This curriculum is designed to help you learn in a structured way while focusing on practical application development.
1. A solid understanding of JDBC and database operations in Java.
2. Experience with both relational (MySQL/PostgreSQL) and NoSQL (MongoDB) databases.
3. Hands-on experience in building a complete Java database application (console, GUI, or web-based).
4. Knowledge of advanced Java database techniques such as transaction management and connection pooling.
IDE: IntelliJ IDEA, Eclipse, or NetBeans.
Database: MySQL or PostgreSQL for relational databases, MongoDB for NoSQL.
JDBC Driver: MySQL JDBC Driver (for MySQL), or PostgreSQL JDBC Driver.
Libraries: Hibernate, HikariCP (for connection pooling).



Enroll Database projects with Java.
Syllabus

Week 1

  • ● Basic Java syntax (variables, data types, operators)
  • ● BControl flow (if-else, loops, switch)
  • ● BFunctions, methods, and basic I/O
  • ● BIntroduction to object-oriented programming (OOP): classes, objects, constructors
  • ● BSimple Java console applications (e.g., a calculator, temperature converter)

    Week 2

  • ● What is a database? Overview of relational databases (RDBMS).
  • ● Basic SQL (Structured Query Language) commands: `SELECT`, `INSERT`, `UPDATE`, `DELETE`
  • ● Working with tables, columns, and rows.
  • ● Primary keys, foreign keys, and relationships.
  • ● Create a database schema and a few tables.
  • ● Practice SQL queries (select, insert, update) using an SQL client (e.g., MySQL Workbench, or SQLite).
  • ● What is JDBC? Setting up a connection between Java and a database.
  • ● Connecting Java to a MySQL database (or SQLite/PostgreSQL).
  • ● Basic CRUD operations in Java using JDBC (Create, Read, Update, Delete).
  • ● Error handling and working with exceptions in JDBC.
  • ● Write a simple Java program to connect to a database and perform a query (e.g., retrieving all records from a table).
  • ● Perform insert/update/delete operations through Java.

    Week 3

  • ● Prepared statements: Preventing SQL injection, using `PreparedStatement` for dynamic queries.
  • ● Working with transactions (commit, rollback).
  • ● Implement prepared statements for secure query execution.
  • ● Create a Java program that handles multiple database operations in a single transaction.

    Week 4

  • ● Introduction to ORM and Hibernate framework.
  • ● Setting up Hibernate in Java.
  • ● Mapping Java objects to database tables (annotations, configuration).
  • ● Basic CRUD operations using Hibernate.
  • ● Set up a Hibernate project with an embedded database (like H2 or SQLite).
  • ● Perform basic CRUD operations on a simple entity (e.g., `Employee`).

    Week 5

  • ● Connection pooling with `DataSource` and libraries like HikariCP.
  • ● Batch processing: Executing multiple SQL statements at once.
  • ● Handling large result sets.
  • ● Implement connection pooling in a Java application.
  • ● Use batch processing for inserting multiple records into a database.
  • ● Introduction to NoSQL databases (MongoDB, Cassandra).
  • ● Using MongoDB with Java through the MongoDB Java Driver.
  • ● Set up MongoDB, and create a Java application that performs basic CRUD operations on a MongoDB collection.

    Week 6

  • ● Develop a database-driven Java application that interacts with the database through JDBC or Hibernate.
  • ● Design and architecture of a simple application (e.g., inventory management, employee database).
  • ● Use Java (JDBC/Hibernate) to perform CRUD operations, and implement transaction management.
  • ● Build the final project that interacts with the database, performs basic CRUD operations, and handles user inputs.
  • ● Deploy the application on a local server and test it with real-world data.