Duration: 10 days – 70 hrs. or 15 days – 105 hrs.

Overview 

This comprehensive training program takes participants on a journey from Java programming fundamentals to advanced Java Enterprise Edition expertise. The course is designed to equip learners with the knowledge and skills needed to excel as Java developers, whether working on standalone applications or enterprise-level software projects.

 

Objectives 

• Fundamental Proficiency: Develop a strong foundational understanding of Java, including its history and importance in the software development landscape.
• Practical Setup: Set up the Java Development Kit (JDK) and an Integrated Development Environment (IDE) for efficient coding.
• Syntax Mastery: Master basic Java syntax, data types, and variable usage for writing error-free code.
• Operator Proficiency: Acquire expertise in working with operators and expressions to manipulate data effectively.
• Control Structures: Implement control statements such as if, switch, and loops to control program flow.
• Object-Oriented Prowess: Embrace object-oriented programming (OOP) principles, including classes, objects, and inheritance, to design robust software.
• Abstraction and Encapsulation: Apply abstraction and encapsulation techniques to create clean, modular code.
• Interfaces and Abstract Classes: Explore interfaces and abstract classes for code extensibility and flexibility.
• Error Handling: Skillfully manage exceptions and errors to ensure program stability.
• Core Java Libraries: Harness the power of core Java libraries for string manipulation, collections, file I/O, and multithreading.
• Advanced Java Concepts: Dive into advanced Java features, such as Java 8 enhancements, reflection, networking, JDBC, and design patterns, to enhance code functionality and maintainability.
• Graphical User Interfaces (GUI): Learn GUI development using Swing or JavaFX, including event handling, layout management, and advanced component creation.
• Real-World Application: Gain hands-on experience by working on real Java projects, honing debugging, testing, and optimization skills.
• Best Practices and Tools: Adopt industry best practices for code quality, version control with Git, build automation with tools like Maven or Gradle, and effective documentation practices. 
• Java EE Fundamentals: Explore the world of Java Enterprise Edition (Java EE), understanding its role in enterprise application development.
• Development Environment: Configure the Java EE development environment with ease, including the Integrated Development Environment (IDE) and Application Server setup.
• Java EE Architecture: Gain insights into Java EE architecture, including key components and their interactions.
• Web Development: Master Servlets, JavaServer Pages (JSP), Enterprise JavaBeans (EJB), Java Persistence API (JPA), and JavaServer Faces (JSF) for building robust web applications.
• Web Services: Understand web services, both SOAP and REST, and create them using Java API for XML Web Services (JAX-WS) and Java API for RESTful Web Services (JAX-RS).
• Database Integration: Efficiently integrate databases using Java Database Connectivity (JDBC), connection pooling, data source management, transaction handling, and advanced Java Persistence API (JPA) techniques.
• Security: Implement Java EE security mechanisms, including authentication, authorization, and securing web services.
• Messaging and Integration: Utilize Java Message Service (JMS), message-driven beans (MDB), and Java Connector Architecture (JCA) to enable effective messaging and integration within enterprise applications.
• Design Patterns: Apply common design patterns and architectural patterns like Singleton, Factory, MVC, and Front Controller in Java EE applications for scalability and maintainability.
• By mastering these objectives, participants will have the skills and knowledge required to excel in Java programming, from basic syntax to advanced enterprise-level application development.

 

Audience 

• Beginner Programmers: Those who have little or no prior experience with Java programming but wish to become proficient in both the fundamentals and advanced concepts.
• Intermediate Java Developers: Individuals with some Java experience who want to deepen their knowledge and skills in areas like object-oriented programming (OOP), data structures, and advanced Java features.
• Aspiring Software Developers: Students and recent graduates looking to start a career in software development or programming and want to build a strong foundation in Java.\
• Experienced Programmers from Other Languages: Professionals who are proficient in other programming languages but want to learn Java to expand their skill set or transition into Java development roles.
• Java Enthusiasts: Hobbyists or technology enthusiasts who have an interest in learning Java for personal projects or out of curiosity.
• Java Developers Seeking Certification: Those preparing for Java certification exams (e.g., Oracle Certified Java Programmer) who need comprehensive training to succeed in their certification journey.
• Software Engineers: Existing software engineers or developers looking to enhance their Java skills for career advancement and more complex software projects.
• Technical Leads and Architects: Individuals in leadership roles who want a deep understanding of Java to make informed architectural decisions and lead development teams effectively.
• Web Developers: Professionals interested in Java EE for building robust and scalable web applications.
• Database Developers and Administrators: Those who need to integrate Java with databases and understand JDBC and Java Persistence API (JPA).
• QA Engineers and Testers: Quality assurance professionals who need to test Java applications and understand Java code for effective testing.
• IT Managers and Decision Makers: Managers and decision-makers in the IT field who want to understand Java’s capabilities and limitations to make informed technology decisions.
• Technical Trainers and Instructors: Educators or trainers preparing to teach Java programming to students or professionals.
• Individuals Pursuing Entrepreneurship: Entrepreneurs who want to acquire the skills to develop their own Java-based software products.
• Career Changers: Individuals looking to switch careers and enter the software development field, especially those interested in Java development.
• Current Java Developers Looking for Advanced Skills: Experienced Java developers who wish to deepen their expertise in advanced topics, including Java EE, web services, and design patterns.

Pre- requisites  

• Basic Computer Skills: Participants should have a fundamental understanding of how to operate a computer, including tasks such as file management, installing software, and navigating the operating system.
• Programming Fundamentals (Recommended): Although not mandatory, having a basic understanding of programming concepts such as variables, data types, loops, and conditional statements can be beneficial. (Html CSS JavaScript and bootstrap)
• Text Editor or IDE Familiarity (Recommended): Familiarity with using a text editor or Integrated Development Environment (IDE) for coding tasks is recommended but not required. Some experience with IDEs can help you navigate the course content more efficiently.
• Mathematics and Logic (Recommended): A basic understanding of mathematics and logical thinking can be helpful, especially when working on programming exercises and problem-solving tasks.
• Self-Motivation and Dedication: Mastery of Java programming, especially from basic to advanced levels, requires dedication and self-motivation. Participants should be committed to regular practice, study, and hands-on coding.
• Access to a Computer: Access to a computer with an internet connection is essential for completing assignments, coding exercises, and accessing course materials.
• Java Development Kit (JDK) Installation: While the course covers JDK installation, having the JDK installed on your computer before starting can be advantageous.
• Optional: Previous Programming Experience: Participants with prior programming experience, even in languages other than Java, may find it easier to grasp certain concepts. However, this course is designed to accommodate beginners as well. 

Course Content 

Creating a comprehensive course outline for becoming an expert in Java Standard Edition (Java SE) from a beginner level is a significant undertaking. Java SE is a vast platform, and becoming an expert typically requires several months or even years of dedicated study and practice. Below is a course outline with a longer timeframe, but you can adjust it as needed based on your learning pace:

 

Part1

 

Module 1: Java Fundamentals

• Introduction to Java and its history
• Setting up the development environment (JDK, IDE)
• Basic syntax, data types, and variables
• Operators and expressions
• Control statements (if, switch, loops)

 

Module 2: Object-Oriented Programming (OOP)

• Classes and objects
• Inheritance and polymorphism
• Encapsulation and abstraction
• Interfaces and abstract classes
• Exception handling

Module 3: Core Java Libraries

• String manipulation and regular expressions
• Collections Framework (ArrayList, LinkedList, HashMap, etc.)
• File I/O and Serialization
• Multithreading and concurrency
• Generics and advanced topics

 

Module 4: Advanced Java Concepts

• Java 8 features (Lambda expressions, Streams)
• Reflection and Annotations
• Networking and Sockets
• JDBC and database connectivity
• Design patterns and best practices

 

Module 5: Graphical User Interfaces (GUI)

• Introduction to Swing or JavaFX
• Building basic GUI components (buttons, labels, etc.)
• Event handling and listeners
• Layout management
• Advanced GUI components (tables, trees, etc.)

 

Module 6: Project Development

• Working on a small to medium-sized Java project
• Debugging, testing, and optimization

Module 7: Java Best Practices and Tools

• Code quality and style
• Version control with Git
• Build tools (Maven or Gradle)
• Documentation and code comments

 

Module 8: Java Enterprise Edition (Java EE)

• Introduction to Java EE concepts (Servlets, JSP)
• Building a basic web application

 

Part 2

Becoming an expert in Java Enterprise Edition (Java EE), now known as Jakarta EE, is a significant undertaking. It involves mastering a range of technologies and concepts related to enterprise-level software development. Below is a course outline that covers various topics from beginner to expert level in Java EE. Please note that becoming an expert typically takes several months or even years of dedicated study and practical experience.

 

Module 1: Introduction to Java EE 

• Introduction to enterprise application development
• Setting up the Java EE development environment (IDE, Application Server)
• Java EE architecture and components
• Building and deploying a simple Java EE application

 

Module 2: Java EE Fundamentals 

• Servlets and JSP (JavaServer Pages)
• Enterprise JavaBeans (EJB)
• Java Persistence API (JPA)
• JavaServer Faces (JSF)

 

Module 3: Web Services 

• Introduction to web services (SOAP and REST)
• Creating SOAP-based web services with JAX-WS
• Creating RESTful web services with JAX-RS

 

Module 4: Database Integration 

• JDBC (Java Database Connectivity)
• Connection pooling and data source management
• Transaction management in Java EE
• Advanced JPA and Hibernate

 

Module 5: Security in Java EE 

• Java EE security fundamentals
• Implementing authentication and authorization
• Securing web services

 

Module 6: Messaging and Integration

• Java Message Service (JMS)
• Message-driven beans (MDB)
• Integration with external systems (JCA)

 

Module 7: Java EE Design Patterns

• Common design patterns in Java EE (Singleton, Factory, etc.)
• Architectural patterns (MVC, Front Controller, etc.)
• Implementing patterns in Java EE applications