Java Programming

History of Java, setting up the IDE, project structure.

Primitive and reference types, type conversion, and scope.

Arithmetic, relational, logical, and assignment operators.

If-else, switch-case, and decision-making in Java.

For, while, and do-while loops; iterating over data.

Reading from input, printing output, and formatting text.

Defining classes, creating objects, instance vs. static context.

Role of constructors, overloading, and best practices.

Method definitions, access modifiers, data hiding.

Differentiating between instance and class-level members.

Creation, usage, and destruction of objects; memory management.

Analyze a real-world system to understand practical OOP usage.

Try-catch-finally, custom exceptions, and error propagation.

Best practices and patterns for managing exceptions.

Introduction to generics and their importance in type safety.

Overview of List, Set, Map, and their implementations.

Writing concise code with lambdas and exploring functional programming in Java.

Review a real-world application employing advanced Java features.

Overview of enterprise Java, application servers, and frameworks.

Explore patterns like Singleton, Factory, and Observer in enterprise contexts.

Thread creation, synchronization, and concurrency challenges.

Executor framework, concurrent collections, and performance tuning.

Best practices in architecture and design for enterprise applications.

Analyze how major companies implement Java for large-scale systems.

Introduce project requirements, objectives, and scope.

Outline architecture, design patterns, and development milestones.

Begin project coding with focus on core functionalities.

Continue development, integrate modules, and perform testing.

Refine performance, fix issues, and optimize code.

Present project results, review lessons learned, and discuss future enhancements.