Development > Programming Languages
45h 18m
£17.99 Free for 3 days
Java Programming Mastery: From Beginner to Software Engineer
What you will learn:
- Master the BEST PRACTICES in writing high-quality Java code.
- Become proficient in crafting AWESOME object-oriented programs with Java.
- Dive into ADVANCED object-oriented programming concepts such as abstraction, inheritance, encapsulation, and polymorphism.
- Gain a solid understanding of the Fundamentals of Functional Programming with Java.
- Learn the foundational principles of Object-Oriented Programming - interfaces, inheritance, abstract classes, and constructors.
- Acquire ALL the necessary SKILLS to demonstrate EXPERTISE with Java programming in your job interviews.
- Solve a wide range of hands-on programming EXERCISES with Java.
Description
Aspiring to launch your software engineering career? This Java programming course is your ultimate guide, taking you from absolute beginner to confident developer.
Our expert instructors, Oracle Certified professionals with years of experience, will guide you through a comprehensive curriculum, equipping you with the skills needed to land your first Java programming job. This course features:
- Hands-on Projects: Dive into real-world applications and build projects, solidifying your understanding.
- Clear and Concise Explanations: We break down complex concepts into easy-to-understand modules, ensuring a smooth learning experience.
- Constant Updates: Stay ahead of the curve with the latest Java features and technologies.
From foundational Java concepts to object-oriented programming principles, exception handling, multithreading, and more, you'll master everything you need to become a proficient Java developer.
Don't miss out on this opportunity to unlock your coding potential and join the world of Java development. Enroll now and begin your journey to becoming a sought-after software engineer.
Curriculum
Introduction
This introductory section sets the foundation for your Java journey. You'll start by understanding the end-to-end execution flow of a web application, delving into the core mechanics of how software functions. Explore the rich history of Java and its evolution, gaining insights into the language's enduring power and relevance. These lectures lay the groundwork for your future exploration into the world of Java programming.
Types of Applications
This section dives into the diverse landscape of applications built with Java. You'll gain a comprehensive understanding of the different types of applications, from web applications to desktop and even scientific applications. You'll explore the powerful MVC (Model-View-Controller) architecture, a fundamental design pattern in software development. The section concludes with a step-by-step guide to crafting MVC architecture-based applications, equipping you with practical skills for real-world projects.
Technologies Combination Used in Project Development
Discover the synergy of technologies that come together to bring Java projects to life. This section delves into the layers of the MVC architecture, exploring the interplay of different components that contribute to a functional application. You'll learn about the essential technologies that power Java project development, gaining insights into the integrated landscape of tools and techniques. The section culminates with an exploration of how to leverage RBS (Request Based System) and construct an engaging homepage, putting your knowledge into practice.
Java Concepts
This section dives deep into the heart of Java, exploring its fundamental concepts. You'll gain a comprehensive understanding of key terminologies and the distinction between platform-dependent and platform-independent languages. This section includes a practical walkthrough of installing Java on your computer, ensuring you have a robust development environment ready to go. By the end of this section, you'll have a solid understanding of the building blocks of Java programming.
Stepping into Programming
This section marks your entry into the world of practical coding. You'll learn the essential naming conventions used in Java programs, ensuring your code is readable and follows industry best practices. This section provides the foundational rules and guidelines that will shape your coding style and guide you towards writing clean, efficient Java code.
Comments, Identifiers, and Keywords in Java
This section delves into the crucial elements that make Java code understandable and maintainable. You'll explore the different types of comments used in Java, allowing you to add clear annotations to your code for clarity and documentation. You'll learn the rules for creating meaningful identifiers, names that help you identify variables and functions easily. The section concludes with an in-depth explanation of keywords, reserved words that have specific meaning in Java, forming the foundation of the language's syntax.
Working with Editplus Software
This section introduces you to Editplus software, a powerful and versatile text editor that is a favorite among Java developers. You'll explore the advantages of using Editplus, gaining insights into its capabilities and why it's a popular choice for coding. The section includes a practical guide to installing and setting up Editplus, ensuring you have the right tools ready for your Java development journey.
Java Basic Programming Elements
This section dives into the building blocks of Java programming. You'll learn about the essential elements that form the foundation of Java code, gaining a practical understanding of how these elements interact and create functional programs. This section provides a solid base for understanding the structure and syntax of Java code, preparing you for more complex concepts.
Essential Statements of Java
This section focuses on the fundamental statements used in Java programming. You'll explore the concept of classes, the blueprint for creating objects in Java, and understand the role of the main method, the starting point for executing your Java programs. You'll also learn about System.out.println(), a crucial statement for displaying output in Java. This section provides the core syntax and concepts for writing basic Java programs.
Datatypes in Java
This section delves into the different datatypes available in Java. You'll understand the need for datatypes in defining variables, the different types of datatypes, and their size and limitations. The section covers arrays, a powerful data structure for storing collections of elements. You'll also learn about classes, the blueprints for objects, and how to manipulate data types effectively in Java. This section provides a comprehensive understanding of the various data types and their usage in Java.
Primitive Type Conversion in Java
This section explores the process of converting data between different primitive datatypes in Java. You'll learn about the rules and considerations involved in type conversion, ensuring you can manipulate data seamlessly within your programs. This section provides valuable knowledge for working with different data types and performing calculations efficiently in Java.
Variables and Types of Variables
This section dives deep into the concept of variables, the fundamental building blocks for storing data in Java. You'll explore the different types of variables, understanding their scope and how they behave within your programs. The section examines the execution flow of variables, illustrating how data is processed within your code. You'll also learn about the limitations of variables and how to use them effectively for optimal code performance. This section provides a comprehensive understanding of variables and their role in Java programming.
Methods and Types of Methods
This section introduces the concept of methods, the fundamental building blocks for organizing and reusing code in Java. You'll explore the different types of methods, understanding their purpose and how they contribute to modularity and code efficiency. The section examines the execution flow of methods, illustrating how they are invoked and executed within your programs. This section equips you with the tools to create well-structured and efficient Java code.
Accessibility Modifiers in Java
This section explores the concept of accessibility modifiers, the rules that govern how different parts of your Java program can access variables and methods. You'll learn about the different types of modifiers, such as public, private, and protected, understanding their impact on code visibility and control. This section equips you with the tools to create well-structured and secure Java programs.
JVM Architecture
This section dives deep into the Java Virtual Machine (JVM), the runtime environment that executes Java programs. You'll gain an in-depth understanding of the JVM architecture, exploring its key components and how they work together. The section covers topics such as class loaders, the process of loading Java classes, and the different runtime areas of the JVM, providing insights into how Java programs are executed within the virtual environment. This section provides a comprehensive overview of the JVM, essential for understanding the inner workings of Java programming.
Static Members and their Execution Flow
This section focuses on static members in Java, variables and methods that are associated with a class rather than an individual object. You'll learn about the properties and behavior of static members, understanding how they are accessed and executed. The section explores the execution flow of static members, providing clarity on how they interact within your Java code. This section equips you with a deeper understanding of static members and their role in Java programming.
Non-Static (or) Instance Members and their Execution Flow
This section delves into non-static members, also known as instance members, variables and methods that are associated with individual objects in Java. You'll explore the properties and behavior of non-static members, understanding how they are accessed and executed. The section examines the execution flow of non-static members, providing clarity on how they interact within your Java code. This section equips you with a comprehensive understanding of non-static members and their role in Java programming.
Oops Concepts in Java
This section delves into the core concepts of object-oriented programming (OOP) as they apply to Java. You'll explore the fundamental principles of OOP, such as objects, classes, and inheritance, and how they contribute to building modular and reusable code. The section covers topics such as encapsulation, abstraction, and polymorphism, providing you with a solid understanding of how OOP principles are applied in Java. This section equips you with the tools to create well-structured and maintainable Java programs.
String Handling
This section focuses on the essential topic of string handling in Java. You'll learn about the different ways to manipulate and process strings, including common operations and pre-defined methods. The section includes practical examples to illustrate string handling techniques, providing you with the skills to work with text data effectively in Java. This section equips you with the tools to create well-structured and maintainable Java programs.
Exception Handling
This section introduces you to exception handling, a critical aspect of robust Java programming. You'll learn about the different types of exceptions, how to identify and handle them, and the role of keywords such as try, catch, and finally. The section covers the Throwable class and its subclasses, providing a comprehensive understanding of exception hierarchy. This section equips you with the tools to create well-structured and maintainable Java programs.
Multi-threading
This section delves into the concept of multithreading, a powerful technique for improving program performance and responsiveness. You'll learn about the different types of multi-tasking, how to create multi-threaded classes, and the execution flow of multi-threaded applications. This section provides a practical understanding of multithreading, equipping you with the skills to optimize your Java programs for efficient execution.
Collections Framework
This section explores the Java Collections Framework, a set of classes and interfaces designed for storing and manipulating collections of objects. You'll learn about the different types of collections, such as lists, sets, and maps, and how to use them effectively in your programs. This section provides a comprehensive understanding of the Collections Framework, equipping you with the tools to manage data efficiently in Java.
Deal Source: real.discount