Elite

Java

About Course

This course will cover all aspect of the Java programming language in great clarity and granularity. You will begin with the basics, starting with the installation of the required software. You will learn topics like “What is Java?”, Variables, Operators, etc. to get an excellent understanding of the fundamentals of Java, including Arrays and Functions. You will learn to design algorithms as well as develop and debug programs. You will write programs that access and transform images, websites, and other types of data.

  •  

Description

  • Java is a powerful general-purpose , high-level, class-based, object-oriented programming language that is designed to solve problems. It is a general-purpose programming language intended to let application developers write once, run anywhere (WORA)meaning that compiled Java code can run on all platforms that support Java without the need for recompilation.It is used to develop desktop and mobile applications, big data processing, embedded systems, and so on. Java runs on 3 billion devices worldwide, which makes Java one of the most popular programming languages.

What will I learn

  • Edit, compile, and run a Java program;
  • Use conditions and loops in a Java program;
  • Use Java API documentation in writing programs
  • Debug a Java program using the scientific method; Java method to solve a specific problem;
  • Develop a set of test cases as part of developing a program;
  • Create a class with multiple methods that work together to solve a problem;
  • Use divide-and-conquer design techniques for a program that uses multiple methods.

Why ?

  • Java has Powerful Development Tools such as Eclipse, NetBeans, IntelliJ IDEA, etc.
  • Java is very versatile as it is used for programming applications on the web, mobile, desktop, etc.
  • Java has multiple Open Source Libraries such as JHipster, Maven, Google Guava, Apache Commons, etc. that can be used to make Java development easier.
  • Java is an object-oriented programming language. It helps in code reusability.

Tags

  • Algorithms
  • Problem Solving
  • String (Computer Science)
  • Data Structure
  • Cryptography
  • Hash Table
  • Programming Principles

Topics for this course

    1.  Understanding Requirement: why JAVA
    2. Why java important to the internet
    3. Java Virtual machine Architecture 
    4. Role of Just In time compiler (JIT) 
    5. Execution Engine
    1. Data Types , Variables ad Arrays
    2. Working on List, Set, Maps 
    3. ArrayList, Vector, LinkedList 
    4. HashSet, LinkedHashmap, TreeMap 
    5. Operators
    6. Control statements
    1. Class fundamentals 
    2. Commands line arguments 
    3. Learning Static Initializer 
    4. Declaration of objects 
    5. Instance variable Hiding 
    6. Overloading and Overriding of Methods 
    7. Understanding of Access Controls (private, public and protected)
    8. Learning Nested and Inner classes 
    9. Dynamic method Dispatching 
    10. Using Abstract classes 
    11. Using final to prevent Overriding & Inheritance
    1. Defining a package
    2. Understanding CLASSPATH 
    3. Access Protection
    4. Importing packages 
    5. Defining and Implementing interfaces 
    6. Anonymous classes 
    7. Abstract classes Vs Interfaces 
    8. Adapter classes
    1. Fundamental of Exception handling ∙ Types of Exceptions 
    2. Learning exceptions handlers ∙ Try and Catch
    3. Multiple catch Clauses 
    4. Nested Try statements
    5. Throw , throws and finally
    6. Creating custom exceptions
    7. Assertion
    1. Learning String Operation
    2. Learning character Extraction
    3. Learning string Comparison
    4. Understanding string Buffer Classes
    5. String builder class 
    6. Creating Immutable Class
    7. Vargs
    8. Static Import
    9. For each
    10. String in which
    11. Multiple exception handling
    12. Dimond Operator

Target Audience

  • who want to improve their programming skills by applying industry best practices in their daily work.
  • Individuals looking to learn java programming
  • Project Managers, Software architects and Development Team Leaders, who want to implement or improve a software development process within a project, and who want to define a project or company-wide set of recommended tools and best practices.
  • Project Managers, Software architects and Development Team Leaders, who want to implement or improve a software development process within a project, and who want to define a project or company-wide set of recommended tools and best practices.
Enroll Now