This document provides an overview of a Core Java programming tutorial, including an introduction to Java's history and objectives of the course. The course syllabus is outlined which covers topics ranging from basic Java concepts like variables and data types to more advanced topics like methods and loops over 15 chapters. Finally, the document discusses key features, advantages and uses of Java for web and mobile application development.
2. CONTENT
• Introduction
• History of Java and What is Java
• Why Java is important
• Course objectives
• Course syllabus
• Features of Java
• Advantages of Java
• Contact us
3. Introduction
Welcome to the course - Core Java programming tutorial. Java
is a computer programming language. It grants programmers to
write computer directions using English based commands
rather having to write in numeric codes. It’s known as a high-
level language because it can be read and written without
complications by humans. Java is well adopted for both
standalone and web application development, it is designed to
implement solutions to most of the difficulties faced by users of
the internet era.
4. Course objectives
As a beginner in the Software world, Java programming language plays a vital role.
The Java language takes its importance from the development of web application to
the execution of android programming. The Java language is not complicated when
you have a strong basics. Thus, Brain Smart Labs provide you the free online Java
course for beginners with the inclusion of all basics in 15 learning videos. The free
basics tutorials will give you the basic idea starting from core Java programming
which will be continued with the SQL packages with a detailed learning of both Java
and SQL through 41 interesting videos.
Course Benefits:
• Web Application Development
• Distributed Application Development
• Software Testing- Selenium
• To learn Data Analytics tools like Big data & Hadoop
5. Course syllabus
Chapter Number Chapter Name Learnings
01 Degree IT & Jobs The know-how of software industry, skills and
qualities for an engineer to succeed
02 Your first Java Program Java’s Internal architecture, comparative study of
java and other primitive language
03 Autopsy of your first Java Java’s Internal architecture, comparative study of
java and other primitive language, understanding
the relationship between source code, byte code
and native code
04 Java as a language Step by step Writing and executing java program,
basics of building blocks including Character
Set, Keywords, Identifiers, Variables
05 Understanding Data types Basic understanding of all 8 primitive data types,
concept of implicit and explicit type casting in
detail.
6. 06 Understanding Arrays Knowledge of declaring and initializing of arrays
in Java, basic of ‘for loop’
07 Understanding Literals & operators Basic learning of different types of literals and
operators
08 Command line Arguments Perform the basic addition program by getting
inputs in real-time from the user in the form of
String Array.
09 Understanding control statements Details on Conditional Statements, Looping
Statements & Branching Statements, all four
forms of conditional statements i.e. if, if-else,
else-if ladder & switch-case
10 Understanding loops-part 1 Working of a ‘For Loop’, Real- time application of
a ‘For Loop’ (iterating an array) & Working of a
‘While Loop’ in Java.
Contnd…
7. 11 Understanding loops-part 2 working of Do-While loop, difference between a
While Loop & a Do-While Loop, Enhanced For-
Loop in java
12 More into loops- part 1 introduce you to branching statements in Java i.e.
break & continue, nested loops, labelled blocks &
labelled loops in java
13 More into loops- part 2 Study about continue, how a continue keyword is
used inside loops with a detailed control flow
diagram
14 Understanding methods Methods, behaviour of methods, advantage of
writing method, syntax of method, explanation
about parameters, return type, method signature
& how to write the core logic inside a method.
15 More into methods More about methods, how to use methods, when
to use method & why to invoke methods using
various illustrations, Caller & Call-ee Methods
Contnd…
8. History of Java
➢ Java is a genuine object familiarize programming language.
➢ It is developed by ‘James Gosling’ at Sun Microsystems.
➢ The First account of happening of Java was released in 1995.
➢ Java supports the functionality of ‘write once, run anywhere’
(WORA).
➢ The newest version released of Java standard edition is 1.8.
9. What is Java
• Java is a platform-independent programming
language used to build safe, secure and strong
application that may run on a single computer or may
be delivered among servers and clients over a
network.
• Java is mostly used to refer to the Java platform, a
set of tools acknowledge for easy cross-platform
application development, as well as the Java
programming language, which is a general-purpose
programming language frequently used to develop
programs for this platform.
• Simultaneously where you can execute many
statements alternatively to sequentially executing it.
11. Advantages of Java
JSP - In Java, JSP (Java Server Pages) is used to built dynamic web
pages, such as in PHP and ASP.
Applets - Applets are another type of Java programs that are implemented
on Internet browsers and are always run as part of a web document.
J2EE - Java 2 Enterprise Edition is aplatform-independent environment
that is a set of various protocols and APIs, it is used by different
organizations to transfer data between each other.
JavaBeans - This is a set of reusable software components that can be easily
used to create new and advanced applications.
Mobile - Java is widely used in mobile devices nowadays, many types of
games and applications are being developed in Java.
12. Why Java is important
1) Mature and Keeps Evolving:Java is currently one of the sophisticated and
constant programming language.
2) Platform Independent: Nowadays programmers have to write applications by
leading many devices and platforms.
3) Supports Common Programming Paradigms: The syntax rules of Java are
established on the syntax of C and C++.