This course provides in-depth coverage of the basics of Java language and the technique of object-oriented programming (OOP). Students will learn from hundreds of live-code examples, with the instructor explaining each concept. In addition, students will develop a stand-alone application, starting at problem definition, requirements analysis, system design, and the details of Java coding and testing. To help students complete the application, the project will be divided into many small portions, and the instructor will assist students in working through each portion of the design, step-by-step. This course will also include a series of mock tests which will introduce students to Sun\\\'s Certification Examination, the exam which leads to SCJP certificate (Sun Certified Java Programmer).

Java is an

object-oriented programming language in the same family as C and C++ and solves many of their complexities (pointers, memory

allocation, multiple inheritance, etc.). Java is also a portable language, and compiled Java programs run without

recompilation on Macintosh, Microsoft Windows, UNIX and other platforms. Java is a mature language that can be used to write

entire standalone or server applications. Java has become the dominant platform for modern software development for reasons

of reliability, maintainability and ease of development.
This course provides extensive experience with the Java language

and its advanced features. In this Java training course, you will learn how to make your Java applications more efficient

using Swing, Applet, JSP, Servlet, EJB and communicate with other programs using Java\\\'s networking classes,

access databases.

Java course has some powerful features are as follows:-

• JSP & Servlets - Most of

java development today is arguably done on JSP & Servlets. It is the most widely used part of EJB specs today.
•

Platform independence - It works in most cases flawlessly. It has significantly improved over the years. Some other languages

/ platform offer some degree of platform independence too. However in Java it is without pain. I develop on Windows and yet

deploy on Linux regularly without any issues ever.
• Availability of JVM source code - When in trouble we can

always look up the source code and find what exactly is going on behind the scenes.
• Security - Java was designed

with security in mind. It provides super solid libraries for all your security requirements.
Security in Java was nowhere

an afterthought like many other languages.
• Strong support for protocols and interfaces with API’s like JDBC,

JNDI, JNI, Java IDL, JAXP etc. Java has a solution for almost anything you can throw at it.
• Dynamic class loading

- Ability to load class data over different devices and network. This forms the foundation of EJB, RMI and host of other

technologies.
• Reflection - Java reflection API allows dynamic discovery and invocation of methods etc.
•

Generics - Java generics simplifies coding while continuing to provide type safety
• Annotations - In terms of

usage we have only begun to scratch the surface. I expect it to be the next XML for Java developers (for better or for

worse).
• Lack of pointers - This is a boon for those frustrated with pointer arithmetic in C / C++.