Java programming

Create software applications using Java Programming

ABOUT THE PROGRAM

Java is a reliable and secure computing platform and an object-oriented language for creating and running software. It is also referred as Java programming language developed by Sun Microsystems. The course is designed to provide knowledge about fundamentals of Java programming language and the control statements in which selection statements, jump statements and iteration statements are covered. The delegates will learn java with the object-oriented principles that are presented with Unified Modelling Language (UML). The course also covers classes, generics, objects, and inheritance of Java programming language.

Throughout the course, the delegates will learn about its core and advanced features and applications of java programming. The course teaches how to create and execute a Java program and include standard input and standard drawing. The course introduces Java’s built-in data types for manipulating integers, real numbers and strings and Java structures for control flow including while loops and for loops. The course also provides an understanding of interfaces, packages, and import packages and various types of exceptions try and catch statements.

  • Explore the key components of Java Programming

  • Gain Java Programming skills and object-oriented programming language

  • Hands-on coding on the Java Programming

  • Courses delivered by certified and well-experienced instructors

  • MSP Training offers flexible mode of training at an affordable price

WHAT'S INCLUDED ?

Find out what's included in the training programme.

Includes

Tutor Support

A dedicated tutor will be at your disposal throughout the training to guide you through any issues.

Includes

Key Learning Points

Clear and concise objectives to guide delegates through the course.

Includes

Certificate

Delegates will get certification of completion at the end of the course.

PREREQUISITES

No prerequisites are required for attending the Java programming course. However, prior knowledge of basic programming would be beneficial.

TARGET AUDIENCE

The programming with Java course is intended for delegates who wish to acquire the knowledge required to develop Java programs with object-oriented concepts. The following delegates should attend this course:

  • Software Developers
  • Database Analysts
  • Database Administrators
  • C and C++ Programmers

WHAT WILL YOU LEARN?

By undergoing this training program, the delegates will be able to:

  • Understand the concepts of Object-Orientation and how to use them with Java
  • Evaluate Object-oriented Design and Java Programming
  • Analyze OOP principles and its key components
  • Understand the concept of Inheritance
  • Describe Encapsulation
  • Analyze Abstraction and Polymorphism in Java
  • Explain Java classes, Objects, and Interfaces
  • Examine how OOAD can be used to monitor Java development
  • Identify the Java Exception handling mechanism
  • Understand the concept of Java Collections API

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PROGRAM OVERVIEW

Every IT organization whether big or small, require programming skillset and computer language that can meet all customer requirements. Java is most extensively used computer language specifically designed for client-server web applications all over the world. The training program provides a brief overview of the main concepts, evolution, and application of the Java programming language.

Exam Details

No exam is required for this course.

 

                                                     


PROGRAM CONTENT

An Introduction to Java Language

The module provides the knowledge about Java language and description of the object-oriented concepts and abstraction concepts.

  • Brief History of Java
  • Evaluation of tools
  • Describe object-oriented programming
  • Key Features of object-oriented programming (OOP)
  • The three principle of OOP
  • Analysis of abstraction

Fundamentals of Java Programming

The module covers the study of basic building blocks of programming language such as data types, variables, basic types and operators

  • Describe Data Types, Variables and Arrays
  • Examine Operators and Control Statements
  • Using Primitive Types
  • Explain control statements
  • Overview of Arrays
  • Different types of operators
  • Applying Arithmetic and Bitwise operators
  • Understanding operator precedence

Control Statements

The module explains the various kinds of statements used such as selection, iteration, and jump statements.

  • Selection statements
    • If
    • If-Else
    • Nested If-Else
  • Jump statements
    • Using Break
    • Using Continue
    • Return Statements
  • Iteration statements
    • While loop
    • Do-while loop
    • For loop

Classes

This section includes the knowledge of classes, objects, constructors, and destructors.

  • Understand class
  • Declaration of objects
  • Define Introducing Methods
  • Understand concept of constructors and destructors
  • Use of This Keyword
  • Describe The finalise () method
  • Explain various access modifiers
  • Overloading of methods

Inheritance

The module explains various types of inheritances and various concepts used within this.

  • Overview of inheritance
  • Usage of super keyword
  • Calling of constructors
  • Using final keyword with inheritance

Packages and Interfaces

The module helps the delegates in understanding the Collection of classes and methods.

  • Overview of packages
  • Importing of packages
  • Explain interfaces

Exception handling

The module covers the handling of exceptions generated by code.

  • An introduction to exception handling
  • Describe types of exceptions
  • Using try and catch
  • Describe Nested try statements
  • Use of exceptions

Multithreaded Programming

During the module, the delegates will gain an understanding of threading concepts, thread priorities and stages of the model.

  • An introduction to Java thread model
  • Creating threads and multiple threads
  • Understanding thread priorities
  • Describe Suspending, Resuming and stopping threads

I/O and Applets

The module explains about input and output streams.

  • An introduction to I/O
  • Describe Reading and writing console inputs
  • Describe Applets
  • Understand Calling overloaded constructors through this()

Generics

During the module, the delegate will learn how to use the operating data on as a parameterized type.

  • An introduction to Generics
  • Explain Generics example
  • Creation of Generic methods
  • Describe the Generic interfaces
  • Explain Generic class hierarchies

The Collection classes

The module explains the all set of framework classes.

  • Describe the Collections Framework
  • Set Implementation Classes
  • Describe Set, Map, Queue and List Interface
  • List Implementation Classes
  • Queue Implementation Classes
  • Map Implementation Classes

The Collection Sorting and Tuning

The course explains how to use storage structures.

  • Sorting with Comparable and Comparator
  • Explain Sorting Lists and Arrays
  • Methods of Collections Utility
  • Understand Tuning ArrayList, HashMap, and HashSet

Java EE Overview

The course explains the fundamental concepts of Java EE framework.

  • An introduction to Java EE
  • Describe Java SE Building Blocks
  • Web Applications and Services
  • Describe Enterprise JavaBeans
  • Extra J2EE APIs
  • Explain POJO, Dependency Injection, and Annotations
  • Describe the platform of Java EE

Eclipse

The course will explain how to use Eclipse for writing Java code.

  • An introduction to Eclipse
  • Installing Eclipse
  • Running Eclipse
  • Describe Editors, Views, and Perspectives
  • Setting up a Project
  • Generating a New Java Application
  • Running a Java Application
  • Debugging of a Java Application
  • Importing Java Code into Eclipse

The Java Library

The module includes set of all libraries and event handling.

  • An introduction to string handling
  • Describe Java. Lang package
  • Input/Output: Exploring java.io
  • Using Networking
  • Evaluate Applet Class
  • Understand the concept of Event Handling
  • Describing the AWT: Working with Windows, Graphics, and Text
  • Using AWT Controls, Layout Managers, and Menus
  • Describe Concurrency Utilities

Java programming Enquiry

 

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ABOUT Sunderland

Sunderland is a coastal city lies at the mouth of the Wear River, around 80 meters above sea level. It is located in the centre of the City of Sunderland metropolitan borough, local government district in England with a population of around 174,286 according to 2011 census. It is situated about 10 miles southeast of Newcastle and 240 miles north of London. The River Wear flows through the centre of the town and divides in a deeply incised valley. The town’s name is originated from sundered land meaning land kept aside for a special purpose or land sundered. The evidence of three settlements found historically in a county in North East England or County Durham on the site of present-day Sunderland.

The area of Sunderland Monkwearmouth is located on the north bank of the Wear River and settled in 674 during the foundation of Jarrow Abbey by the Benedict Biscop. Another settlement Bishopwearmouth founded in 930, lies at the southern side of the river. The town developed as a port over a period and became famous for trading salt and coal. The construction of ships started on the river in the 14th century. With the passage of time, the port of the town absorbed Monkwearmouth and Bishopwearmouth by the 19th century. The town became the major centre for the automotive industry and the service sector. It has been suggested that the person who is born or lives in the town, sometimes known as Mackem. The concept came into existence in the late 20th century and not used until 1980.

History

The early inhabitants of the town were the hunter-gatherers during Stone Age. The remains of the period were found during the excavations of St Peter’s Church in Monkwearmouth including the artefacts and microliths. The area of Hastings Hill became a primary place of burial and central point of activity in the Neolithic period, the final phase of the Stone Age. In the pre and post-Roman period, the area was occupied by the Brigantes around the Wear River. During the Anglo-Saxon era, the town became an important centre of knowledge and learning and library with approximately 300 volumes was also located in the town.  

The long trench, a tactic of warfare was found as one artefact of the English civil war. In the 17th century, the three original settlements (Monkwearmouth, Sunderland and Bishopwearmouth) were integrated and known as Sunderland-near-the-Sea. The factors behind the incorporation included the construction of ships on the banks of the river, salt panning and success of the port of Sunderland. The construction of Sunderland barracks was completed in 1794. These barracks included the 80-bed hospital, soldier’s quarters and housing for 1528 infantry troops. The second iron bridge of the world was built in the town in 1796.

The town was severally affected by the major Indian epidemic Cholera, broke out in the town in 1831. The disease spread in other parts of the country resulted in the death of more than 32000 people. The town again suffered from the worst disaster of the Victoria Hall in 1883 leading to the death of 183 children due to lack of enough way to pass during a variety show. This led to the invention of the concept of push bar emergency doors. The economy of the town shifted to chemical and motor manufacturing after the fall of heavy industries in the early 19th century. The electric tram system arrived in the town in 1900, later on, these were replaced by the buses in 1940.

The town saw remarkable expansion in the shipbuilding business during the First World War and became the prime target of a Zeppelin raid in 1916. Approx. 2500 citizens of the town served in the armed forces during the war period. The town also attacked by the German bombers during the Second World War leading to the destruction of 4000 homes and death of 267 people in the town. The coal mining and shipbuilding industry declined and ended by the late 20th century resulted in the unemployment of the local workforce.