Introduction

Purpose of Course

Generally people have an idea in their mind that .NET is designed for CS/IT/MCA students, but .NET not only work in high level, it depends on the user's requirements e.g. Complete low level programming (Port Programming) can be done trough .NET. This course is designed to give the complete knowledge of VB .NET, ASP .NET & ADO .NET. Also this course include Project Work, so that students after completing this course can develop their ideas according to their requirements and can work on Modular Approach of Programming in the company very easily.
Mainly the purpose of this course is to teach students about the development of Dynamic Websites. Also in our project work we have included ERP (Enterprise Resource Planning) as a major project, which has a great demand in the market to make a company fully computerized.

Our Promise

After completing this course, all the concepts of .NET technology will be cleared. We also teach Data Base Concepts. Hence students will be familiarized to how data is transferred from server to client or from client to server, how data is managed at the server and what are the security issues for the same. Also students will have the complete concepts of dynamic website, different types of architectures & modular approach of programming. Overall we can say that students can proficiently work in all types of software development fields whether it is web development or windows development.

Scope of .NET

As .NET is the only platform available in the market, which is language independent, hence .NET has a great demand in the market today. In America, maximum of the companies have already adopted .NET and in India also, this proportion is increasing day by day.
Actually, the main problem with students is that, if students work on a new technology today, then after completing their study, that technology become outdated, and a new technology is developed, but if we talk about .NET, then we can say that only 40% of the .NET model is completed, i.e. till now .NET not work on all the platforms and not all the languages have been included in .NET, then also .NET has a great demand in the market, and in few years when .NET will be completed then what a demand it will have, we can easily think about it. Hence we can say that .NET has a very bright future.

Introduction

As a general-purpose programming language, PHP code is processed by an interpreter application in command line mode performing desired operating system operations and producing program output on its standard output channel. It may also function as a graphical application. PHP is available as a processor for most modern web servers and as standalone interpreter on almost every operating system and computing platform.

PHP is a general-purpose scripting language that is especially suited for web development. PHP generally runs on a web server. Any PHP code in a requested file is executed by the PHP runtime, usually to create dynamic web page content. It can also be used for command-line scripting and client-side GUI applications. PHP can be deployed on most web servers, many operating systems and platforms, and can be used with many relational database management systems.

It is available free of charge, and the PHP Group provides the complete source code for users to build, customize and extend for their own use.

Introduction

Oracle Database software is a relational database management system that efficiently tackles the challenges of constant change inherent in complex, often heterogeneous environments and also the additional challenge to deliver tangible value from their database investments. It delivers the high level of reliability, performance and scalability. Its tools reduce the manual, time-intensive tasks associated with development, administration and performance management. 

Oracle's Database Management capabilities make DBA lives easier as it endows with a full-lifecycle solution covering change and configuration management, patching, provisioning, testing, masking/subsetting and automatic tuning. It provides the most extensive self-management capabilities in the industry. Why would you go for oracle database management?

For answer please go through the following paragraphs:-

Oracle delivers a higher quality of service by clustering and consolidating enterprise application databases onto fast, reliable and scalable private clouds. It accelerates the performance of system by compressing data onto low-cost storage partitions. With the help of oracle database management DBA productivity gets doubled and also the risk of change also gets reduced. It is used by the industries that range from zero-overhead instrumentation to integrate self-healing and business-driven management. 

It maximizes the availability of data by eliminating idle data center redundancy. It provides securely protecting information and enables fast compliance. Actually it is totally revolutionized the field of enterprise database management systems with the release of Oracle Database 10g as introduced the industry's first self-management capabilities built right into the database kernel.

This intelligent management infrastructure offers several releases till now with continuous improvement.

Oracle is the mother of database management system. And without a database system no application can run. In IT industry it is the foremost requirement of having knowledge of database management system. If you know Oracle well, you would feel easy with other database systems as well

This is the reason why we have started Oracle training. There are many Oracle training institutes, Global certification centers but their module based training and fees make it difficult for many students to get admitted. So we have designed our module and fees in such a way so that everyone can learn SQL queries and handle database with ease.

Database Management System (DBMS)

1. Introduction
2. Identifying Keys in Tables
3. E R diagrams
4. Data types
5. Events
6. Data dictionary
7. Integrity
8. Converting E R diagrams to normalized tables
9. Normalization

Structure Query Language (SQL)

1. Query Basics
2. Computation with queries
3. Sub totals and Group by command
4. Queries with multiples
5. Sub queries
6. Join
7. DDL and DML
8. Testing queries

Introduction

• What is Database ?
• Understanding an RDBMS
• Understanding Tables, Records, and Fields
• SQL Language

Working with Oracle

• Creating Databases
• Types of Databases
• Specifying Field Data Types
• Altering Table and Field Names
• Altering Field Properties
• Altering Table Types
• Backing Up Databases and Tables
• Restoring Databases and Tables from Backup
• Dropping Databases and Tables
• SQL Queries and sub queries
• Using Built-In Functions
• Joining Tables
• Using Table and Column Aliases

PL/SQL Tables

• Basics of PL/SQL
• PL/SQL architecture
• PL/SQL Basics, Variables, Constants, data types & error handling
• Dynamic SQL in PL/SQL
• PL/SQL wrapper utility
• Control structures
• Declaring Variables and Constants
• Executing a PL/SQL Block
• Error checking – exception handling
• Defining exceptions
• Cursors in PL/SQL
• Triggers in PL/SQL
• Stored procedures, functions and packages
• Bulk queries
• Bulk DML (for all statement)
• Using cursor attributes
• Analyzing impact of bulk operations

We have designed the training course in such a way that everyone would manage database easily when the training ends.

Introduction

The term DBMS refers to a software program that enables the creation and management of databases. Most of today's database systems are Relational Database Management System (RDBMS) as they have the ability to store related data across multiple tables. Microsoft SQL Server is a popular relational database management system. It has robust feature set at a lower price point than its competitors like Access. While Access suites to home and small office use, SQL Server suits to enterprise applications such as corporate CRMs and websites etc.

It is a computer application that is used to create desktop, enterprise and web based database applications. Till now, we have at least a dozen different editions of Microsoft SQL Server aimed at different audiences and for different workloads at different levels and with various goals.

It gives us productive functionality and optimal performance with its powerful tools to solve our toughest IT challenges. It deals with complex environment with planned and developed applications for minimum of fuss.

Primary query languages of Microsoft SQL Server's are T-SQL and ANSI SQL. For creating a database driven website, then it is better off using a more robust system 'MS SQL Server'.

It uses comprehensive management capabilities for schemas, objects, security and changes. It diagnoses and resolves SQL Server performance issues before they impact end users and service levels.

Course Outline

1. Introduction.
2. Data Organization.
3. Data Integrity.
4. Database Designing Using E R Diagram.
5. Identifying Keys in Tables.
6. Normalization.
7. Database Queries.
8. Creating & Managing Database Tables.
9. Database Maintenance.
10. Indexing.
11. Joining.
12. Sub Queries.
13. Views.
14. Stored Procedures.
15. Triggers.
16. Transactions.
17. Exporting/Importing Data..

Introduction

MySQL database is the world's most popular open source database. Its tools make SLAs speedy and simple to manage database performance, accessibility, diagnostics, alteration, configuration and releases. With MySQL's high performance, high reliability and ease of use management there is no need left to deal with tedious, manual tasks.

My SQL has ample range of database tools, support, guidance and consulting services so that it can be successfully used by a person new to database technology or by an experienced developer or by a DBA. It runs as a server providing multi-user access to a number of databases. MySQL management makes software, business-services and end-user management significantly simpler. It powers 'High-Volume Websites', 'Business-Critical Systems' and 'Packaged Softwares'.

MySQL is used in many high-profile, large-scale World Wide Web products that is in some of the most frequently visited websites on the Internet including Flickr, Nokia.com, YouTube, Facebook, Google, Adobe, Alcatel Lucent and Zappos. These world's largest and fastest-growing organizations rely on MySQL to save time and money. It is the best choice for a new generation of applications built on the LAMP stack.

Some features of MySQL management that makes it superior over others includes 'Multiple storage engines', 'Native storage engines', 'Community-developed storage engines' and 'Custom storage engines'. Also it commits grouping, gathering multiple transactions from multiple connections together to increase the number of commits per second.

Course Outline

Introduction

• Features and Benefits of MySQL
• MySQL Architecture
• Install and Start MySQL

Database Basics

• Data Types
• What is NULL?
• SQL Language
• Keys
• Normalization

Database Creation

• Creating a Database
• Creating a Table

Basic Queries

• The SELECT Command
• MySQL Query Browser

Delete/Modify Table row Data

• The INSERT Command
• The REPLACE Command
• The UPDATE Statement
• The DELETE Command

Functions

• Simple Functions
• Grouping With Functions

Joining Tables

• Combining Multiple Tables
• Inner Joins
• Outer Joins

Sub queries

• What is a Sub query?
• Categories of Sub queries
• Sub query Uses

Exporting/Importing Data

• Exporting Data
• Importing Data

Database Maintenance

• Delete an Entire Database
• Maintaining Tables and Columns
• Indexes and Constraints
• Data Manipulation

Introduction

C language, the mother tongue of every programmer has his history of about 30 years way back from 1970's. We are in an era of technology where technology changes every 3 years or so, but C is still there where it was, it is self explanatory that how powerful is the language. The most distinguishing feature of this technology is that you can program at any level, from application to hardware and that too in great ease. Being such a powerful and widespread technology it is rightly called the mother tongue of every programmer. Any programmer who can program well in C, can program very easily in other languages.

Purpose of Course

The C language is a common subject studied by every engineer as for now programming is required in every area of technology. This is the hottest subject as per interview point of view, as in most of the interviews of IT and other companies (Like ST microelectronics-an electronic company) a lot of questions are based on C. The course contents are specially designed for the students so that they boost up in their programming skills, logic and creativity which would help them to clear interviews and would be very helpful in their career ahead.

Our Promise

We have designed our course contents very technically and assure you to provide best training in C, & Advance C technology. We have divided our course in two parts i.e. Conceptual part and application part. In conceptual part all the concepts of the language would be taught and in the application part we would be dealing with a no. of projects which are chosen in such a manner that each concept studied in the language would be used in different styles so that the concepts of the language would become crystal clear.

Scope of C

A lot of work in C is carried out in the industries, for example the kernel of Linux is designed in C language and efficient C programmers are heavily paid in the industries. Apart from IT companies most of electronic companies prefer C programmers for programming their chips as it can be efficiently done in C rather to work in assembly language.
C has a vast area of application like in device drivers programming, network programming, application programming in short C is associated with everything you can associate with computers. C is in the market from about 30 years and there is no threat for the technology to go down.

---

Course Outline

1.Introduction To C Programming
2.Introduction To the Course
3.Overview to C Programming

• Why Use C?
• Uses of C
• A Brief History Of C
• C for Personal Computers

4.Running C Programs

• The Edit-Compile-Link-Execute Process
• Using Microsoft C

5.Structure of C Programs

• C's Character Set
• The form of a C Program
• The layout of C Programs
• Pre-processor Directives

6.Your First Program

• Add Comments to a Program

7.Data Types

• Integer Number Variables
• Decimal Number Variables
• Character Variables
• Assignment Statement
• Arithmetic Ordering
• Something To Declare
• More On Initializing Variables

8.Input and Output Functions

• On The Run
• Input and Output Functions in More Detail
• The % Format Specifiers
• Formatting Your Output
• Custom Libraries
• Summing It Up

9.Conditional Execution

• Program Control
• Logical Expressions
• True and False in C
• Using break and continue Within Loops
• Select Paths with switch

10.Structure and Nesting

• Think of a number

11.Functions and Prototypes

• Functions - C's Building Blocks
• Functions and Local Variables
• Making The Connections
• Functions and Prototypes
• What is ANSI C?
• The Standard Library Functions

12.Data Types Part II

• Global variables
• Constant Data Types

13.Array

• Advanced Data Types
• In Dis-array

14.Pointers

• Point to Point
• Swap Shop
• Pointers And Arrays

15.Strings

• Stringing Along
• As easy as... B or C?
• A Sort Of Bubble Program

16.Structures and Unions

• Structures
• Defining A New Type
• Structures and Functions
• Pointers to Structures
• Malloc
• Structures and Linked Lists
• Header Files

17.File Handling

• The Stream File
• Text File Functions
• Binary File Functions
• File System Functions
• Command Line Parameters

Introduction

C++ is an extension to C Programming language. It was developed at AT&T Bell Laboratories in the early 1980s by Bjarne Stroustrup. It is a deviation from traditional procedural languages in the sense that it follows object oriented programming (OOP) approach which is quite suitable for managing large and complex programs. An object oriented language combines the data to its function or code in such a way that access to data is allowed only through its function or code. Such combination of data and code is called an object.

Purpose of Course

The purpose of C++ is to precisely define a series of operations that a computer can perform to accomplish a task. Most of these operations involve manipulating numbers and text, but anything that the computer can physically do can be programmed in C++. Computers have no intelligence- they have to be told exactly what to do and this is defined by the programming language you use. Once programmed they can repeat the steps as many times as you wish at very high speed. Modern PCs are so fast they can count to a billion in a second or two.

Our Promise

We have designed our course contents very technically and assure you to provide best training in C++ and Advanced OOPS technology. We have divided our course in two parts i.e. Conceptual part and application part. In conceptual part all the concepts of the language would be taught and in the application part we would be dealing with a no. of projects which are chosen in such a manner that each concept studied in the language would be used in different styles so that the concepts of the language would become crystal clear.

Scope of C++

A lot of work in C++ is carried out in the industries, and efficient C++ programmers are heavily paid in the industries. Apart from IT companies most of electronic companies prefer C++ programmers for programming their chips as it can be efficiently done in C++ rather to work in assembly language.
C++ has a vast area of application like in Software Engineering, Computer Graphics, Application programming in C++ is associated with everything you can associate with computers. C++ is in the market from about 30+ years and there is no threat for the technology to go down.