1. Graduate in Engg or equivalent (eg. BE/B.Tech/4 years B. Sc Engg./ AMIE/ AIETE / DoEACC B level etc) in any branch.
2. PG in Engg. Sciences (eg. MCA / M.Sc. Engg, M.Sc. (Computer Science, IT, Electrical and Electronics, Electronics, Instrumentation etc)
3. Post Graduates in Math or allied areas (eg. Statistics, Applied Math) PG in Physics or Computational Sciences / Post Graduates in Computing or Management are also eligible provided they hold graduation degree in Sciences.
4. The candidates must have secured a minimum of 50% marks in their qualifying examination.

The total Fee of PG DESD course is of 79,000 (Rupees Seventy nine thousand only) inclusive of the service tax

• What is an OS?
• Processes
  
• Scheduling & Synchronization
  
• Memory Management
  
• File Systems
  
• Virtual Memory and Paging
  
• Threading Concepts
  
• General OS Architecture
  
• Network and Distributed OS



Overview of Linux


• Introduction to Utilities
  
• Linux Commands
  
• Linux File System
  
• GUIs
  
• Vi Editor
  
• The Shell
  
• Shell programming
  
• Bourne Again Shell
  
• TC Shell

  Unix System Programming
  

• Process
  
• Signals
  
• Semaphores & Mutex
  
• Inter – Process Communication
  
• POSIX Threads
  

   

• Pointers and Arrays using Pointers
  
• Structures, Union, Enumeration and Typedef
  
• Discussion on Object oriented concepts
  
• Programming constructs
  
• Functions (System and user defined functions)
  
• Access Specifiers
  
• Classes and Objects
  
• Overloading
  
• Inheritance
  
• Polymorphism
  
  Algorithms & Data Structures using C++
  
• Arrays, Stacks, Queues, Linked Lists (Singly, Doubly, Circular),
  
• Trees, Threaded trees, AVL Trees Graphs
  
• Graphs, Sorting (Bubble, Quick, Heap, Merge)
  
• STL (Standard Type Libraries)
  
• RTTI (Run Time Type Identification)
  
• Advanced Typecasting

• Why SE?
  
• Software: A Process
  
• Software Life Cycle Models
  
• Various Phases in s/w Development
  
• Iterative and Incremental Development
  
• Software Quality Assurance
  
• Introduction to Coding Standards
  
• Project Management
  
• Software Testing
  
• Different Testing Tools
  
• Introduction to MS Project
  
• Case Study

• PHP 16Hours

• Introduction to PHP
  
• Working with arrays
  
• Functions
  
• Forms
  
• Handling date and Times
  
• Working with Files

  Extensible markup Language (XML) 24Hours

• The Purpose and Nature of XML
  
• XML Syntax and Structure Rules
  
• XML Document Type Declaration
  
• XML and Data Binding
  
• XML Linking Mechanisms
  
• XML Style Language
  
• Converting HTML Documents into XML Documents
  
• XML Parsers
  
• Java and XML
  
• Introduction to SAX

  AJAX 16Hours

• Introduction to Ajax
  
• Web services and Ajax
  
• Ajax using HTML,CSS,JavaScript
  
• Ajax Framework and DOM
  
• XMLHttpRequest
  
• Ajax Architecture

• Database Concepts
  
• Client/Server Computing
  
• RDBMS Technologies
  
• Codd’s Rules
  
• Data Models
  
• Normalization Techniques
  
• ER Diagrams
  
• Data Flow Diagrams
  
• Data Integrity
  
• Data Security
  
• Database recovery & backup
  

  SQL and PL/SQL
  

• Overview of Oracle
  
• SQL* Plus
  
• DDL, DML and DCL
  
• Tables, Indexes and Views
  
• Clusters, Sequences and Snapshots
  
• PL/SQL
  
• Cursors
  
• Stored Procedures and Triggers

  SQL Server 2005
  

• Introdution to SQL server
  
• How to write Queries in SQL Server
  
• Maintenance Plan

• Data Types, Operators and Language
  
• Constructs
  
• Classes and Objects, Inner Classes and Inheritance
  
• Interface and Package
  
• Exceptions
  
• Threads
  
• Java.lang
  
• Java.util
  
• Java.awt
  
• Java.io
  
• Java.applet
  
• Java.swing
  
• Java n/w programming
  
• Introduction of Design Patterns
  
• Creational Patterns
  
• Structural Patterns
  
• Behavioral Patterns
  

• TCP and Datagram sockets
  
• Servlets, Java Server Pages
  
• Remote Method Invocation
  
• JDBC
  
• JavaBeans
  
• Enterprise Java Beans
  
• Java Security
  
• Native Methods
  
• Java Virtual Machine
  
• Naming Services
  
• Java Mail
  
• Java Messaging Services
  
• Transactions
  
• Introduction to Struts Framework
  
• Introduction to hibernate, HQL
  
• J2EE (struts) and hibernate

• bullet Introduction to NET 4.0 Framework
  
• NET 4.0 Framework Overview
  
• Execution Process in .NET Environment
  
• Application Domain
  
• Language Interoperability
  
• . NET Framework Class Library
  
• Assemblies
  
• Introduction of Windows Presentation Foundation
  
• Introduction of Windows Workflow Foundation
  
• Introduction of Windows Communication Foundation

  C# .NET 4.0 60Hours

• Need of C#
  
• Operators
  
• Namespaces & Assemblies
  
• Arrays
  
• Preprocessors
  
• Delegates and Events
  
• Boxing and Unboxing
  
• Regular Expression
  
• Collections
  
• Multithreading Programming
  
• Memory Management
  
• Exceptions Handling
  
• Win Forms
  
• Working with database
  
• Windows Presentation Foundation
  
• Windows Communication Foundation
  
• Windows Workflow Foundation

  ASP .NET 4.0 60Hours

• ASP .NET Server Controls and client-side scripts
  
• ASP .NET Web Server Controls
  
• Validation Controls
  
• Server Control Events
  
• User Controls in ASP .NET
  
• Working with Master-Detail relationship
  
• ASP .NET State Management
  
• ASP .NET Web Application Security
  
• ASP .NET Mobile Framework
  
• Transaction Management
  
• Building .NET components
  
• ADO.NET, Querying with LINQ
  
• Asp .Net AJAX
  
• Custom Control
  
• Master Pages, Themes and skins
  
• Web Services
  
• Enterprise Services
  
• Deployment
  
• .NET Remoting
  
• Personalization and Localization
  
• Introduction about Sliverlight

  Share point 2010 10Hours
  

• Introduction to Share Point
  
• Working with Share Point Libraries
  
• Working with workflow
  
• Working with web part, Sites and Workspaces
  
• Managing Access in Share Point
  
• Working with Audiences
  
• Working with Excel Services
  
• Working with Business Data Catalog
  
• Web Content management
  
• Working with Search

• bullet Introduction to Cloud Computing
  
• Defining cloud computing
  
• Services from the cloud
  
• Exploiting Software as a Service (SaaS)
  
• Exploring Infrastructure as a Service (IaaS)
  
• Exploring Platform as a Service (PaaS)