fresher pre-induction boot camp course content mar 2015 v1.0

Boot Camp Course Curriculum

(Boot Camp Phase @ College level)

Prepared By: Training Group

Document Title: Fresher Induction Course Curriculum Creation Date: 05th Mar 2015

Boot Camp Course Content Page 2 of 14

Table of Contents

Topic: PLT (Programming Logics and Techniques) ___________________________________ 4

Course Objectives: ___________________________________________________________________________ 4

Introduction to Problem Solving and Programming Techniques_____________________________________________ 4

Computer Architecture - Physical & Logical _____________________________________________________________ 4

Types of Software ____________________________________________________________________________________ 4

Types of Programming ________________________________________________________________________________ 5

Programming Environment ____________________________________________________________________________ 5

Execution Environment Memory Layout _______________________________________________________________ 5

Programming Language Paradigms _____________________________________________________________________ 5

What is a Program? ___________________________________________________________________________________ 5

Algorithms __________________________________________________________________________________________ 5

Pseud code __________________________________________________________________________________________ 5

Flowcharts __________________________________________________________________________________________ 5

Flow Control Constructs ______________________________________________________________________________ 5

Implementing flow controlling in C _____________________________________________________________________ 5

Understanding variable scope (Global, Local) - ___________________________________________________________ 5

Modular Programming ________________________________________________________________________________ 5

Data Structures ______________________________________________________________________________________ 5

Topic: DBMS (DataBase Management System) _______________________________________ 6


Introduction to DBMS _________________________________________________________________________________ 6

DBMS Architecture ___________________________________________________________________________________ 6

Types of Databases ___________________________________________________________________________________ 6

Introduction to Data Modeling _________________________________________________________________________ 6

E-R Model (Using Chens notations) _____________________________________________________________________ 6

KEYS concept in RDBMS _______________________________________________________________________________ 7

Normalization _______________________________________________________________________________________ 7

ANSI SQL - Basic Operations ___________________________________________________________________________ 7

SQL - Advanced Operations____________________________________________________________________________ 7

Topic: OOPS (Object Oriented Programming) with C++ _______________________________ 9


Object Oriented programming Concepts ________________________________________________________________ 9

Additional features in C++ ____________________________________________________________________________ 9

Object Oriented Programming in C++ ___________________________________________________________________ 9

Object creation and referencing _______________________________________________________________________ 9

Static Members _____________________________________________________________________________________ 10

Associations as Object relationship ____________________________________________________________________ 10

Inheritance ________________________________________________________________________________________ 10



Polymorphism ______________________________________________________________________________________ 10

Implementation of Hybrid Inheritance & Diamond problem _______________________________________________ 10

Topic: Web Concepts _________________________________________________________ 11

Course Objectives: __________________________________________________________________________ 11

Introduction to the Internet and the World Wide Web ___________________________________________________ 11

Understanding the concept of Protocols _______________________________________________________________ 11

Hypertext Markup Language (HTML) ___________________________________________________________________ 11

Concepts of Cascading Style Sheets ___________________________________________________________________ 12

Introduction to Scripting Language ____________________________________________________________________ 12

Overview of HTML 5.0 _______________________________________________________________________________ 12

Introduction To jQuery ______________________________________________________________________________ 12

DOM Traversal- Selectors & Filters ____________________________________________________________________ 12

Events _____________________________________________________________________________________________ 13

eXtensible Markup Language _________________________________________________________________________ 13

Validations & Transformations ________________________________________________________________________ 13

Recommended topics to be referred after Boot Camp _______________________________ 14

Java Training Course Outline _________________________________________________________________________ 14

Microsoft .NET Programming (C#, ASP.NET) ____________________________________________________________ 14



Fundamentals of Programming and Database Management System

Topic: PLT (Programming Logics and Techniques)

Course Objectives:

o Describe the major parts of a computing system

o Describe the compile, edit, debug, and execute cycle

o Recognize basic data types, variables, constants, operators, and expressions

o Identify and describe the properties of variables including values, scope, persistence and

size

o Explain control flow including selection, iteration and function calls

o Choose appropriate conditional and iteration constructs for a given programming task

o Implement, test, and debug algorithms for solving simple problems

o Describe parameter passing mechanisms

o Analyze the behavior of simple programs involving fundamental programming constructs (i.e., variables, types, expressions, assignment, simple I/O, conditional and iterative

control structures, functions and parameter passing, pointers)

o Design programs that use compound data types: arrays, structs, strings

o Recognize correct C programming language syntax

o Describe top-down design and step-wise refinement

o Explain the importance of algorithms and data structures in the problem-solving process

o Explain type conversion and type incompatibility

o Recognize and apply standard libraries

o Describe various simple problem-solving techniques

Introduction to Problem Solving and Programming Techniques

Computer Architecture - Physical & Logical

Types of Software

o System Software

o Application Software

o Utilities (Compilers & Interpreters)



Types of Programming

Programming Environment

o Lifecycle of compilation process in C (Preprocessing, Compilation, Linking & Execution)

Execution Environment Memory Layout

o Basic Data Types, Operators & Expressions

Programming Language Paradigms

What is a Program?

o Structure of C Program

Algorithms

Pseud code

Flowcharts

Flow Control Constructs

o Conditional

o Looping

Implementing flow controlling in C

Understanding variable scope (Global, Local) -

o Auto & Extern in C

Modular Programming

o Functions in C

Return type

void type

Parameters (Call by value)

Function prototype

Data Structures

o Arrays (up to 2 dimensional)

o Overview of Linked List (Only Theory)



Topic: DBMS (DataBase Management System)

Course Objectives:

o Understand the role of a database management system in an organization.

o Understand basic database concepts, including the structure and operation of the relational

data model.

o Construct simple and moderately advanced database queries using Structured Query

Language (SQL).

o Understand and successfully apply logical database design principles, including E-R

diagrams and database normalization.

o Describe and discuss selected advanced database topics, such as distributed database systems and the data warehouse.

Introduction to DBMS

o Explain the need for a database

o Explain the File-Based Systems

o Define Database & DBMS

o Explain some of the features of DBMS

o Identify the usage of Database

DBMS Architecture

o Explain the Three-level architecture of DBMS

o Explain the functions of Database Systems

o Describe the overall system architecture

Types of Databases

o Explain the structure of Data

o Explain the process of data access in various data-models

Introduction to Data Modeling

o Explain the steps involved in the database designing pattern

o Design a Conceptual database using ER model

E-R Model (Using Chens notations)

o Explain the concepts of Relational Data Model

o Explain the role of relational operators

o Convert an ER Model into tables



KEYS concept in RDBMS

o Super Key

o Candidate Key

o Integrity Constraints in DBMS

Normalization

o Explain the role of Normalization in database design

o Explain the steps in Normalization

o Types of Normal Forms 1NF, 2NF, 3NF

ANSI SQL - Basic Operations

o Write Queries using SQL select statements (DQL)

a. SELECT

o Work with SQL Operators

a. IN, BETWEEN, NOT, LIKE

o Work with SQL Functions

a. Aggregate functions like SUM, MAX, AVG etc.

o Work with SQL clauses

a. GROUP BY, ORDER BY, HAVING

o Work with the SQL Data Definition Language (DDL)

a. CREATE, ALTER, DROP, TRUNCATE

o Work with the SQL Data Manipulation Language (DML)

a. INSERT, UPDATE, DELETE

SQL - Advanced Operations

o Sub-queries

a. Single & Multiple row

o Develop queries using SQL Joins

a. INNER

b. OUTER

i. RIGHT OUTER

ii. LEFT OUTER

iii. FULL OUTER

c. SELF



o Introduction to views (Theory of Simple & Complex views)

a. CREATE, ALTER & DROP Simple View

o Overview of Indexes (Theory of Clustered & Non-Clustered)



Topic: OOPS (Object Oriented Programming) with C++

Course Objectives:

o To prepare object-oriented design for small/medium scale problems

o To demonstrate the differences between traditional imperative design and object-oriented

design

o To explain class structures as fundamental, modular building blocks

o To understand the role of inheritance, polymorphism, dynamic binding and generic

structures in building reusable code

o To write small/medium scale C++ programs

Object Oriented programming Concepts

o Distinction from procedural approach o Class as a blue-print o Why to use the concept of classes o Object and their attributes o Data Abstraction - Dealing with the data in the real world terms o Data Encapsulation o Inheritance (Reusability & Extensibility) o Messages - Interface to an object o Polymorphism

o Incorporating future needs o Economy of expression

o Class Hierarchy - Relationship definitions o Generalization o Specialization

Additional features in C++

o Function overloading o Default arguments o Inline functions o Reference types

Object Oriented Programming in C++

o Writing a class: Data members and member functions o Data types & basic Operator in C++ o Encapsulation

o Access modifiers: private, protected & public o Abstraction

o Using member functions & manipulating data members

Object creation and referencing

o Constructor & Destructor- Why we need them? o Constructor Overloading o Concept of Pointers to object o Copy Constructor o Dynamic object creation using new and delete operators



Static Members

o Requirement of Static Data Members o Static Functions o Differences in static and non-static members

Associations as Object relationship

o What is Object relationship? o Association o Aggregation o Composition o Containment in C++ o Implementing Association in C++

Inheritance

o Concept of Inheritance - Deviation from traditional approach o Types of Inheritance (Concept)

o Single o Multiple o Multilevel o Hierarchical o Hybrid

o Reusability - Protecting the investment of earlier efforts o Concept of base and derived classes o How to design reusable classes o Dos and Donts of reusable classes o Whats overriding all about o Accessing members of the base class

Polymorphism

o Static Binding v/s Dynamic Binding o Whats Polymorphism all about o How does it cater to economy of expression o Why use Polymorphism o When to use polymorphism o Concept of common mechanism o How to identify a common mechanism o Whats Virtual Method all about o Pure Virtual Functions

Implementation of Hybrid Inheritance & Diamond problem

o What is diamond problem? o Resolving diamond problem

o Using scope resolution o Using virtual keyword in Inheritance



Topic: Web Concepts

Course Objectives:

o Write syntactically correct HTTP messages and describe the semantics of common HTTP

methods and header fields

o Discuss differences between URIs, URNs, and URLs, and demonstrate a detailed

understanding of http-scheme URLs, both relative and absolute

o Describe the actions, including those related to the cache, performed by a browser in the

process of visiting a Web address

o Write a valid standards-conformant HTML document involving a variety of element types, including hyperlinks, images, lists, tables, and forms

o Use CSS to implement a variety of presentation effects in HTML and XML documents,

including explicit positioning of elements

o Give the distinguishing characteristic of scripting languages

o Discuss the reasons for and effects of nonstandard client-side scripting language characteristics, such as limited data types, dynamic variable types and properties, and

extensive use of automatic type conversion

o Write a client-side function that uses a regular expression to validate form entry and, if an

entry is invalid, displays an error message rather than submitting the form

o Recognize and correct validity errors in XML documents

o Discuss how XML DTDs differ from XML schemas

Introduction to the Internet and the World Wide Web

o What is Internet

o What is the World Wide Web?

o Difference between URL, URI, URN

o Anatomy of a Web Page

o Comparing Web Site Projects and Web Application Projects

o Proxy Servers & Firewalls

Understanding the concept of Protocols

o Hypertext Transport Protocol (HTTP)

o HTTP request ; HTTP response ; HTML -Web page

Hypertext Markup Language (HTML)

o What is a Markup Language & its History

o Concepts of Tags & Entities



o Creating a simple Web Page

o Images & Links in a Web Page

o Tables & Forms

Concepts of Cascading Style Sheets

o Introduction to Cascading style Sheets

o Concept of ID and Class selector

Introduction to Scripting Language

o The need for Scripting Language

o Difference between Server Side Scripting and Client Side scripting

o Introduction to JavaScript

o Functions: In-built and User defined

o Overview of event handling using JavaScript

o Overview of regular expressions eMail ID validation

o Validating an Basic HTML form

Overview of HTML 5.0

o Introduction to HTML5

o Symantec elements

o Form elements

o Media elements

Introduction To jQuery

o What is jQuery?

o jQuery Vs Other JavaScript Libraries

o Download the Library

o Using Google Content Deliver Network (CDN)

o The jQuery Function Object

o jQuery Simple Demo

DOM Traversal- Selectors & Filters

o Basic Selectors

o Hierarchy Selectors

o Selection By Attribute

o Basic Filters in jQuery

o jQuery Method Chaining



Events

o Events Overview

o jQuery event model

eXtensible Markup Language

o Why XML?

o XML Architecture- Building Flexible three- tier web applications

o XML a universal data format

o Benefits of XML

o Business benefits of XML

o Technology benefits of XML

o Well formed documents

o Well formed rules

o Parsing XML documents

o Data verses Markup

o Creating an XML document

o Comments

o Processing Instructions

o Classification of the character data between the tags

o The DOCTYPE declaration

o Attributes

Validations & Transformations

o Validating XML Document against:

o DTD

Declaring of Elements

Declaring Attributes

o XML Schemas- XSD

Creating a schema file

Creating Simple Data Types and Complex Types

Creating attributes

Usage of Group, AttributeGroup, Choice elements



Recommended topics to be referred after Boot Camp

Java Training Course Outline

o Getting Started with OOPS and Java o Data types and Variables o Operators and Expressions o Control Flow o Arrays o Introducing Classes o Inheritance in Java o Inner Classes and Packages o Exception Handling o Input/Output Streams o MultiThreading in Java o Collection Framework and Generics

Microsoft .NET Programming (C#, ASP.NET)

o .NET Framework4.0

MicroSoft .NET Overview

.NET Languages

o C#.NET

C# Languages Basics

Object Oriented Language and OOPS Concepts

Memory Management

Exceptional Handling

Operator Overloading

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