course syllabus from ingenious

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Embedded system course details (40 hrs) (RS.17500) 'C' Programming 1.1 Constants, Variables, Data types, Operators & Expressions 1.2 Input/output, branching and Looping 1.3 Arrays and Strings 1.4 Functions 1.5 Structures and Unions 1.6 Pointers 8051 Microcontroller & PIC Microcontroller 2.1 Architecture 2.2 Timers/Counters 2.3 Interrupts 2.4 Serial Communication Exploring IDE (RIDE and MPLAB) 3.1 Memory configurations 3.2 Local Memory Model specifications 3.3 Developing an Application using IDE Introduction to C Programming for Microcontroller 4.1 Basic C Program Structure 4.2 Differences from ANSI C 4.3 In-System Programming Technologies and Methods Programming Microcontroller using 'C' & Hardware Interface– Part I 5.1 I/O Ports 5.2 Seven Segment 5.3 LCD 5.4 Interrupts 5.5 Timer / Counter 5.6 Serial Communication 5.7 ADC/DAC 5.8 Keypad 5.9 Motor Control 5.10 Stepper Control 5.11 PWM Method Programming Microcontroller using 'C' – Part II 6.1 Using Functions 6.2 Embedding Assembly Language Statements in 'C' Programs 6.3 LCD Interfacing Protocols 7.1 I2C (Inter Integrated circuits) 7.2 SPI (serial peripheral Interface) 7.3 CAN (Control Area Network)

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Page 1: Course syllabus from ingenious

Embedded system course details (40 hrs) (RS.17500)

'C' Programming 1.1 Constants, Variables, Data types, Operators & Expressions 1.2 Input/output, branching and Looping 1.3 Arrays and Strings 1.4 Functions 1.5 Structures and Unions 1.6 Pointers

8051 Microcontroller & PIC Microcontroller

2.1 Architecture 2.2 Timers/Counters 2.3 Interrupts 2.4 Serial Communication

Exploring IDE (RIDE and MPLAB)

3.1 Memory configurations 3.2 Local Memory Model specifications 3.3 Developing an Application using IDE

Introduction to C Programming for Microcontroller

4.1 Basic C Program Structure 4.2 Differences from ANSI C 4.3 In-System Programming Technologies and Methods

Programming Microcontroller using 'C' & Hardware Interface– Part I

5.1 I/O Ports 5.2 Seven Segment 5.3 LCD 5.4 Interrupts 5.5 Timer / Counter 5.6 Serial Communication 5.7 ADC/DAC 5.8 Keypad 5.9 Motor Control 5.10 Stepper Control 5.11 PWM Method

Programming Microcontroller using 'C' – Part II

6.1 Using Functions 6.2 Embedding Assembly Language Statements in 'C' Programs 6.3 LCD Interfacing

Protocols 7.1 I2C (Inter Integrated circuits) 7.2 SPI (serial peripheral Interface) 7.3 CAN (Control Area Network)

Page 2: Course syllabus from ingenious

JAVA COURSE DETAILS (40 Hrs) (RS.13,500)

CORE JAVA Introduction to OOPSIntroduction to Java and SDELanguage Fundamentals and OperatorsWrapper Classes, Selection Statements and Iteration BlocksAccess Specifiers, Constructors and MethodsInheritance, Interfaces and Abstract ClassesException HandlingStrings, String Buffer and its functionsCollections and Util packageThreadsI/O operations in JAVAJDBCGarbage CollectionOverview of AnnotationUpdating in JDK 1.6

ADVANCE JAVA Introduction to HTMLFrames and TablesForm ElementsIntroduction to JavaScriptIntroduction to AjaxServlet JSPCustom Tags & LibrariesStruts Framework Ver 2.xSpring Framework Ver 3.0Hibernate

J2EE

Servlet Web Application Basics.Architecture and challenges of Web Application.Introduction to servletServlet life cycleDeveloping and Deploying ServletsExploring Deployment Descriptor (web.xml).Handling Request and ResponseInitializing a ServletAccessing DatabaseServlet ChainingSession Tracking & ManagementDealing with cookiesTransferring RequestAccessing Web ContextPassing INIT and CONTEXT ParameterSharing information using scope object

Page 3: Course syllabus from ingenious

Controlling concurrent accessUser AuthenticationFiltering Request and ResponseProgramming FilterFilter MappingServlet Listeners

Java Server Pages Technology

Basic JSP ArchitectureLife Cycle of JSP (Translation, compilation)JSP Tags and ExpressionsRole of JSP in MVC-2JSP with DatabaseJSP Implicit ObjectsTag LibrariesJSP Expression Language (EL)Using Custom TagJSP Capabilities:• Exception Handling• Session Management• DirectivesJSP with Java Bean

Enterprise JAVA Beans Enterprise Bean overviewTypes of enterprise beansAdvantages of enterprise beansThe Life Cycles of Enterprise BeansWorking with Session BeansStatefull vs. Stateless Session BeansWorking with Entity BeansMessage Driven Beans

Awareness to Other J2EE Technologies

Java MailJTAWeb ServicesJMSANTLog4JJSFHibernateStruts FrameworkSpring FrameworkDesign Pattern

.NET COURSE (40 Hrs) (RS.13, 500)

Page 4: Course syllabus from ingenious

Introduction .Net Framework

Framework 3.5

1. Windows Application

2. Web Application

3. Web Services

Windows Application

Vb.net

C#.net

Web Application

Asp.net(C#)

Asp.net(Vb)

Web Services

Vb.net

C#.net

Windows Application (17 Hrs) 01: Getting Started

02: Expressions, Types, and Variables

03: Control Statements - Selection

04: Control Statements – Loops

05: Methods

06: Namespaces

07: Introduction to Classes

08: Class Inheritance

09: Polymorphism

10: Properties

11: Indexers

12: Structs

Page 5: Course syllabus from ingenious

13: Interfaces

14: Introduction to Delegates and Events

15: Introduction to Exception Handling

16: Using Attributes

17: Enums

18: Overloading Operators

19: Encapsulation

20: Controls

21: ADO.net

22. Reports

Asp.net (18 Hrs) Validation

• Introduction • RequiredFieldValidator • CompareValidator • RangeValidator • RegularExpressionValidator • CustomValidator • More validation

State

• Cookies • Sessions • ViewState

Misc

• Sending e-mails

ASP.NET & Ms Sql

• Introduction • Getting started • First access • Databinding

Ajax Controls

Page 6: Course syllabus from ingenious

User Control

Creating a UserControl Using a UserControl Events in UserControls

Web services (5 Hrs) 1. Introduction2. Create Web Services3. Using in Windows Application4. Using in Web Services