BASIC EMBEDDED SYSTEM

MODULE 1: EMBEDDED SYSTEM OVERVIEW
1. Introduction
2. History of Embedded System

3. Embedded System Design Parameters

4. Challenges and Trends in Embedded System

5. Operating System for Embedded System

MODULE 2: BASIC ELECTRONICS
1. Practical applications of Basic Components

  1. Resistance
  2. Capacitor
  3. Inductor
  4. Transistor
  5. Power supply
  6. Regulator

MODULE 3: INTRODUCTION TO INDUSTRIAL ELECTRONICS
1. Introduction to Industrial Electronics
2.
Introduction to Soldering
3.
Introduction to Power Supply

MODULE 4: DIGITAL ELECTRONICS
1. Design Concepts
2. Introduction to Logic

3. Optimized Implementation of Logic Functions

4. Number Representation and Arithmetic Circuits

5. Combinational-Circuits Building Blocks

6. Flip-Flops, Registers, Counters, and Simple Processor

7. Synchronous Sequential Circuits

8. Asynchronous Sequential Circuits

9. Digital System Design

MODULE 5: EMBEDDED PROGRAMING
1. Basic “C”
2. Embedded “C”
3. Combining ‘C’ & Assembly
4. C Preprocessors for Embedded

MODULE 6: MICROCONTROLLER & MICROPROCESSOR
1. Introduction: Microcontrollers and Microprocessors
2. RISC & CISC
3. Microcontroller 8051 Architecture
4. Memory Organization (in comparison with CPU)
5. Programming in Assembly and C
6. Special Function Registers
7. Addressing Modes
8. Instruction Set
9. Timers and Counters
10. Interrupt Handling
11. Serial Communication

MODULE 7: INTERFACINGS AND IMPLEMENTATIONS
1. LED interfacing
2. Keypad interfacing
3. 7-Segment interfacing
4. Displaying numbers
5. LCD interfacing
6. Buzzer Interfacing
7. Various types of Sensors
8. Relay Interfacing
9. DC geared motors
10. Stepper motor
11. Motor Driver (H-Bridge)
12. RF module interfacing
13. Designing line detecting sensors

Major Project
Integration of the above Modules to make out a Major Project by the students which will add a great value to this training program.