• Pin Diagram, Block Diagram 8085 and 8051, Timing and Clock, Reset circuitry

• Memory Architecture

• Addressing Modes

• Instruction set

• Interfacing of LED

• Interfacing single seven segment display,

• Multiplexing of four seven segment displays

• Counter application

• Key-pad scanning without interrupt

• Timer and Interrupt structure

• Interrupt based Display Driver for seven segment display

• Interrupt based hex -key pad Driver

• Stop watch Application

• Development of directory structure

• Introduction to conditional assembly structure

• Software & Hardware drivers for LCD

• Uart, RS232 interface, RS485, null modem configuration, Stopwatch on hyper terminal.

• Introduction to C programming, Data types, Format specifiers, Qualifiers, Operators, decision control structure.

• Loop control structure, Functions.

• Arrays, strings, storage classes.

• Pointers.

• Arithmetic operation on Character, Type casting, creating a header file, use of Global variables.

• File handling in C,

• C for 8051, introduction to SPJ compiler.

• Interfacing of LCD display

• Interfacing of Seven-segment display.

• Interfacing of Keypad and LCD.

• Interfacing of Keypad and seven segment display

I2C

• Understanding Serial buses

• What is I2C

• Understanding I2C Protocol

• Learning different I2C Devices

• Interfacing various I2C Devices

• Developing Drivers for Various I2C devices as follows

RTC – PCF 8563

Initialize RTC, Set RTC, Read RTC, Warm and Cold Boot. Alarm setting on RTC.

EEPROM- 24c32

Setting Parameters and Password Programs

ADC/DAC – PCF 8591

Controlling LED Intensity, Blink Rate and Buzzer Tone through POT.

Signal Generator (square, triangular, sine and cosine) with Amplitude control.

PORT EXPANDER – PCF 8574

Connecting LCD to Port Expander.

CAN Bus

• Understanding Serial buses

• What is CAN?

• Understanding CAN Protocol

• Learning CAN Controller MCP2510

• Understanding CAN Transceiver MCP 2551

• Interfacing CAN Controller and Transceiver

• Developing Nodes and writing drivers for them

• Implementing complete CAN Model

ROB : Robotics

Introduction

• Degree of Freedom

• Do it yourself kit

DC Motor

• Applications of DC Motor in Robotics

• Theory of DC Motor

• Hardware and Software Interface of DC Motor

• Demonstration of DC Motor on Robotic Kit

Stepper Motor

• Theory of Stepper Motor

• Hardware and software Interface of Stepper Motor

• Demonstration of Stepper Motor on Robotic Kit

• Applications of Stepper Motor

Servo Motor

• Theory of Servo Motor

• Hardware and Software Interface of Servo Motor

• Applications of Servo Motor

• Demonstration of Servo Motor on Robotic Kit

Sensors

• Theory of various Sensors

• Hardware and Software Interface of Touch and Light Sensor

• Applications of Sensors

• Demonstration of Sensors on Robotic Kit.

• Define Real Time Operating Systems (RTOS)

• Comparison between normal (traditional) OS and Real Time OS

• Why RTOS is required in Embedded systems

• How RTOS helps to increase the scalability

• Basic architecture

• Types and features

• Hard time systems

• Real time kernels

• Multitasking techniques

• Real time scheduling

• Interrupts service routine (ISR)

• Shared Resources

• Preemptive and non preemptive kernels

• Priority and its inversion

• Interrupt latency

• Kernel initialization

• Semaphores management

• Designing RTOS scheduler.

• Implementation of Debug code and use of Debug as a tool

• Designing & Implementation of RTOS code on 8051 system.