POST GRADUATION DIPLOMA IN EMBEDDED SYSTEMS (PGDES)

Microcontroller Design Using Assembly Language- Advanced Hardware

STP 32 & ESP 8266 & ESP 32         

• 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

• Stopwatch Application

• Introduction to conditional assembly structure

• Software & Hardware drivers for LCD

• UART, RS232 interface, null modem configuration

Basic C

• Introduction to C programming,

• Data types, Format specifies, Qualifiers, Operators, decision control structure, Loop control structure, Functions, Arrays, strings, Pointers

• Arithmetic operation on Character

• Use of Global variables

• Pointers, Call by Value, Call by Reference

• String & Array.

Embedded C

• C programming for 8051 MCU

• Architecture of 8051 MCU

• Interfacing of LCD display

• Interfacing of Seven Segment Display

• Timer, Counter & Interrupt in Embedded C

• Interfacing of Keypad & LED

• Interfacing of LED

• Serial Communication in UART

PIC-CONTROLLER (16 F/ 18 F)

• Architecture of PIC micro controller

• Special features of 16F CPU

• Memory organization

• Instruction set

• Data EEPROM & flash memory

• I/O ports in PIC microcontrollers

• Timers (T0, T1, T2) modules and Interrupt structure

• Analog to Digital (ADC) converter module

• USART, RS232 interface

ARM [Advanced Risk Machine]

• Features in RISC Architecture: - Hardware

• ARM processor architecture

• ARM Organization and implementation

• 3-Stage Pipeline & 5-Stage Pipeline ARM

• ARM Organization, Instruction Execution, Implementation, Coprocessor Interface

• Memory format: - Memory Hierarchy, Size and Speed, On-Chip Memory, Caches

• Memory Management, Instruction length

• Use of ARM-based IDE Project creation

• Compilation, Debugging, Linking, Breakpoint insertion

• Evaluation and comparison of ARM-based IDE’s microcontroller-specific programming

• Downloading code hex file into the ARM-based Philips microcontrollers

• Instruction set, Interfacing of LED, LCD

• Interfacing single seven-segment display

• Multiplexing of four seven-segment displays & Counter application

• Timer and Interrupt structure, UART, RS232 interface

• Interfacing of RTC, ADC & DAC

ROBOTICS

• Introduction
  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 configuration

Communication Protocol

I2C: INTER INTEGRATED CIRCUIT

• Understanding Serial buses & I2C

• Understanding I2C Protocol

• Interfacing of different I2C Devices

• Developing drivers for various I2C devices – RTC, EEPROM, ADC, DAC, Port Expander

• Writing clock application of RTC - PCF8563

• Writing application of EEPROM - AT24C32

• Writing application of ADC/DAC - PCF8591

• Writing application of Port Expander – PCF 8574

SPI: SERIAL PERIPHERAL INTERFACE

• Master to master communication

• Master-to-slave communication

CAN Bus

• Understanding CAN Protocol

• Learning CAN Controller MCP2510

• Understanding CAN Transceiver

• MCP2551

ARDUINO

• Introduction of Integrated development Environment (IDE)

• Interfacing with LED Interfacing

• Interfacing with Seven Segment Display

• Interfacing & LCD

• Interfacing with Motor Interfacing

• Interfacing with Ultrasonic

• Sensor Interfacing

• Interfacing with Bluetooth

• Interfacing with IR sensors

OIT (INTERNET OF THINGS)

• Concept of IOT

• Application of IOT

• Market study & Future Scope

• Study of ESP8266 with pin diagram

• Features of ESP8266

• Hardware connection with schematic diagram

• Relay interface with IOT module

• Led & seven segment display interface with IOT kit

• Introduction of Arduino IDE

• How to write programs in Arduino IDE and operation

• Configuration of ESP8266 and driver installation method

• How to write Embedded C language for

• Arduino IDE

• How to write driver for WIFI & HOTSPOT

• How to find the IP address of ESP8266 using

• Serial communication

• Relay operation with LED device interface

• Program using the WIFI method

• Relay operation with LED device interface

• Program using HOTSPOT method

• Introduction of hypertext markup language (HTML)

• How to write html code for colors, buttons,

• Names and heading

• HTML coding link with ESP8266 using

• Arduino IDE using programming

• Universal control system board using a unique website method for feedback system signals

• Hardware Interface with analog sensor 

• with IOT kit

• Programming for various sensor interface

LINUX

• History

• Why Linux?

• Open source and GPL

• Open-source development labs

• Anatomy of an embedded system

• Starting Board