• Students of all branches of engineering.
  • Working Graduates
  • Professionals
  • All aspirants to pursue professional course in Embedded Systems

What is this course about?

Studyhub provide a technical training specialized in developing embedded systems with practical solutions offered by the use ARM families of processors in this software and hardware markets of present times. At Studyhub, we provide a hands-on-work training that facilitates the understanding and use of complex embedded systems taking under coverage almost all aspects of design in a way that is not only simple but also easily executable. Our team of fine professional leaders and teachers assure delivery of high-end program training..



What will Course Contain?

  • Introduction
  • Embedded System Concept
  • Introduction To Microcontrollers And ARM Family
  • Concept Of Electronics
  • Interfacing Of Various Kind Of Display Devices
  • Interfacing Various Human Interface Devices
  • Embedded C Programming
  • Communication between micro controller and other devices
  • I2C, SPI protocols on Microcontrollerand other devices
  • Interfacing Of Sensors With Microcontroller
  • Live Projects


Course Highlights

45hrs+ live project training.

The hardware implementation of the ARM7 microcontrollers

The concept of pipelines, registers and exception modes

Build projects from basic to advanced level

Integrated peripherals based on I/O functions

Software development flow and working with projects

Course Curriculum

Introduction to Processing Devices

  • Introduction to Microcontrollers
  • Introduction to Microprocessor
  • Other Programmable devices
  • Difference b/w various processing devices

Basics of Computer Architecture

  • RISC vs. CISC Architecture
  • RISC vs. ARM 32 bit

ARM Architecture

  • Introduction to ARM Architecture
  • Harvard and Von-Neumann Architecture
  • Block Diagram
  • Functional Diagram

Register and Memory of ARM 7tdmi

  • Various types of Memory
  • ARM Register Set
  • 32 bit CPU registers
  • CPSR and SPSR register
  • ARM Pipeline

ARM Instruction Set’s

  • Introduction to 32 bit ARM instruction set
  • Introduction to 16 bit THUMB instruction set
  • Introduction to 8- bit Jazelle instruction set

Pin Control Block

  • Phase Lock Loop
  • Pin Configuration
  • Pin Connect Block
  • General Purpose I/P

Interrupt Controller

  • Basics of interrupt
  • Polling method
  • Difference between polling and interrupt method
  • Interrupt service routine (ISR)
  • Vector Interrupt Control
  • FIQ
  • IRQ


  • Theory of ADC
  • Types
  • Inbuilt ADC
  • Interfacing external device to ADC

Sensor Interfacing

  • Introduction to Sensing Devices
  • IR Sensor Interfacing
  • Temperature Sensor Interfacing

I2C Protocol Interfacing

  • Feathers
  • Applications
  • Architecture and Register Description

Embedded C Programming

  • C programming basics
  • Difference between C and Embedded C
  • Compiler handling
  • Creating and modifying projects in Compiler Conventional programs
  • Basic Embedded programs structure
  • Getting your programs into a compiler, writing your programs

Serial Peripheral Interface (SPI)

  • Feathers
  • Applications
  • Pin Description
  • Architecture and Register Description
  • Introduction to CAN

Pulse Width Modulation

  • PWM Generator
  • Register Description
  • Application

Real Time Clock

  • Feathers
  • Resister Description
  • RTC Interrupts

Introduction to Real World Interface

  • Led interfacing
  • Seven Segment interfacing
  • Micro switch Interfacing
  • Keypad interfacing
  • LCD interfacing
  • Motor Interfacing


  • Timer 0 and Timer 1 Feathers
  • Pin Description
  • Register Description
  • Basics of Timer handling

Serial Port

  • Basics of serial port (Rs232)
  • Types of connectors
  • Interfacing pc with micro controller
  • MAX 232 interface Hardware structure
  • Serial port configuration (mode selection)
  • UART0 and UART1 handling

Working With Flash MemorySy stem and Programming

  • Flash Memory System
  • Flash Boot Loader and Feathers
  • Working
  • Introduction to JTAG


  • Interfacing LED with Controller
  • Interfacing Switches with Controller
  • Interfacing 7 segment with controller
  • Interfacing Keypad with controller
  • Interfacing LCD with controller
  • Interfacing Motors with controller
  • Using Timers 8 bit and 16 bit.
  • Using Serial port of ARM, Data Communication between ARM micro controller and PC.
  • Using Interrupts, above Practical will be designed using interrupt method.
  • Using inbuilt ADC of ARM
  • Application Programming using FIQ and IRQ
  • Applications of Timer UART and Interrupts

Projects will be covered according to time duration