Characteristics :

  • Embedded systems are task specific. They are found in networking task, sending and computing.
  • It is created with time constraint in mind.
  • They possess either no UI or just a minimal UI.
  • It depends on another system to give input.
  • They work without too much of power and are not expensive.
  • It is highly reliable and stable which can be used for longer periods.

Working of Embedded System :

  • It takes the analog or digital input from the user.
  • Processing is done by calculation or conversion of analog value to digital output.
  • Controlling of output devices after conversion.

Steps to make Embedded Product :

  • Need to know the end user specification.
  • Examine the components required to make the product.
  • Create design of the development cycle.
  • Develop the system using hardware and software tools.
  • Test the system to prove possible potential.
  • Check the result in the real time environment.
  • Upgrade is done with the availability of new features.

EVOLE

Embedded System Programming Course Content

Duration : - 100 Hours.


Basic Electronics

  • Basic Concepts
  • Component Identification
  • Circuit design Guidelines
  • Measuring Instruments
  • Communication Basics

Digital Electronics

  • Number systems
  • Boolean logic & Logic gates
  • Combinational circuits
  • Sequential circuits

Microprocessors vs. Microcontrollers

  • Architecture
  • Memory
  • Programming Model
  • Peripheral Interfaces
  • Applications

COMPLETE C & Embedded C PROGRAMING

  • Basics Concepts
  • Variables and Data types
  • Storage Classes & Storage Class Modifiers
  • Arrays
  • Functions
  • Structures & Unions
  • Pointers
  • Preprocessor directives
  • Data structures & Linked Lists

Controllers & Communication

Protocols 8 bit Microcontrollers

  • Architecture
  • Programming Module

Programming Concepts Peripheral Interface

  • Input/ Output
  • Timer/ Counter
  • Serial Communication Interface
  • Interrupt

Hands-on experience using 8-bit microcontroller & peripheral hardware

32 bit microcontrollers

  • Introduction
  • Memory Addressing and Mapping
  • Programming Model
  • Peripheral Interface
  • GPIO
  • Timer0/ Timer1
  • UART0/UART1
  • I2C interface
  • SPI interface
  • PWM interface
  • Real-time Clock & Watchdog timer
  • A/D Converter
  • CAN

Hands-on experience using 32-bit microcontroller & Peripheral hardware RTOS CONCEPTS

Real-time systems

  • Real time systems concepts
  • Hardware considerations
  • Real time kernel implementations
  • Real time kernels
  • Inter task communication
  • Synchronization
  • Memory management

Python Scripting

  • Hello, World!
  • Variables and Types
  • Lists
  • Basic Operators
  • String Formatting
  • Basic String Operations
  • Conditions
  • Loops
  • Functions
  • Classes and Objects
  • Dictionaries
  • Modules and Packages

EMBEDDED TESTING

  • Basic Concepts
  • Test Cases

Hands on Lab Interfacing with & 32 Bit MCU Various Sensors Wireless

Technologies Motors ADC Power Supply Board etc...

CASE STUDIES

  • 1 or 2 case study automotive technology

PROJECTS

  • After each MCU Training one min project will be executed
  • After The entire training, one major project on Automotive Related project
  • will be executed

PLACEMENT ASSISTANCE

  • Will support on line up for interviews (not Guarantee)

MOCK INTERVIEWS

  • Will provided the Interviews (Minimum 2 interviews)

COMMUNICATION SKILLS

  • Verbal communication
  • Personality Grooming