Embedded System

About Embedded System

The Embedded System is focused and detail designing on giving you real world coding and designing experience and hands on project work with ARM based Microcontrollers designing tools to various industry. Learn how to design and deploy software configuration management designed tools and develop embedded software applications to this real world environment.

Who Uses

An embedded system is a small computer that forms part of a larger system device or machine to designing tool that can be used in modern technology. Its purpose is to control the device and to allow a user to interact with it automation tools oriented. They tend to have one or a limited number of tasks that they can perform good manner

For Example

Embedded systems are commonly used in various purposes to design and implementing tools such as commercial and industrial and military applications to safety various purpose.

SCOPE

If you are person who wants to know how systems work and learn more about hardware and software control devices then an MS in Embedded Systems is the better choice but if you wish to work on software and building architecture level for algorithms in modern world industry, then computer science is the way to go. Both courses will provide plenty and career growth of opportunities. Embedded System is the future. Every industry needs some artificial intelligence into it and artificial intelligence can be given by embedded systems only like to easy to work environment. No electronic product is without embedded systems in the market in and around world.

Eligibility

Use of microcontroller-based embedded systems as a tool to address digital control and sensing in engineering applications to the devices of access to easily help. Integration of hardware peripherals into real-time software applications tools. Software tool chains for embedded systems, use of debugger and development and testing methodology. Here is no doubt that initial packages are not very high but once you obtain experience of 3-4 years, you will get attractive packages. And experienced embedded system developers have high demand in India and abroad.

For Example

Some embedded systems are in real life systems MP3 players, mobile phones, video game consoles, television tools, digital cameras, DVD players, and GPS. Embedded home Appliances microwave ovens, washing machines and dishwashers, electronic instruments medical equipment’s include embedded systems to provide flexibility and efficiency to real life and modern life usage things.

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JOB OPPORTUNITIES

  • Embedded engineers are currently in high demand in IT field.
  • Embedded Systems is the better choice of growth a career
  • Courses will provide plenty of career opportunities in and abroad.

Course Syllabus

Component – 1
  • Introduction to Embedded Systems
  • Definition of Embedded System
  • Embedded Systems Vs General Computing System
  • History of Embedded Systems
  • Classification
  • Major Application Areas
  • Purpose of Embedded Systems
  • Characteristics and Quality Attributes embedding development tool
  • Typical Embedded System
  • Target Hardware Debugging
Component – 2
  • Embedded Networking
  • Core of the Embedded System
  • General Purpose and Domain Specific Processors
  • Commercial Off-The-Shelf Components (COTS)
  • Memory: ROM, RAM
  • Memory according to the type of Interface to embedded system
  • Memory Shadowing
  • Memory selection for Embedded Systems
  • Timer and Counting devices
  • Sensors and Actuators
Component – 3
  • Communication Interface
  • Onboard and External Communication Interfaces
  • Embedded Firmware
  • Reset Circuit, Brown-out Protection Circuit
  • Oscillator Unit
  • Real Time Clock
  • Watchdog Timer
  • Serial Peripheral Interface (SPI)
  • Inter Integrated Circuits (I2C)
  • Embedded Firmware Design
  • Development Languages
Component – 4
  • RTOS Based Embedded System Design
  • Operating System Basics
  • Types of Operating Systems
  • Embedded Product Development Life Cycle
  • Different phases of EDLC
  • Modeling of EDLC
  • Data Flow Graph, State machine model
  • Sequential Program Model
  • Concurrent Model

 

Component – 5
  • Process and Threads
  • Multiprocessing and Multitasking
  • Task Scheduling
  • Task Communication
  • Shared Memory
  • Message Passing
  • Remote Procedure Call and Sockets
  • Task Synchronization
  • Task Communication Synchronization Issues
  • Task Synchronization Techniques
Component – 6
  • Device Drivers
  • How to Choose an RTOS
  • Embedded Computing Platform Design
  • The CPU Bus
  • Memory devices and systems
  • Designing with computing platforms
  • Consumer electronics architecture
  • Platform
  • Level performance analysis
Component – 7
  • Components for embedded programs
  • Models of programs
  • Linking and loading
  • Compilation techniques
  • Program level performance analysis
  • Software performance optimization
  • Program level energy and power consumption analysis and optimization
  • Analysis and optimization of program size
  • Program validation and testing
Component – 8
  • Embedded system application and development
  • Case Study of Washing Machine
  • Automotive Application
  • Smart card System Application
  • ATM machine
  • Digital camera

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