An embedded system is a computer system with a dedicated function within a larger mechanical or electrical system, often with real-time computing constraints. It is embedded as part of a complete device often including hardware and mechanical parts. Embedded systems control many devices in common use today.

Students must have the knowledge of basics of embedded C programming, hobbyists, robot builders, experimenters and small system developers. Working professionals or graduates who aspire to pursue their profession in the field of Embedded System or Robotics will find it completely beneficial.

Embedded System Architect, Firmware Engineer, Senior Embedded Firmware, Software Electrical Engineer, Hardware Design Software Engineer, Embedded trainer, Research and development field.

Embedded system is commonly used today in everyday life. Almost 98% of your daily routine equipment’s consist of embedded system and its market is expected to grow at a projected growth rate of 5.4% over the next five years. From 2016 to 2021 industry is forecasted to grow rapidly and so as the demand of embedded engineers from the knowledge of basic embedded systems to specific microcontroller.

CURRICULUM

Advanced Embedded System

C Programming

  • Introduction to C Programming
  • Structure of C Programs
  • Reserve words/ Keywords
  • C Basic Data type
  • Operators
  • Making Decision
  • Arrays
  • Storage Classes in C Language
  • Function
  • Pointers
  • Strings
  • Structure
  • Dynamic Memory Allocation
  • File Handling in C

Embedded with 8051/52

  • Introduction to Embedded Systems
  • Anatomy of Embedded Systems
  • Introduction of Electronic Components
  • Introduction to Sensors
  • Introduction to Computational Devices
  • Interfacing to Actuator
  • How to work on Educational & Engineering Level Actuator
  • How to Drive Motor
  • Introduction to LCD Display
  • Introduction to 7-Segment Display
  • Introduction to 4-bit Keypad and Matrix Keypad

Embedded System With AVR

  • Introduction to Embedded System
  • Interfacing of various kind of display devices
  • Interfacing various human interface devices
  • Introduction to Sensor
  • Embedded System Concept
  • Introduction to Microcontrollers and AVR Family
  • Embedded C Programming
  • Introduction to LCD
  • Introduction to ADC
  • Introduction to USART
  • Introduction to Timers/Counters
  • Introduction to PWM
  • Project Building and implementation
  • Projects Covered

Embedded System With ARM

  • Introduction to Processors
  • Basic of Computer Architecture
  • ARM7 Architecture
  • ARM Processor Programming Environment
  • Embedded C Programming
  • Getting Started: I/O Peripherals on board
  • ARM: TIMERS
  • Serial Communication
  • Go Ahead with ARM: Advance Features
  • Practical: Adding Advance Peripherals
  • Project Building and implementation

Arduino

  • Introduction to ARDUINO
  • ARDUINO: Theory
  • Arduino Integrated Development Environment
  • Before You Begin
  • Lets Climb Up in Arduino
  • Arduino: Learn to the Core
  • Give Sensor to Arduino: Learn Sensors
  • Arduino: It's not finished yet
  • Projects Covered

Raspberry Pi

  • Introduction To The Raspberry Pi
  • Linux Systems Administration Part 1
  • Linux Systes Administration Part 2
  • Pi Home Theatre
  • Pi Productivity and Web Software
  • Introduction To Programming The Pi
  • Introduction To Python
  • The Pi Hardware Interface

Internet of things

  • Introduction to IOT
  • IOT Architecture Overview
  • Hardware implementation
  • Communication Technologies used in IOT
  • End to End IOT Industry Application for Smart Home/Smart Car (Hands on)
  • Software implementation in Arduino Uno for creating IOT platform
  • Sensor Practical (Hands on)
  • Texturing
  • Rendering (mental Ray)
  • SESSION 4: Final project
  • Requirements from College
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