Mbed Technologies
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    An embedded system is an electronic system built for a specific purpose and is typically divided into various levels starting from the bottommost hardware layer to topmost graphical user interface. Embedded software development involves software design, development and testing of the embedded software application using Open Source Tools or Proprietary tools at each of the level.

    As an Embedded Engineer, you will be working with unique and gifted teams in the companies developing exciting features and products for customers and collaborate with cross-functional engineering teams.

    You will have an enormous opportunity to make a large impact on the design, architecture and implementation of cutting edge technology products used every day in multiple domains and technologies.


Students completing this course will be eligible to apply for following positions on different companies across the globe.

 Firmware Engineer
 Firmware Development Engineer
 Embedded Software Engineer
 Embedded Firmware/Software development engineer
 Embedded Software Development Engineer
 Embedded Systems Engineer
 Embedded C Developer
 Software Engineer- Embedded
 Firmware/Embedded Engineer

Note: Curious to read requirements of any current open position in market today? Click here


  8th Semester Engineering students persuing a 4years Bachelor Degree course or Passed out engineering students are eligible for this course.
  Only Computer Science or Electronics and Communication or Electrical or Electrical and Electronics or Instrumentation or Information Technology or MCA degree students are eligible for this course.

 Class Room: Lab and classroom projectors
 Course Duration: 6months
 Course Days: MON-FRI or Weekends
 For Course Registration Fee Details contact us here

Note: The syllabus for Embedded Firmware and Software Development course is distributed as below.

  • Programming environment setup installation
  • Source code development in a Windows and Linux System environment
  • Functions and function prototypes
  • Makefiles usage and applications development
  • All about computer memory, RAM, ROM
  • Typical C program memory layout
  • Operators in C Programming
  • Storage Classes and scope of variables
  • If, if else, for, while, do while loops
  • break, continue, go to statements
  • switch case statements
  • Arrays Basics
  • Arrays and Applications
  • Multidimensional Arrays
  • Strings Basics
  • Strings Applications
  • Embedded Application Development
  • Optional monthly assignment and evaluation
  • Pointer Definition, declaration, initialization
  • Pointer to integer, character, arrays, strings
  • Function Pointers
  • State Machine Implementation
  • Complex Pointers Types and Applications
  • Structure declaration, initialization
  • Pointers to structures
  • Unions and its application
  • Enums usage illustration
  • Bit fiddling applications
  • Structural padding usage
  • Embedded C programming Review with master C program
  • Embedded Application Development
  • Optional monthly assignment and evaluation
  • Basic electronic components experiments.
  • Microcontroller internals.
  • Types of Microcontrollers, instruction sets, memory architecture.
  • Microcontroller Vs Microprocessor Vs SoC.
  • Firmware development, debugging tools, IDEs.
  • Embedded Application Development
  • Optional monthly assignment and evaluation
  • PWM Theory and implementation using AVR/8051/PIC Microcontrollers.
  • ADC/DAC and Sensor Interfacing using AVR/8051/PIC Microcontrollers.
  • UART, I2C, SPI protocols Theory of operation.
  • Microcontroller interfacing using I2C/SPI protocol.
  • Types of LCDs and LCD interfacing with microcontrollers.
  • Embedded Application Development
  • Optional monthly assignment and evaluation
  • Real time operating systems, GPOS vs RTOS.
  • Task creation, deletion on a RTOS application.
  • Using Mutex and Binary semaphore in a RTOS application.
  • Message communication between tasks using Message queues.
  • Embedded Application Development.
  • Optional monthly assignment and evaluation.
  • Embedded Application Development
  • Optional monthly assignment and evaluation
  • Illustration of Flow of data from management interface to hardware.
  • Writing a shell script and its usage in build process.
  • Making a software build in Linux.
  • Isolating and Debugging an issue in a Linux Environment.
  • Embedded Application Development.
  • Optional monthly assignment and evaluation.
  • Embedded Application Development
  • Optional monthly assignment and evaluation
Apply & develop skills