Embedded ‘C’ & Protocols on Arm

Eligibility: BE, B.Tech, ME, M.Tech

Intermediate

Overview

Embedded C Programming Course

Description

Cranes Varsity is here to help you do just that with our Embedded C programming course. It’s time to take your C programming skills to the next level.

Why Embedded C Programming?

Embedded C programming is the language used to write software for embedded systems. Embedded systems are computer systems that have been designed to run on a hardware platform and control the hardware components of a real-world system.

This course will help you learn about embedded C programming, including:

– How to use the C programming language to develop software for an embedded system

– The process of compiling, linking, and loading code onto a target device.

Learn the fundamentals of C programming from the bottom up.

Learn about pointers, header files, null-terminated strings, buffers, and IO in C, as well as embedded systems, the ARM Architecture, and the LPC2129 Controller from NXP. It supports a variety of peripherals and communication protocols, such as timers, interrupts, and ADCs. The lectures are supplemented by laboratory exercises.

The Advantages of studying C Programming are:

  • Code created in the C programming language is easy to develop and comprehend.
  • It takes little time to implement and run the code.
  • It’s quite simple to learn and utilize this language.
  • Compared to other programming languages, the execution time is incredibly quick.
  • The code may be set up properly for handling and further processing.
  • It is a programming language for procedures.
  • It is a language for structured programming.
  • Programming user-defined functions for easier comprehension and quicker processing is simple.
  • Because the C language is a middle-level language, it is simple to create applications that are either high- or low-level.
  • 32 reserved keywords are pre-built for simple learning and use in the C programming language.

We additionally train students for interviews and Offer Placements in corporate companies.The certification course is Ideal for graduates with 0 – 3 years of experience & degrees in B. Tech, B.E, and B.Sc. IT Or Any Computer Relevant.

Students will not only gain knowledge of Embedded Systems and advanced tools but also gain exposure to Industry best practices, Aptitude & SoftSkills.Resume & Interviews Preparation Support.

Embedded C Course (Syllabus)

  • Historical Development  and features of C
  • Compilation Process (Source Code – Executable File)
  • Sample Program
  • Variables,  Keywords, Constants
  • Data types

  • Unary operators (++ / — )
  • Binary operators / Arithmetic operators
  • Assignment operators
  • Relational operators, Logical Operators
  • Shorthand Assignment operators, Bitwise operators
  • Order of Evaluation of expressions
  • Formatted / Unformatted Functions

  • Decision Constructs: if, if..else, ternary operator
  • Switch – case
  • Looping Constructs: while, do-while, for
  • break and continue
  • Nested Loops and infinite loops

  • Functions, Parts of Function
  • Passing arguments to the function

  • C Compilation Model
  • File Inclusion
  • Macro With and without arguments
  • Macros versus constant and Functions
  • Predefined Macros
  • Conditional compilation

  • Array and its memory layout
  • Initialization of array
  • Passing Array to Function
  • Searching Techniques – LS and BS
  • Sorting Techniques – BS and SS

  • Declaring and Initializing strings, string functions
  • Character Lib Functions: digit, space, alpha etc.
  • Table of String Library Functions: strlen, strcpy, strcmp, strcat etc

  • What Is a Pointer?
  • Pointer Declaration
  • Pointer Arithmetic Operation
  • Relation between Pointers and Arrays
  • Advanced Pointers: NULL pointer, Pointer to a constant, constant pointer
  • Pointer to Array  & Array of Pointers
  • Function pointer  & Void pointer
  • Converting String to an integer using atoi

  • Features of ARM architecture, STATES & MODES
  • ARM Programmers model 
  • ARM7 Block diagram

  • Introduction to the LPC2129 kit and schematics
  • Introduction to the µvision-4 Keil IDE
  • Demo: Flash Magic

  • The functionality of parallel ports
  • Programming of the LED
  • Programming of the LCD

  • Understanding the concepts of TIMER basics
  • Application of Timer
  • Usage of Timer Registers
  • Programming Timer block with respect to different applications
  • Timer’s Match register

  • Introduction to Interrupt concept
  • Vectored IRQ and Non-Vectored IRQ
  • Understanding of the Registers related to Interrupts
  • Programming interrupt block with the reference of the External Interrupts
  • Applications and the usage of PINSEL register

  • Introduction to ADC
  • ADC Related Registers  
  • Interfacing Temperature sensor and potentiometer

  • Introduction to PWM
  • PWM Related Registers  
  • Generating the PWM signal 

  • Introduction to communication protocols
  • Parallel vs Serial communication

  • Introduction to UART
  • Baud rate calculation
  • Registers description for UART configuration
  • Communication between PC and MC
  • Communication between MC to MC
  • Advantages and disadvantages of UART

  • Introduction to SPI Protocol 
  • Registers used in SPI 
  • Different modes of operation 
  • Designing clock speed of the SPI 
  • Exceptions in SPI 
  • Interfacing 7 segment display using the SPI interface. 
  • Advantages and Disadvantages of SPI protocol. 

  • Introduction to I2C Protocol 
  • Registers used in I2C Protocol 
  • Different modes of operation 
  • Handling of Multi-master using arbitration technique. 
  • Designing the clock speed 
  • Advance concepts in I2C like clock stretching, 10-bit addressing etc. 
  • Interfacing of EEPROM using I2C Protocol. 
  • Advantages and disadvantages of the I2C protocol.

Placement Statistics

Embedded C Programming Course FAQs

There is still no C++ compiler for the specific embedded system. That is why we use the C language in embedded systems.

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  • Embedded Software Engineer (firmware)
  • System Software Engineer (kernal & RTOS)
  • Application Software Engineer (device drivers)
  • Software Test Engineer.
  • Embedded Hardware Engineer.
  • Embedded System Trainer.
  • Marketing & Sales Executive

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Duration: 1.5 months
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