Embedded C Programming

Live Online (VILT) & Classroom Corporate Training Course

Master Embedded C Programming concepts for efficient embedded system development.

How can we help you?

  • CloudLabs
  • Projects
  • Assignments
  • 24x7 Support
  • Lifetime Access

Embedded C Programming

Overview

This Embedded C Programming course offers a comprehensive learning experience, designed for entry-level engineers aspiring to excel in embedded systems development. It covers essential topics, from basic C programming concepts to advanced memory management and data manipulation. Participants will gain practical insights into using Linux toolchains, debugging with GDB, and applying AUTOSAR standards. This course provides hands-on experience in developing optimized and reliable embedded software.

Objectives

By the end of this course, leaner will be able to:

  • Develop and debug C programs for embedded systems.

  • Apply advanced concepts like pointers, recursion, and function callbacks.

  • Understand the role of storage classes, data types, and memory management.

  • Perform file handling operations and implement error management.

  • Analyze and optimize embedded software using Linux-based toolchains.

  • Apply bit manipulation and work with microcontroller registers.

  • Develop efficient embedded applications using industry best practices.

Prerequisites

Basic knowledge of C Programming

Course Outline

Module 1: Introduction to C Programming2025-03-23T12:07:17+05:30
  • Background and importance of C programming in embedded systems

  • Setting up the toolchain

  • Conversion procedure and building blocks

  • Writing and executing the first C program

  • Enumerations, typedef, and typecasting

Module 2: C Operators and Control Statements2025-03-23T12:09:35+05:30
  • Arithmetic, Relational & Logical Operators

  • Bitwise and Special Operators

  • Operator Precedence and Associativity

  • Decision-making, Iterative, and Selection Statements

Module 3: Functions in C2025-03-23T12:10:40+05:30
  • Function Significance and Scope

  • Concept of Recursion and its applications

  • Iteration vs Recursion

Module 4: Pointers2025-03-23T12:11:23+05:30
  • Introduction and applications of Pointers

  • Call by Value vs Call by Reference

  • Double Pointers and Function Pointers for Callback Functions

Module 5: Storage Classes2025-03-23T12:12:16+05:30
  • Overview of Storage Classes: Automatic, Static, Register, and Extern

  • Updates on Auto and Register

Module 6: Arrays and Strings2025-03-23T12:12:59+05:30
  • Working with Single, Multidimensional, and Flexible Arrays

  • Pointer-based Array Manipulation

  • String Functions and Character Data Handling

Module 7: Structures and Unions2025-03-23T12:21:06+05:30
  • Introduction to Structures and Unions

  • Declaration, Array of Structures, and Nested Structures

  • Self-Referential Structures

  • Understanding Structure Padding and Methods to Avoid It

  • Use Cases of Unions in Embedded Systems

Module 8: Command Line Arguments and File Handling2025-03-23T12:23:08+05:30
  • Understanding argc and argv

  • File Operations: Opening, Closing, Reading, and Writing

  • Binary File Handling and Error Management

Module 9: Development and Compilation in Linux2025-03-23T12:23:54+05:30
  • Setting up Linux in VM Machines

  • Understanding Native vs Cross Compilation

  • GDB Setup and Usage

  • Platform Data Types and Header Protection

  • Compilation Process: Compiler, Assembler, and Linker

Module 10: Advanced C Programming – Memory, Optimization, and Preprocessing2025-03-23T12:24:47+05:30
  • C Memory Organization

  • Overview of AUTOSAR Memmap

  • C Compiler Optimization Levels

  • Conditional Compilation with Preprocessor Directives

Module 11: Advanced Concepts – Pointers and Type Qualifiers2025-03-23T12:25:45+05:30
  • Understanding Volatile, Restrict, and Const Qualifiers

  • Pointer Arithmetic and Memory Management

  • Dangling Pointers and Generic Pointers

  • Function Pointers and Context Switching

Module 12: Advanced Data Representation and Manipulation2025-03-23T12:26:46+05:30
  • Memory Layout of Structures (Aligned vs Unaligned)

  • Structure Padding and Packing

  • Using Bitfields and Unions for Microcontroller Registers

  • Bit Manipulation Operators for Register Operations

Module 13: Advanced Software Development for Embedded Systems2025-03-23T12:29:49+05:30
  • Understanding Object File Formats (ABI)

  • Differences between Relocatable and Executable Object Files

  • Working with Static and Dynamic Libraries

  • Memory Profiling using Valgrind

  • Heap Management and Memory Allocation

  • Implementing Encapsulation in C using Pointers

2025-04-09T15:00:34+05:30
Go to Top