Embedded Linux Development

HRDC Reg. No: 10001513419
Duration: 14 hours (2 days)

Course Overview

Embedded Systems Development: C, C++, Linux, and Device Driver Programming provides participants with an in-depth understanding of essential programming and embedded systems topics. Participants will explore advanced C and C++ programming concepts, Linux system programming, kernel programming, device drivers, debugging, and testing methodologies.

The course uses a hands-on approach, including code demonstrations, live debugging sessions, practical labs, and a mini-project to reinforce learning and prepare participants for real-world embedded development challenges.

Learning Outcomes

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

• Master pointers, data structures, and bitwise operations for efficient programming
• Develop object-oriented programming skills in C++ with modern standards such as C++11 and C++14
• Build expertise in Linux system programming, including file systems, IPC, and threading
• Understand and implement Linux kernel modules and device drivers
• Utilize industry-standard tools such as GIT, Jenkins, and GDB for configuration and debugging
• Gain knowledge of communication protocols and embedded systems testing
• Apply the acquired knowledge through hands-on programming tasks and a project

Prerequisites

Participants should have:

• Basic knowledge of programming concepts
• Familiarity with operating systems
• Interest in embedded systems and Linux environments

Lab Setup

Hardware Requirements

• Development boards such as Raspberry Pi
• Linux-based system, preferably Ubuntu or RHEL8
• Minimum 8 GB RAM and quad-core CPU for virtualized environments

Software Requirements

• GNU Toolchain including gcc, gdb, binutils, and make
• Linux kernel source code, version 5.x or later
• IDE or text editor such as Vim, Nano, or Visual Studio Code
• Debugging and profiling tools:
  • Valgrind
  • GDB
  • Perf
  • SystemTap
• Version control tools:
  • GIT
  • GitHub for collaborative development

Teaching Methodology

• Interactive lectures and discussions
• Code demonstrations and live debugging sessions
• Hands-on labs and assignments
• Real-time problem-solving and peer learning
• Mini-project development and customer interview preparation

Target Audience

• Software engineers and developers transitioning to embedded systems
• Computer science graduates seeking expertise in Linux and embedded development
• Professionals aiming to specialize in C/C++ programming and device drivers

Target Industry

• Automotive
• Consumer Electronics
• Telecommunication
• Internet of Things (IoT) Solutions
• Industrial Automation