HRDC Reg. No: 10001514421
Course Duration: 2 Days (14 hours)
Course Overview
The Linux System Programming course provides an in-depth understanding of core Linux concepts and system-level programming. Participants will explore critical components like file management, process handling, inter-process communication (IPC), signaling, threading, and device drivers. The course combines theory with hands-on exercises to ensure practical knowledge and application in real-world scenarios, making it ideal for professionals working on system-level applications or embedded systems.
Who Should Attend?
This course is designed for professionals who want to deepen their knowledge of Linux system programming, including:
- System Programmers – Interested in Linux kernel development.
- Embedded Developers – Building software for embedded systems.
- DevOps Engineers – Gaining in-depth Linux system knowledge.
- IT Professionals – Handling complex system-level tasks.
Targeted Industries
- IT Services & Consulting – Advanced Linux programming for client solutions.
- Telecommunications – Optimizing and maintaining Linux-based systems.
- Embedded Systems – Developing applications for hardware integration.
- Automotive – Building Linux-based in-vehicle systems.
- Cloud Computing – Improving system-level performance and resource management.
Why Choose This Course?
HRDC Claimable (HRDC Reg. No: 10001514421)
Hands-on Training with Real-world Applications
Experienced Trainers with Industry Expertise
Structured Learning Approach with Practical Labs
Learning Outcomes
By the end of the course, participants will be able to:
- Understand the architecture and features of Linux/Unix.
- Manage files and directories, including file systems and I/O handling.
- Handle processes and manage their states, scheduling, and resource limits.
- Implement signaling mechanisms and timers.
- Use primitive IPC mechanisms for effective communication between processes.
- Work with POSIX threads for multithreading in applications.
- Develop, compile, and load device drivers in the Linux kernel.
Prerequisites
Familiarity with Linux/Unix operating systems.
Basic knowledge of C programming.
Understanding of system-level programming concepts is recommended.
Lab Setup
System Requirements:
- OS: Red Hat Linux 8 or Ubuntu 20
- Hardware: Minimum 8GB RAM and 4 CPU cores
Software Requirements:
- Development Tools: GCC compiler for C programming
- Debugging Tools: GDB for debugging and analyzing code
- Development Environment: Text editor or IDE such as Vim, VS Code, or Sublime Text
Teaching Methodology
Interactive Lectures – Core concepts explained with diagrams and real-world examples.
Hands-On Labs – Guided exercises for practical implementation.
Case Studies – Application of Linux programming concepts to solve real-world problems.
Assessments – Quizzes and hands-on challenges to validate learning outcomes.
