Linux course

What is Linux?

Linux is a robust, open-source operating system used in a wide range of applications, from embedded systems to enterprise servers. Its modular design and flexibility make it the preferred choice for developers and engineers across the globe. Wiztech Automation Solutions offers a comprehensive Linux training program that covers essential topics like kernel and driver development, equipping you with in-demand skills for the tech industry.

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Benefits of Learning Linux

  1. Open Source and Free: Linux is completely open-source, making it freely accessible, which allows users to modify, enhance, and distribute it.
  2. Highly Secure and Stable: Due to its strong security architecture, Linux is less prone to viruses and malware, offering a reliable and stable environment for critical applications.
  3. Preferred OS for Embedded Systems: Linux is widely used in embedded systems due to its lightweight nature and ability to run on a variety of hardware platforms.
  4. In-Demand Skills: Mastering Linux can open career opportunities in industries like IoT, automotive, telecom, and IT, where Linux-based systems are prevalent.
  5. Scalability: Linux scales efficiently, from small embedded systems to massive server clusters in data centers.
  6. Kernel Customization and Driver Development: With its open-source kernel, Linux allows developers to modify the kernel and create custom device drivers for specialized hardware.
  7. Powerful Community Support: Linux has a vibrant global community of developers and users who provide continuous support and resources for anyone learning or working with Linux.

Uses of Linux

  • Embedded Systems: Linux powers a range of devices, from smart appliances to automotive systems.
  • Servers and Data Centers: Linux is the backbone of many web servers, cloud platforms, and high-performance computing systems.
  • IoT Devices: The flexibility of Linux makes it ideal for Internet of Things (IoT) devices, offering both reliability and customizability.
  • Software Development: Many development environments prefer Linux for its compatibility with programming languages, tools, and software.
  • Cybersecurity: Linux’s secure architecture makes it a go-to platform for cybersecurity professionals.

Linux Syllabus at Wiztech Automation Solutions

Our Linux training program is designed to cover all essential aspects of Linux, from the basics to advanced topics like kernel and driver development:

  1. Introduction to Linux:
    • OS Organization, Kernel, Kernel Types, Booting Sequence, and Operating Modes.
  2. Operating System Components:
    • Process Management, Memory Management, File Subsystems, Device Drivers, Signals, and System Calls.
  3. Linux Kernel Development:
    • Understanding the Linux kernel architecture.
    • Kernel customization and modification.
    • Introduction to kernel modules and how to develop loadable kernel modules.
  4. Device Driver Development:
    • Basics of Linux device drivers.
    • Writing custom drivers for hardware.
    • Interfacing with the kernel for device control and management.
    • Hands-on development of character and block drivers.
  5. Linux Shell Commands & Shell Scripting:
    • Mastering shell commands and creating automated scripts for task efficiency.
  6. Linux File System:
    • Accessing files across different filesystems such as proc, sys, etc.
  7. Linux Directory Structure:
    • Comprehensive overview of the Linux directory hierarchy and navigation.
  8. File System Security:
    • Managing file permissions using chmod, chown, and chgrp commands.
    • Linux groups, read/write/execute access, and user management.
  9. Build Tools and Cross-Compilation:
    • Yocto/Bitbake setup and cross-toolchain configuration for embedded systems.
    • Building custom Linux images and deploying them to target hardware.
  • Advanced Linux Topics:
    • Signals and system calls.
    • Memory management in Linux.
    • File subsystem and process scheduling.

By joining our Linux training course, you’ll develop a deep understanding of how Linux works, from kernel to user space, while acquiring the technical skills to handle real-world projects in Linux kernel and device driver development.