Linux Kernel Development Course Overview

Linux Kernel Development Course Overview

Linux Kernel Development Course Overview

Ready to become a Linux kernel developer? Our 5-day Linux Kernel Development course dives deep into the world of operating systems, starting with Unix history and the role of the Linux kernel. You'll gain hands-on experience building and modifying kernel source code. Core topics include process management, device drivers, and advanced concepts such as paging, file systems, and processes. Each module covers essential principles and practical applications, ensuring you understand everything from assembly language to creating a functional shell. Join us for an intensive lab experience at Koenig DC and elevate your IT skills to new heights.

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  • Live Training (Duration : 40 Hours)
  • Per Participant

♱ Excluding VAT/GST

Classroom Training price is on request

You can request classroom training in any city on any date by Requesting More Information

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Course Prerequisites

Prerequisites for Linux Kernel Development Course

To successfully undertake the Linux Kernel Development course, participants should have the following foundational knowledge:


  • Basic Understanding of Operating Systems: Familiarity with the general concepts of operating systems and their functionalities.


  • Programming Experience: Proficiency in C programming language, as the course involves extensive coding in C.


  • Knowledge of Assembly Language: Fundamental understanding of assembly language to grasp low-level programming concepts.


  • Familiarity with Linux Environment: Basic experience with Linux, including using the command line and common utilities.


  • Understanding of Computer Architecture: Awareness of computer architecture principles, such as memory management and processor functionality.


These prerequisites ensure that learners have the essential background to engage effectively with the course material and maximize their learning experience in Linux Kernel Development.


Target Audience for Linux Kernel Development

Introduction:


The Linux Kernel Development course at Koenig Solutions is designed for tech enthusiasts aiming to master Linux kernel modifications, from basic operating systems fundamentals to advanced driver and memory management techniques.


Job Roles and Audience:


  • Aspiring System Programmers
  • Software Engineers
  • Embedded Systems Developers
  • Computer Science Students
  • IT Professionals specializing in Linux
  • Firmware Developers
  • DevOps Engineers
  • Cybersecurity Analysts
  • Technical Architects
  • Open Source Contributors
  • Research Scientists in Computer Engineering
  • IT Managers interested in advanced kernel knowledge
  • Linux System Administrators
  • Tech Trainers and Educators
  • IT Consultants seeking specialized Linux expertise


Learning Objectives - What you will Learn in this Linux Kernel Development?

Linux Kernel Development Course Overview

This intensive 5-day Linux Kernel Development course offers deep dive into the fundamentals, providing hands-on experience with kernel source code, device drivers, and essential kernel concepts like process management and memory allocation.

Learning Objectives and Outcomes

  • Gain an Understanding of Operating Systems and Kernels: Comprehend the role and structure of operating systems with a focus on the Linux kernel.
  • Learn Assembly Language Basics: Develop foundational knowledge of assembly language, essential for low-level programming within the kernel.
  • Real Mode Development Skills: Gain practical experience in bootloader development in real mode, including disk access and memory segmentation.
  • Transition to Protected Mode: Learn to switch and operate in protected mode, including cross-compiling and memory allocation techniques.
  • Implement Paging Mechanisms: Understand and implement paging for efficient memory management.
  • File System Implementation: Develop and implement a file system, focusing on FAT16 and virtual file system (VFS) layer.
  • Kernel and User Land Process Management: Implement and manage kernel processes, user-land communication, and create user processes.
  • Keyboard Driver Development: Learn to develop and implement a keyboard driver, including handling keyboard inputs and interrupt management.
  • **Executable

Target Audience for Linux Kernel Development

Introduction:


The Linux Kernel Development course at Koenig Solutions is designed for tech enthusiasts aiming to master Linux kernel modifications, from basic operating systems fundamentals to advanced driver and memory management techniques.


Job Roles and Audience:


  • Aspiring System Programmers
  • Software Engineers
  • Embedded Systems Developers
  • Computer Science Students
  • IT Professionals specializing in Linux
  • Firmware Developers
  • DevOps Engineers
  • Cybersecurity Analysts
  • Technical Architects
  • Open Source Contributors
  • Research Scientists in Computer Engineering
  • IT Managers interested in advanced kernel knowledge
  • Linux System Administrators
  • Tech Trainers and Educators
  • IT Consultants seeking specialized Linux expertise


Learning Objectives - What you will Learn in this Linux Kernel Development?

Linux Kernel Development Course Overview

This intensive 5-day Linux Kernel Development course offers deep dive into the fundamentals, providing hands-on experience with kernel source code, device drivers, and essential kernel concepts like process management and memory allocation.

Learning Objectives and Outcomes

  • Gain an Understanding of Operating Systems and Kernels: Comprehend the role and structure of operating systems with a focus on the Linux kernel.
  • Learn Assembly Language Basics: Develop foundational knowledge of assembly language, essential for low-level programming within the kernel.
  • Real Mode Development Skills: Gain practical experience in bootloader development in real mode, including disk access and memory segmentation.
  • Transition to Protected Mode: Learn to switch and operate in protected mode, including cross-compiling and memory allocation techniques.
  • Implement Paging Mechanisms: Understand and implement paging for efficient memory management.
  • File System Implementation: Develop and implement a file system, focusing on FAT16 and virtual file system (VFS) layer.
  • Kernel and User Land Process Management: Implement and manage kernel processes, user-land communication, and create user processes.
  • Keyboard Driver Development: Learn to develop and implement a keyboard driver, including handling keyboard inputs and interrupt management.
  • **Executable