Linux Kernel Development Introduction | Linux Device Driver Development Tutorial

Pubblicato il: 02 maggio 2026
sul canale di: Embedded Pathashala

104

https://embeddedpathashala.com/introd...
Master Linux Kernel Development, Linux Device Driver Development, Embedded Linux, and Linux System Programming in this complete Linux kernel programming course designed for beginners, embedded engineers, electronics students, C programmers, and software developers. This video provides a strong introduction to Linux development concepts including Linux kernel architecture, kernel internals, kernel modules, device driver programming, embedded systems programming, Linux APIs, system calls, memory management, process management, file systems, kernel space vs user space, interrupt handling, synchronization, and hardware-software interaction.
If you want to become an Embedded Linux Engineer, Linux Kernel Developer, Device Driver Developer, Firmware Engineer, BSP Developer, or System Software Engineer, this Linux kernel tutorial series will help you build a solid foundation in Linux internals and low-level programming. Learn how Linux works internally and how hardware devices communicate with the Linux kernel through drivers and kernel subsystems.
This Linux device driver development course covers important topics such as Linux kernel basics, loadable kernel modules (LKM), character device drivers, block device drivers, network drivers, GPIO drivers, I2C drivers, SPI drivers, UART drivers, platform drivers, device tree concepts, kernel synchronization mechanisms, workqueues, tasklets, kernel threads, timers, polling, wait queues, debugging techniques, procfs, sysfs, ioctl, mmap, DMA, interrupts, and kernel logging using printk.
You will also learn Embedded Linux development workflows including cross-compilation, bootloaders, Buildroot, Yocto basics, BusyBox, root filesystem creation, kernel compilation, kernel configuration, kernel boot process, ARM Linux development, Raspberry Pi Linux development, BeagleBone programming, QEMU virtualization, and Linux debugging techniques. This course is highly useful for embedded systems interviews, Linux driver interviews, and real-time embedded product development.
Topics explained in this Linux kernel programming tutorial include:

Linux Kernel Architecture

Linux Device Drivers

Embedded Linux Development

Linux System Programming

Linux Kernel Modules

Character Device Drivers

Linux Kernel APIs

Linux Internals

Linux File Systems

Linux Process Management

Linux Memory Management

Linux Interrupt Handling

Linux Synchronization

Embedded C Programming

ARM Linux Programming

Linux Networking Basics

Linux Kernel Debugging

Linux Driver Development

Kernel Compilation

Device Tree Programming

GPIO, SPI, I2C, UART Drivers

Linux BSP Development

RTOS vs Linux

Embedded Systems Programming

This tutorial series is ideal for:

Embedded Systems Engineers

Linux Developers

Device Driver Developers

Firmware Engineers

Electronics and ECE Students

Computer Science Students

IoT Developers

Robotics Developers

Linux Enthusiasts

Interview Preparation Candidates

Whether you are learning Embedded Linux from scratch or improving your Linux kernel programming skills, this course will guide you step-by-step through practical Linux development concepts used in real-world embedded products and Linux-based systems.
Keywords:
Linux Kernel Development, Linux Device Driver Development, Embedded Linux, Linux Programming, Kernel Programming, Linux Internals, Linux System Programming, Embedded Systems, Device Drivers, Linux Kernel Tutorial, Linux Driver Development, Linux Kernel Modules, Linux Programming Tutorial, Embedded C, Linux Development Course, ARM Linux, Linux Kernel Architecture, Linux Kernel Basics, Linux Driver Tutorial, BSP Development, Linux for Embedded Systems, Kernel Module Programming, Linux APIs, System Calls, Linux Kernel Debugging, Linux Boot Process, Embedded Software Development, Linux Device Drivers Tutorial, Linux Engineering, Firmware DevelopmentHumanize 493 words

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