Embedded Linux 2024
This Embedded Linux Diploma is a comprehensive 208-hour program
About This Course
Embedded Linux Diploma Program for 2024
This Embedded Linux Diploma is a comprehensive 208-hour program designed to train professionals in embedded systems development using Linux platforms. The curriculum covers essential programming languages including C++, Python, and Rust, along with Linux system administration and Bash scripting fundamentals. Students learn hands-on embedded development using Raspberry Pi hardware and Yocto build systems for creating custom Linux distributions.
Course Curriculum Overview
| Topic | Duration |
|---|---|
| Python | 18 hr |
| C++ | 40 hr |
| Linux | 24 hr |
| Bash | 9 hr |
| Raspberry Pi | 20 hr |
| Yocto | 27 hr |
| C++ Design Pattern | 15 hr |
| Device Drivers | 9 hr |
| Introduction to Rust | 12 hr |
| Docker | 9 hr |
| Unit Test | 8 hr |
| Troubleshooting Techniques | 8 hr |
| Monitoring Project | 9 hr |
| Total | 208 hr |
Program Details
For comprehensive course content and detailed syllabus, please visit: Course Documentation
This intensive program combines theoretical knowledge with practical hands-on experience to prepare students for professional embedded Linux development roles.
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Course Content
Python
Learn Python fundamentals including data types, control structures, and input/output operations. Cover advanced topics like functions, modules, classes, file handling, and GUI development. Build practical skills with threading, socket programming, and automation using pyautogui.
01 Python Introduction
02 Containers
03 Advanced Part 1
04 Advanced Part 2
05 Python Threading
06 Python GUI
C++
Master C++ programming fundamentals including variables, pointers, memory management, and object-oriented programming concepts. Explore advanced features like templates, STL containers, multithreading, and exception handling. Develop system-level programming skills for embedded applications, and high-performance computing in Linux environments.
01 Introduction
02 Derived
03 Derived part 2
04 OOP Part 1
05 OOP Part2
06 OOP Part3
07 OOP Part4
08 Polymorphism
09 STL
10 STL Part2
11 Algorithm
12 SmartPointers and Template
Linux
This comprehensive Linux course takes you from beginner to advanced user through 8 intensive sessions totaling 24 hours. Start with Linux fundamentals, history, and system architecture including boot sequences and Ubuntu installation. Learn essential file system navigation, shell operations, and memory management concepts. Master command-line tools for file creation, editing, piping, and logical operations with hands-on practice. Conclude with advanced topics including system administration, networking commands, process management, user controls, and file system mounting technique
01 Introduction to Linux
02 Linux System
03 Linux Shell
04 Linux Shell Part2
05 Commands Part 1
06 Commands Part2
Another Version for Commands
07 Process
08 Network
Bash
This comprehensive Bash scripting course covers essential shell programming skills across three intensive 3-hour sessions totaling 9 hours of instruction. Begin with fundamental concepts including input/output operations, control structures like loops and conditional statements, and command-line argument handling. Progress to advanced topics such as switch statements, string manipulation techniques, and custom function development. Master practical skills including array operations, file handling, command-line option parsing with getopts, and system administration tasks. Conclude with hands-on laboratory exercises to reinforce learning and build real-world automation scripts for Linux environments.
01 Introduction
02 Functions
03 Array
Rasberrypi
This comprehensive Raspberry Pi course provides hands-on embedded systems development through five intensive 3-hour sessions totaling 21 hours of practical learning. Start with system setup, remote access configuration, GPIO programming, and PWM control using both C++ and Python languages. Master hardware interfacing including servo control, communication protocols (UART, SPI, I2C), and custom device driver development with kernel integration. Advance to networking concepts covering static IP configuration, WiFi setup, IoT implementations, TCP/UDP servers, MQTT protocols, and SSH tunneling for remote projects. Conclude with image processing applications and real-world project development, gaining complete skills for professional embedded Linux development on Raspberry Pi platforms.
01 Introduction
02 Discover
03 Discover Part2
04 Bringup Hardware
05 Bringup Part 2
06 Bringup Part 3
07 IOT
08 Advanced Parrt 1
09 Advanced Parrt 1
Yocto
This comprehensive Yocto Project course delivers advanced embedded Linux development skills through intensive sessions totaling 27 hours of hands-on training. Begin with embedded Linux fundamentals, boot sequences, cross-compilation toolchains, and deep exploration of the BitBake build system architecture. Master layer management, recipe development for multiple programming languages (Python, C, C++), and custom image creation with systemd integration and machine-specific configurations. Advance to complex recipe development using various build systems (Makefile, CMake), source management (local/remote repositories), and kernel customization including patching and modification techniques. Conclude with professional development workflows using devtool, SDK generation, package management, and complete system integration for production-ready embedded Linux distributions.
01 Introduction
02 Layers
03 Layers Part2
04 Board support Package
05 Bitbake Syntax
06 Recipe
07 Packages
08 SDK and Kernel
09 Project
Design Pattern
This comprehensive Design Patterns course teaches essential software architecture principles through five intensive 3-hour sessions totaling 15 hours of practical learning. Begin with SOLID principles and UML modeling using PlantUML for sequence diagrams and flowcharts to establish strong design foundations. Master all major creational patterns including Factory, Abstract Factory, Builder, Prototype, and Singleton for flexible object creation strategies. Explore structural patterns such as Adapter, Bridge, Composite, Decorator, Facade, and Flyweight methods for organizing code architecture and relationships. Conclude with behavioral patterns including Observer, Strategy, Command, Chain of Responsibility, and Template patterns to handle complex object interactions and system behaviors effectively.
01 Introduction to Design Pattern
02 Creational
03 Structural
04 Behavioural
04 Behavioural Part2
Device Driver
The user wants me to write a 5-line description for a Device Driver course based on the content shown in the image. Let me analyze what's covered: Session 1 (3hr): induction pseudo driver Session 2 (3hr): GPIO Platform driver LED Framework Session 3 (3hr): ioctl I2C procfs mlx90614 attributes This appears to be a Linux device driver development course covering kernel-level programming. It progresses from basic concepts to specific hardware interfaces and communication protocols.This specialized Device Driver course provides kernel-level programming expertise through three intensive 3-hour sessions totaling 9 hours of hands-on development. Begin with foundational concepts including kernel module basics, pseudo driver development, and understanding the Linux driver architecture. Progress to hardware interfacing with GPIO control, platform driver development, and LED subsystem framework implementation for real hardware control. Master advanced topics including ioctl system calls for user-kernel communication, I2C protocol implementation, procfs integration for kernel debugging, and practical sensor integration using MLX90614 temperature sensors. Develop professional skills in kernel attribute management and device driver debugging techniques essential for embedded Linux system development.
01 Introduction
02 Hardware Driver
03 Serial and ioctl
Rust
This structured Rust programming course progresses from beginner to intermediate level through two comprehensive levels totaling 12 hours of instruction across four sessions. Start with fundamental concepts including data types, control structures (conditions and loops), and core language features like functions, ownership model, and Cargo package manager. Master essential Rust concepts including enums, structs, traits, and standard library usage to build a solid foundation in systems programming. Advance to Level 2 covering project organization with packages, modules, workspace management, and memory management through advanced pointer concepts. Conclude with concurrent programming using Rust's powerful threading system, developing skills for safe, high-performance systems programming and modern application development.
01 Introduction
02 Basics
03 Ownership
04 Packages
Docker
This comprehensive Docker containerization course provides essential DevOps skills through three intensive 2-hour sessions totaling 6 hours of hands-on container development. Begin with Docker fundamentals including installation, basic commands, image management, and container lifecycle operations for efficient application deployment. Master advanced containerization techniques with Dockerfile creation, volume management for persistent data, network configuration, and Docker Compose for multi-container application orchestration. Conclude with production-ready topics including container registry management, Docker Swarm clustering, security best practices, monitoring, and CI/CD pipeline integration for scalable containerized application deployment in enterprise environments.