- Embedded Linux developers
- Software engineers building real-time applications
- System architects working with deterministic Linux systems
- Engineers optimizing Linux for industrial and embedded applications
Real-Time Linux Training Week
Real-Time Linux Training Week.
Train with the Creators of Real-Time Linux
An intensive hands-on training for engineers developing deterministic Linux-based embedded systems. Over four days, participants work directly on embedded hardware and learn how to design, configure, optimize, and debug real-time Linux systems with guidance from experienced kernel engineers.
January 25-28, 2027
Uhldingen-Mühlhofen, Germany
Highlights
- Practical exercises on dedicated embedded hardware
Led by senior Linutronix real-time Linux kernel engineers
Strong focus on latency analysis, tracing, and debugging
Covers the complete workflow from application design to kernel optimization
Directly applicable techniques for industrial Real-Time Linux projects
Who is it for?
What’s included
- Preconfigured embedded Linux board
- USB media with tools & examples
- Digital training documentation
- Snacks & drinks on all training days
- Direct access to real-time experts
Requirements
- Solid understanding of Linux operating system fundamentals
- Confident use of the Linux shell
- Basic knowledge of C programming
- Experience with Embedded Linux (or Embedded Linux Essentials course)
Format & Duration
- 4 days on-site
- Hands-on training in small groups (max. 8 participants)
Learn more about our Public Real-Time Linux Training Week
All key facts about the training such as dates, agenda and more
Topics Overview
- Preempt-RT architecture and kernel behavior
- Linux scheduling policies for real-time applications
Memory management and deterministic execution
Measuring and analyzing system latency
Designing real-time application architectures
Timing, synchronization, and event handling
Common real-time application pitfalls
Runtime verification using rtapp
Kernel configuration for real-time systems
System tuning and runtime configuration
Stress testing and latency validation
Performance analysis with perf, tracefs, and eBPF
Practical tracing and debugging on embedded hardware