Summary

This page points to Miro Samek's free video course that teaches how a Real-Time Operating System (RTOS) really works, starting from foreground/background architectures and progressing into task-based designs. Viewers will learn RTOS internals with hands-on examples that demonstrate scheduling, context switching, and microcontroller implementation techniques.

Key Takeaways

• Understand the transition from foreground/background designs to task-based RTOS architectures
• Implement basic RTOS primitives including task creation, context switching, and scheduling
• Recognize common inter-task communication and synchronization patterns (queues, semaphores, mutexes)
• Apply RTOS concepts to microcontroller platforms, including practical considerations for IRQ handling and latency
• Extend learning to design patterns such as active objects and state-machine-based task organization

Who Should Read This

Embedded firmware developers or students with some C and microcontroller experience who want an intermediate-level, practical introduction to how RTOSes work and how to use them on MCUs.

Still RelevantIntermediate

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