Course Overview
Master the fundamentals of real-time operating systems with this comprehensive, hands-on workshop. This course includes seven lectures and labs that run approximately 1 to 1.5 hours each, covering everything you need to confidently design RTOS-based embedded systems.
From task management and scheduling to synchronization primitives and memory management, you’ll build a solid foundation in RTOS concepts through practical exercises and real-world examples. Each session pairs theory with a hands-on lab so you can immediately apply what you learn.
Essential Topics Covered
- RTOS fundamentals: tasks, scheduling, and context switching
- Synchronization mechanisms: semaphores, mutexes, and event flags
- Inter-task communication: message queues and mailboxes
- Memory management strategies for real-time systems
- Interrupt handling and deferred processing
- Timer services and time management
- Debugging and profiling RTOS-based applications
Build a rock-solid foundation in RTOS development with hands-on labs
Enroll Now — $995Workshop Curriculum
Seven sessions covering the complete RTOS fundamentals curriculum. Each session includes a lecture and hands-on lab exercise.
Session 1: Real-Time Embedded Systems Concepts
Explore fundamental real-time embedded system concepts including scheduling approaches, real-time constraints, and system design considerations.
Topics Covered
- Real-time system characteristics
- Scheduling algorithms and approaches
- Cooperative vs preemptive scheduling
- Timing constraints and deadlines
Session 2: Real-Time Operating Systems
Dive into RTOS architecture, kernel services, and the core mechanisms that enable real-time behavior in embedded systems.
Topics Covered
- RTOS architecture and kernel design
- System services and API overview
- Tick management and timing
- RTOS configuration and initialization
Session 3: Managing Tasks and Threads (Part 1)
Learn the fundamentals of task creation, management, and scheduling in an RTOS environment.
Topics Covered
- Task creation and lifecycle
- Task states and transitions
- Priority assignment strategies
- Context switching mechanisms
Session 4: Managing Tasks and Threads (Part 2)
Continue exploring advanced task management techniques including dynamic priority adjustment and task coordination.
Topics Covered
- Dynamic priority management
- Task notification mechanisms
- Idle task and power management
- Multi-tasking design strategies
Session 5: Task Synchronization Fundamentals (Part 1)
Master the core synchronization primitives used to coordinate tasks and protect shared resources.
Topics Covered
- Semaphores and their applications
- Mutexes and priority inheritance
- Critical sections and resource protection
- Deadlock prevention strategies
Session 6: Task Synchronization Fundamentals (Part 2)
Explore advanced synchronization mechanisms including message passing and event-driven coordination.
Topics Covered
- Message queues and mailboxes
- Event flags and groups
- Inter-task communication patterns
- Producer-consumer implementations
Session 7: Managing Memory
Learn memory management strategies specific to real-time embedded systems, from static allocation to dynamic memory pools.
Topics Covered
- Static vs dynamic memory allocation
- Memory pools and block allocation
- Stack sizing and overflow detection
- Memory protection and safety
Start your RTOS journey with a solid foundation in real-time system design
Enroll Now — $995Ready to get started?
Enroll Now — $995Or get access to all courses with the Embedded Software Academy — $295/yr
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