- 16 Sections
- 97 Lessons
- Lifetime
Expand all sectionsCollapse all sections
- SECTION 1 – Course Orientation & Engineering MindsetBuild the mindset required to design reliable, production-grade RTOS firmware.4
- SECTION 2 – RTOS Foundations & Real-Time TheoryUnderstand real-time theory and why deterministic scheduling matters.6
- SECTION 3 – FreeRTOS Kernel Deep DiveMaster the FreeRTOS kernel and configure it for production systems.6
- SECTION 4 – Tasks, Priorities & CPU BudgetingDesign efficient task structures with correct priority and stack planning.6
- SECTION 5 – Synchronization & CommunicationEngineer safe and structured communication between concurrent tasks.7
- SECTION 6 – Priority Inversion (Critical Industry Topic)Detect and fix priority inversion like a professional firmware engineer.5
- SECTION 7 – Timers & Time ManagementBuild stable periodic systems with accurate timing control.5
- SECTION 8 – ISRs & Deferred ProcessingDesign safe interrupt-driven systems with efficient task deferral.7
- SECTION 9 – Memory Management & ReliabilityEngineer reliable RTOS systems with strong memory and fault control.9
- SECTION 10 – Power Optimization & DeterminismOptimize power while maintaining real-time performance guarantees.6
- SECTION 11 – Connectivity & IoT ArchitectureBuild reliable RTOS-based IoT connectivity systems.7
- SECTION 12 – Filesystem & Flash ReliabilityImplement safe, wear-aware storage under RTOS.5
- SECTION 13 – Diagnostics & Trace EngineeringUse trace tools to prove timing behavior instead of guessing.6
- SECTION 14 – Safety, Security & Modern Firmware PracticesApply safety, security, and industry coding standards in RTOS firmware.7
- SECTION 15 – Modern 2025 Advanced TopicsPrepare for modern multi-core and AI-enabled RTOS systems.8
- SECTION 16 – Capstone Projects (Trace-Proven) (Any one below)Build and validate a complete production-grade RTOS system.3