Rtos Training at igmGuru moves past kernel theory into the decisions real embedded teams make: choosing between FreeRTOS, Zephyr, and certified platforms like SafeRTOS or QNX based on safety class, memory footprint, and audit requirements. You'll build task schedulers, debug priority inversion and race conditions, and implement secure boot and OTA updates, while mapping designs to standards such as IEC 61508, ISO 26262, and the EU Cyber Resilience Act.
No prior RTOS experience is required, but the course assumes a working knowledge of C programming and basic computer architecture (memory, registers, interrupts). Helpful starting points: some exposure to microcontrollers such as ARM Cortex-M or RISC-V, or a development board like an STM32 or ESP32, plus comfort with a command-line toolchain. Learners with no embedded background start with a dedicated foundations module before moving into scheduling and kernel internals.
This Rtos Online Training is designed for engineers who want to move from bare-metal or Linux-based development into deterministic, real-time embedded design.
Kernel & Scheduling - task scheduling, context switching, preemptive vs. cooperative multitasking
Synchronization & Communication - queues, semaphores, mutexes, event flags
Debugging Real-Time Systems - priority inversion, race conditions, deadlock resolution, jitter analysis
Security & Connectivity - secure boot, encrypted OTA updates, memory protection
Functional Safety - IEC 61508, ISO 26262, IEC 62304, and MISRA-C awareness
Platform Evaluation - comparing FreeRTOS, Zephyr, ThreadX, SafeRTOS, and QNX for a given use case
Graduates are prepared for real-time and safety-critical development roles across automotive, medical device, industrial, and IoT companies.
igmGuru's Rtos Course is built around how real-time systems are actually specified, built, and certified today.
On completing the training and capstone project, you'll receive the igmGuru Rtos certification, verifying hands-on proficiency in real-time task scheduling, synchronization, debugging, and safety-aware design. The curriculum also prepares you for platform-specific credentials, such as Zephyr's certification track or FreeRTOS/AWS IoT training, that increasingly appear alongside general embedded certifications in job postings.
Not extensive experience, but basic C programming and comfort with concepts like memory and interrupts are assumed. A dedicated foundations module covers the rest before scheduling begins.
The core curriculum runs 40 hours of live instruction, plus self-paced lab and capstone project time. Most learners finish in 8 to 10 weeks studying part-time.
No. The curriculum is platform-agnostic and includes hands-on labs across FreeRTOS and Zephyr, with coverage of certified platforms like SafeRTOS and ThreadX, since most job postings expect familiarity with more than one RTOS.
Yes. There's a dedicated Rtos for Beginners track that starts with core scheduling concepts before moving into synchronization and debugging, so no prior RTOS exposure is required.
Both are supported. Labs can be completed on simulators such as Zephyr's native_sim, and setup guidance is provided for common boards like the STM32 and ESP32 if you want to work on real hardware.
Yes. A dedicated module covers IEC 61508, ISO 26262, IEC 62304, and MISRA-C coding guidelines, along with how platform choice affects certification readiness.
