Embedded C++ Safety: MISRA, AUTOSAR, and Core Guidelines

Writing code for embedded systems requires absolute reliability, where minor bugs can cause hardware failures or safety hazards. This text-based course helps you master the critical safety standards needed to write robust, production-ready C++ code. You will transition from writing standard C++ to developing highly secure, compliant embedded software. You will learn to navigate industry-standard guidelines, identify common vulnerabilities, and apply modern safety features to eliminate runtime errors before they happen. Learn the core principles of MISRA C++ and AUTOSAR C++14 compliance. Apply the C++ Core Guidelines to write clean, type-safe, and predictable code. Implement modern memory management techniques using smart pointers and resource acquisition is initialization (RAII). Utilize static analysis tools to automatically detect and resolve safety violations. Design predictable embedded systems by avoiding undefined behavior and unsafe type casting. Leverage modern C++ compile-time checks, including constexpr and static assertions, to catch bugs early. The course starts with the foundational concepts of safety-critical software design before guiding you through the specific rules of MISRA, AUTOSAR, and modern safety practices. You will read clear explanations and analyze compliant versus non-compliant code snippets to solidify your understanding. This course is designed for beginner to intermediate developers who want to transition into safety-critical embedded systems programming. A basic understanding of C++ syntax is recommended, but no prior experience with embedded safety standards is required. Start reading today to build the skills needed for high-integrity embedded software engineering.