This module explores concurrency and multithreading in C++, equipping learners with the skills to build high-performance applications that fully utilize modern multi-core processors. Beginning with thread fundamentals and lifecycle management, the module progresses through synchronization mechanisms that prevent race conditions and ensure thread safety. Learners will master atomic operations for lock-free programming and implement asynchronous programming patterns using futures and promises. Through hands-on practice with real-world scenarios, including web server request processing and parallel data analysis systems, participants will develop the ability to analyze and resolve common concurrent programming challenges while applying industry best practices for building robust, scalable applications.

This module focuses on best practices and code optimization techniques essential for developing high-performance C++ applications. Learners will analyze code for performance bottlenecks and apply optimization strategies to improve execution speed and memory usage. The module covers memory optimization techniques including cache-friendly data layouts and memory pool allocation, algorithm analysis using Big O notation, and compiler optimization through flags and pragma directives. Additionally, learners will implement modern C++ idioms such as RAII principles and move semantics, utilize profiling tools to measure and validate performance improvements, and develop the judgment to balance code readability with optimization requirements in professional software development contexts.

This module explores modern C++ features and professional documentation practices essential for contemporary software development. Learners will utilize powerful capabilities from C++17 and C++20, including structured bindings, std::optional, std::variant, concepts, ranges, and coroutines, while understanding the language's evolution and future directions. The module also covers comprehensive documentation principles, from effective code commenting and API documentation to project organization standards. Additionally, learners will leverage GenAI tools to generate and maintain documentation efficiently, applying best practices for quality assessment and workflow integration to ensure documentation remains accurate, current, and valuable for development teams.

This capstone module challenges learners to integrate all advanced C++ concepts mastered throughout the course into a comprehensive application development project. Learners will design and implement a sophisticated solution utilizing STL containers and algorithms, concurrency and multithreading, optimization techniques, and modern C++17/C++20 features. The project encompasses three phases: architectural design and planning, implementation with rigorous testing, and performance optimization with AI-assisted documentation. Through this hands-on experience, learners will demonstrate their readiness for enterprise-level software development and technical leadership roles in professional environments.