Programming Languages

HRDC Reg. No: 10001657419
Duration: 21 hours (3 days)

Course Overview

Clean Coding in Modern C++ is an advanced, hands-on training program designed to help developers write expressive, maintainable, and robust C++ applications using modern language features and proven design principles.

This course focuses on structural clarity, ownership modeling, RAII-based resource management, and systematic refactoring of legacy systems. Participants will learn how to reduce technical debt, enforce invariants, and build scalable architectures aligned with modern C++ (C++11 and beyond).

Through practical labs and real-world scenarios, developers gain the skills to transform complex codebases into clean, efficient, and production-ready systems.

Who Should Attend

• C++ Developers working with modern (C++11+) codebases
• Software Engineers maintaining legacy C++ systems
• System/Embedded Developers seeking code reliability improvements
• Technical Leads and Architects enforcing coding standards
• Developers involved in code reviews and refactoring initiatives

Why Choose This Course

• HRDC Claimable Training Program
• Focus on real-world, production-level coding practices
• Hands-on refactoring labs using real scenarios
• Emphasis on modern C++ features and best practices
• Practical strategies for reducing technical debt

HRDC Claimable ID: [Same as HRDC Registration Number]

Learning Outcomes

By the end of this course, participants will be able to:

• Apply clean code principles in modern C++ development
• Design classes with clear ownership and lifetime semantics
• Implement RAII for deterministic resource management
• Use smart pointers and move semantics effectively
• Enforce const-correctness and immutability
• Simplify complex logic and reduce cognitive load
• Design structured and maintainable error-handling strategies
• Refactor legacy systems incrementally without breaking behavior
• Conduct effective code reviews using maintainability standards
• Establish and enforce team-wide coding best practices

Prerequisites

• Strong working knowledge of C++ (C++11 or later)
• Understanding of object-oriented programming concepts
• Familiarity with pointers and memory management
• Experience building and debugging C++ applications
• Basic knowledge of STL containers and algorithms

Lab Setup

• Development Environment: Visual Studio / CLion / GCC / Clang
• OS: Windows, Linux, or macOS
• C++ Standard: C++11 or later
• Tools: Git, CMake (recommended)
• Sample legacy codebase provided for refactoring exercises

Teaching Methodology

• Instructor-led interactive sessions
• Hands-on coding and refactoring labs
• Real-world case studies
• Guided code walkthroughs
• Group discussions and peer code reviews
• Incremental learning with practical exercises