Programming Languages

HRDC Reg. No: TBD
Duration: 4 Days (28 Hours)

Course Overview

This course delivers a deep dive into Modern C++ (C++11 and beyond), blending conceptual learning with hands-on labs. Participants will explore topics from value and move semantics to advanced template programming, type erasure, SFINAE, STL mastery, and C++14/17/20 enhancements. Ideal for software professionals aiming to write safer, more efficient, and modern C++ code for production environments.

Who Should Attend

• Software Engineers

• System Programmers

• Firmware Developers

• C++ Developers upgrading to modern standards

• Technical Leads and Architects

Why Choose This Course

This program is perfect for industries where performance, reliability, and code maintainability are critical:

• Embedded Systems

• Consumer Electronics

• Automotive and IoT

• Aerospace and Defense

• Financial Systems

• Game Development

• High-Performance Computing (HPC)

Gain practical expertise to apply cutting-edge C++ features to real-world projects.

Learning Outcomes

By course completion, participants will be able to:

• Apply Modern C++11/14/17/20 features in real-world projects

• Manage memory efficiently with move semantics and smart pointers

• Master template programming, lambdas, and perfect forwarding

• Leverage type erasure, SFINAE, and compile-time checks

• Use STL containers, iterators, and algorithms effectively

• Apply C++ advanced constructs like tuples, variants, and optionals

• Implement compile-time evaluation with modern constexpr enhancements

Prerequisites

• Solid understanding of basic C++ (pointers, classes, inheritance)

• Experience with pre-C++11 standards helpful but not required

Lab Setup

• Modern C++ compiler: GCC 11+, Clang 13+, or MSVC with C++20 support

• IDE: Visual Studio Code, CLion, or any C++-friendly IDE

• Build system: CMake (recommended)

• OS: Windows, macOS, or Linux

Teaching Methodology

• Concept-First Approach: Each module starts with theory

• Hands-On Labs: Apply knowledge immediately through exercises

• Code Walkthroughs & Demos: Real-world application examples

• Peer Discussions & Q&A: Reinforce understanding

• Final Wrap-Up: Integrative discussion-based review