C++11/14 Programming Training by AcadNXT is designed to provide participants with practical expertise in modern C++ programming using the C++11 and C++14 standards. This instructor-led training program covers modern C++ syntax, object-oriented programming, memory management, smart pointers, lambda expressions, multithreading, STL enhancements, move semantics, templates, exception handling, and application development best practices. Participants will gain hands-on experience in writing efficient, scalable, and maintainable C++ applications using advanced programming features introduced in C++11 and C++14. The course is ideal for software developers, embedded engineers, system programmers, and professionals looking to upgrade their C++ development skills to modern standards.

• Understand modern C++11 and C++14 programming features
• Develop scalable and maintainable C++ applications
• Apply smart pointers and move semantics effectively
• Implement STL containers and generic programming concepts
• Use lambda expressions and functional programming techniques
• Build multithreaded and concurrent applications
• Debug and optimize modern C++ applications efficiently
• Apply best practices for secure and high-performance software development

• C++ Developers
• Embedded Software Engineers
• System Programmers
• Application Developers
• Software Engineers
• Performance Computing Developers
• Automotive Software Developers
• IT Professionals interested in modern C++ development

• Basic understanding of C or C++ programming
• Familiarity with object-oriented programming concepts
• Knowledge of programming logic and data structures
• Understanding of software development fundamentals is beneficial

• Understanding modern C++11 and C++14 programming concepts
• Writing efficient and maintainable C++ applications
• Applying object-oriented programming using modern C++
• Managing memory using smart pointers and move semantics
• Implementing lambda expressions and functional programming concepts
• Working with STL containers and algorithms effectively
• Applying multithreading and concurrency concepts
• Handling exceptions and debugging C++ applications
• Optimizing application performance using modern C++ features
• Developing scalable system and application-level software

After completing the C++11/14 Programming Training, participants will be able to design, develop, optimize, and maintain modern C++ applications using advanced C++11 and C++14 features. Learners will gain practical expertise in object-oriented programming, memory management, concurrency, STL usage, move semantics, and modern software development best practices required for enterprise, embedded, and high-performance application development.

Introduction to Modern C++11/14

• Overview of C++11 and C++14 enhancements
• Setting up C++ development environment
• Modern C++ syntax and coding practices
• Auto keyword and type inference
• Range-based loops and initialization techniques

Object-Oriented Programming in C++

• Classes and object design
• Constructors and destructors
• Inheritance and polymorphism
• Encapsulation and abstraction concepts
• Operator overloading basics

Memory Management and Smart Pointers

• Dynamic memory management concepts
• Introduction to smart pointers
• unique_ptr, shared_ptr, and weak_ptr usage
• Resource management techniques
• Avoiding memory leaks and dangling pointers

Lambda Expressions and Functional Features

• Understanding lambda expressions
• Capturing variables in lambdas
• Functional programming concepts in C++
• Using lambdas with STL algorithms
• Code optimization using functional features

STL Containers and Algorithms

• Working with vectors, lists, maps, and sets
• STL iterators and traversal techniques
• Using standard algorithms effectively
• Container optimization concepts
• Custom comparators and predicates

Templates and Generic Programming

• Function and class templates
• Template specialization basics
• Generic programming concepts
• Reusable code development techniques
• Type deduction and template utilities

Multithreading and Concurrency

• Introduction to multithreading in C++11
• Creating and managing threads
• Mutex and synchronization techniques
• Thread-safe programming concepts
• Concurrency best practices

Exception Handling and Debugging

• Exception handling techniques
• Custom exception implementation
• Debugging modern C++ applications
• Logging and diagnostics concepts
• Troubleshooting application issues

Move Semantics and Performance Optimization

• Understanding move semantics
• Rvalue references concepts
• Copy and move constructors
• Performance optimization using move operations
• Efficient resource handling techniques

Advanced C++14 Features

• Generic lambda expressions
• Variable templates basics
• Return type deduction
• constexpr enhancements
• Modern coding improvements in C++14

Application Design and Best Practices

• Writing maintainable C++ code
• Modern software architecture concepts
• Coding standards and reusable design practices
• Performance tuning techniques
• Secure programming considerations

Mini Project and Practical Implementation

• Developing a modern C++ application
• Applying multithreading and STL concepts
• Implementing memory-safe programming techniques
• Testing and debugging application functionality
• Final project review and discussion

• Modern C++11/14 syntax and programming concepts
• Object-oriented programming implementation
• Smart pointers and memory management
• Lambda expressions and functional programming
• STL containers and algorithms usage
• Templates and generic programming techniques
• Multithreading and concurrency concepts
• Modern C++ mini project implementation

• Hands-on modern C++ coding exercises
• Object-oriented programming assignments
• Multithreading and STL implementation activities
• Memory management and optimization tasks
• Mini project development and evaluation
• Interactive debugging and troubleshooting sessions

Participants will receive course materials, slides, reference materials, exercises and access to resources for further learning.

Participants who successfully complete the training will receive an AcadNXT Certification in C++11/14 Programming Training, validating their expertise in modern C++ programming, object-oriented development, smart pointers, STL implementation, multithreading, move semantics, and high-performance software engineering practices.