Advanced C++ Programming Certification

Module 1: Advanced C++ Fundamentals

• Review of C++ concepts
• Program architecture
• Compilation process
• Modern C++ features
• Coding standards
• Best practices

Module 2: Advanced Object-Oriented Programming

• SOLID principles
• Inheritance strategies
• Polymorphism
• Abstract classes
• Virtual functions
• Object relationships

Module 3: Advanced Classes & Objects

• Constructors and destructors
• Copy constructors
• Move semantics
• Operator overloading
• Friend functions
• Class optimization

Module 4: Templates

• Function templates
• Class templates
• Template specialization
• Generic programming
• Template libraries
• Best practices

Module 5: Standard Template Library (STL)

• Vectors
• Lists
• Maps
• Sets
• Queues and stacks
• STL algorithms

Module 6: Iterators & Algorithms

• Iterator types
• STL algorithms
• Searching
• Sorting
• Transformations
• Performance optimization

Module 7: Smart Pointers & Memory Management

• Dynamic memory
• Smart pointers
• Unique pointers
• Shared pointers
• Weak pointers
• Memory optimization

Module 8: Exception Handling

• Exception mechanisms
• Custom exceptions
• Error handling strategies
• Resource management
• Exception safety
• Best practices

Module 9: File Handling

• File streams
• Binary files
• Text files
• File operations
• Serialization basics
• Error handling

Module 10: Advanced Data Structures

• Linked lists
• Trees
• Hash tables
• Graph structures
• Custom containers
• Performance analysis

Module 11: Multithreading

• Thread creation
• Thread management
• Synchronization
• Mutexes
• Locks
• Concurrent programming

Module 12: Modern C++ Features

• Lambda expressions
• Auto keyword
• Range-based loops
• Move semantics
• constexpr
• Modern syntax improvements

Module 13: Design Patterns

• Singleton pattern
• Factory pattern
• Observer pattern
• Strategy pattern
• Repository concepts
• Object-oriented design

Module 14: Performance Optimization

• Memory optimization
• Code profiling
• Compiler optimization
• Resource utilization
• Efficient algorithms
• Performance tuning

Module 15: Debugging Techniques

• Debugging tools
• Breakpoints
• Memory debugging
• Error tracing
• Code analysis
• Troubleshooting

Module 16: Secure Programming

• Secure coding practices
• Input validation
• Buffer management
• Exception safety
• Defensive programming
• Reliable applications

Module 17: Modular Programming

• Modular architecture
• Header management
• Static libraries
• Dynamic libraries
• Code organization
• Reusability

Module 18: System Programming Concepts

• Command-line applications
• Process management
• Resource handling
• Environment variables
• System interfaces
• Performance considerations

Module 19: Software Architecture

• Layered architecture
• Component-based design
• Scalable applications
• Maintainable code
• Software lifecycle
• Architectural best practices

Module 20: Testing & Code Quality

• Unit testing concepts
• Code reviews
• Static analysis
• Code quality metrics
• Refactoring
• Continuous improvement

Module 21: Real-World C++ Applications

• Enterprise applications
• System utilities
• Performance-critical software
• Business application development
• Code integration
• Industry development practices

Module 22: Professional Development Practices

• Coding standards
• Documentation
• Version control workflows
• Project organization
• Deployment preparation
• Software maintenance