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C++ Programming

High-performance systems programming and computational engineering

Why C++ for Computational Engineering?

C++ is the backbone of high-performance computational engineering applications. Its combination of low-level control and high-level abstractions makes it ideal for numerical simulations, finite element analysis, and scientific computing where performance is critical.

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Performance

Near-metal speed for computations

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Control

Fine-grained memory management

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Libraries

Rich ecosystem for engineering

Key Features & Applications

Memory Management

Advanced

Direct control over memory allocation and deallocation using pointers, references, and smart pointers for efficient resource management.

Applications:

High-performance computingSystem programmingReal-time applications

Object-Oriented Programming

Intermediate

Classes, inheritance, polymorphism, and encapsulation for building modular and maintainable code structures.

Applications:

Software architectureCode reusabilityLarge-scale applications

Template Programming

Advanced

Generic programming with templates enabling code reuse and compile-time optimization for high-performance libraries.

Applications:

STL containersMathematical librariesAlgorithm optimization

Standard Template Library

Intermediate

Extensive collection of containers, algorithms, and iterators providing efficient data structures and operations.

Applications:

Data manipulationAlgorithm implementationPerformance optimization

Concurrency & Threading

Advanced

Multi-threading capabilities with std::thread, mutexes, and atomic operations for parallel computing applications.

Applications:

Parallel processingScientific simulationsPerformance computing

Numerical Computing

Advanced

Implementation of mathematical algorithms and numerical methods with high precision and performance optimization.

Applications:

Scientific computingEngineering simulationsMathematical modeling

Interactive C++ Examples

Explore these C++ code examples to see key concepts in action. Click "Run" to execute the code and see the output.

Modern C++ memory management using smart pointers for automatic resource cleanup.

C++
Expected Output:
Resource 1 created
Using resource 1
Resource 2 created
Reference count: 2
Reference count: 1
Resource 2 destroyed
Resource 1 destroyed

My C++ Experience

Engineering Projects

  • • Finite Element Solver: High-performance structural analysis implementation
  • • CFD Simulations: Fluid dynamics solver with parallel processing
  • • Matrix Operations: Optimized linear algebra libraries for large systems
  • • Numerical Integration: Advanced quadrature methods implementation

Technical Expertise

  • • Modern C++: C++17/20 features and best practices
  • • Performance: Profiling, optimization, and memory management
  • • Libraries: Eigen, OpenMP, MPI for scientific computing
  • • Build Systems: CMake, Make, and cross-platform development