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A collection of optimization methods in engineering applications (OMEA), implemented in Python — including linear, nonlinear and constrained, with examples.

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Optimization Methods for Engineering Applications (OMEA)

A comprehensive collection of optimization algorithms implemented in Python for engineering applications, including linear, nonlinear, and constrained optimization methods with practical examples and detailed analysis.

📋 Repository Contents

Implemented Methods:

  1. Unrestricted Search Method - View Implementation
  2. Dichotomous Search Method - View Implementation
  3. Internal Halving Method - View Implementation
  4. Golden Section Method - View Implementation
  5. Fibonacci Method - View Implementation
  6. Simplex Method(Dual & normal simplex) - View Implementation
  7. Two Phase Simplex Method - View Implementation

📊 Current Status

  • 🔄 Additional methods: Coming soon

🤝 Contributing

Feel free to contribute additional optimization methods, improvements to existing implementations, or enhanced documentation.

📄 License

This project is available for educational and research purposes.


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A collection of optimization methods in engineering applications (OMEA), implemented in Python — including linear, nonlinear and constrained, with examples.

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