1. Introduction to Topological Optimization
2. Basics of topological optimization and introduction to software
3. Fundamentals of the finite element method
4. Determination of requirements and boundary conditions of calculation
5. Technological design related to the possibilities of production of optimized parts
6. Case study 1: Analytical calculation, FEM, determination of the area of optimization
7. Case study 1: setting Topological optimization
8. Case Study 1: Redesign with PolyNURBS
9. Case study 1: Control calculation using FEM and evaluation of results
10. Project: Project assignment
11. Project: Independent work on the project
12. Project: Independent work on the project
13. Project: Submission and consultation of results
14. Final evaluation
2. Basics of topological optimization and introduction to software
3. Fundamentals of the finite element method
4. Determination of requirements and boundary conditions of calculation
5. Technological design related to the possibilities of production of optimized parts
6. Case study 1: Analytical calculation, FEM, determination of the area of optimization
7. Case study 1: setting Topological optimization
8. Case Study 1: Redesign with PolyNURBS
9. Case study 1: Control calculation using FEM and evaluation of results
10. Project: Project assignment
11. Project: Independent work on the project
12. Project: Independent work on the project
13. Project: Submission and consultation of results
14. Final evaluation