1. Introduction to design.
2. Sources of information and state of the art
3. Material selection with respect to sustainability and function
4. Machine assembly designed for conventional manufacturing
5. Creating a model of the part for optimization.
6. Topological optimization of the part assembly
7. Modification of the optimized part with respect to manufacturability and cost
8. Creation of drawing documentation of the part
9. Assemblies and their modularity, use of universal parts
10. Use of integrated modules for calculations in 3D CAD software.
11. Application of specialized calculation software.
12. Surface treatments and galvanic cells.
13. Assembly drawings.
2. Sources of information and state of the art
3. Material selection with respect to sustainability and function
4. Machine assembly designed for conventional manufacturing
5. Creating a model of the part for optimization.
6. Topological optimization of the part assembly
7. Modification of the optimized part with respect to manufacturability and cost
8. Creation of drawing documentation of the part
9. Assemblies and their modularity, use of universal parts
10. Use of integrated modules for calculations in 3D CAD software.
11. Application of specialized calculation software.
12. Surface treatments and galvanic cells.
13. Assembly drawings.