| Materials Science |
5 |
75 h |
| Experimental Techniques in Materials Engineering |
5 |
75 h |
| Physical Ceramics |
5 |
75 h |
| Physical Metallurgy |
5 |
75 h |
| Physical Chemistry of Polymers |
5 |
75 h |
| Polymeric Blends |
3 |
45 h |
| Refractory Ceramics |
3 |
45 h |
| Phase Diagrams |
3 |
45 h |
| X-Ray Diffraction |
3 |
45 h |
| Ceramic Glazes |
3 |
45 h |
| Fundamentals of Corrosion |
3 |
45 h |
| Fundamentals of Electron Microscopy |
3 |
45 h |
| Introduction to Fracture Mechanics |
3 |
45 h |
| Electroceramic Materials |
3 |
45 h |
| Metallurgy of Failure Analysis of Metallic Materials |
3 |
45 h |
| Mechanical Metallurgy |
3 |
45 h |
| Methodology for Scientific Paper Writing |
3 |
45 h |
| Materials Microscopy |
3 |
45 h |
| High-Energy Milling |
3 |
45 h |
| Mathematical Methods for Engineering |
3 |
45 h |
| Statistical Design of Experiments |
3 |
45 h |
| Non-Conventional Ceramic Processing |
3 |
45 h |
| Polymer Rheology |
3 |
45 h |
| Polymer Solidification |
3 |
45 h |
| Thermodynamics of Solids |
3 |
45 h |
| Experimental Techniques in Electrochemistry |
3 |
45 h |
| Characterization Techniques of Ceramic Materials |
3 |
45 h |
