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Graduation thesis XC Engineering is constantly working in several technological and innovative projects in many areas and, for this reason, offers to all students interested the possibility to work on their graduation thesis or to make a stage in our office. It is an extremely interesting opportunity to use the best numerical simulation software as research tool. Stages are great starting points to begin a career and to make a lot of experience in the field of numerical simulations, giving ideas and interesting opportunities, while theses are a good way to learn about XC Engineering and its software before graduation. Thank to this cooperation students will have the possibility to gain a valuable experience in an international company, while we will enjoy new thoughts and knowledge. Students will be introduced to the use of the codes and will be followed in each step of the simulation process and post-processing, with the possibility to work on the most advanced case studies and with the support of our experience and resources. Contact us to have more information and theses developed in our offices. |
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| Some of the theses already developed in our offices: |
| Author | Title | In collaboration with | Software used |
| Baraggi Raffaello | Optimization of a system of conformal cooling channels | Politecnico di Milano | FLOW-3D |
| Incognito Alessandro | Study and optimization of an automatic breathing apparatus | Politecnico di Milano | FLOW-3D |
| Lauria Agostino | Experimental and numerical modelling of flow under a sluice gate | Università della Calabria | FLOW-3D |
| Negri Alessandra | Numerical analysis on the areas of flooding of the River Lambro | Politecnico di Milano | FLOW-3D |
| Pelliccioli Anna | Numerical investigation on the hydrodynamic resistance of a hull in the presence of a free surface | Università degli Studi di Bergamo | FLOW-3D |
| Trabucchi Nicola | Numerical setup and modelling of the flow around a rectangular cylinder | Politecnico di Milano | FLOW-3D |
| Viviani Daniela | Numerical modeling interaction between marine waves and emerged breakwater barriers | Università degli Studi di Salerno | FLOW-3D |