Curriculum

The program aims to provide students with a comprehensive skill set. This includes a solid grasp of physical and chemical principles, alongside proficiency in mathematical and computational tools essential for engineering applications. Students gain a thorough understanding of technical foundations and methodologies used in mechanical engineering, as well as advanced knowledge in other key areas such as materials, design methodologies, thermo-fluid dynamics, fluid and thermal machinery, and production technologies.

Additionally, the program fosters the ability to work both independently and collaboratively within interdisciplinary teams. Graduates will be able to effectively communicate with specialists from other engineering fields, using appropriate technical language and a deep understanding of essential concepts. They will also develop the capacity to adapt to evolving industrial contexts, supported by a strong commitment to continuous learning and professional growth.

The program culminates in a thesis, which may involve challenging design projects or original applied research, showcasing the students’ readiness to contribute meaningfully to the field.