Mechanical construction

The bachelor’s program in mechanical construction is designed to equip students with the essential theoretical and practical knowledge required to understand, analyze, and address the complex challenges posed by mechanical systems. It aims to develop engineers who are not only proficient in core scientific principles but also capable of applying these principles to real-world industrial contexts.

Through this program, students acquire a solid scientific foundation in the broader field of engineering sciences, with a particular emphasis on mechanics, applied mathematics, and computational methods. The curriculum is structured to:

• Foster a deep understanding of fundamental physical laws and phenomena relevant to mechanical sciences, as well as the analytical and synthetic methodologies needed to interpret them;
• Provide students with the mathematical and computational tools necessary for modeling, simulation, and problem-solving in engineering contexts;
• Prepare future engineers to apply both theoretical frameworks and practical techniques across a wide range of applications, with a specific focus on the mechanical and manufacturing industries.

In doing so, the program ensures that graduates are well-prepared to contribute meaningfully to innovation, research, and development in the mechanical engineering sector.