Aims and scopes

SPECIFIC OBJECTIVES OF THE PROGRAM AND DESCRIPTION OF THE STUDY PATH

The Master’s Degree in Mechatronics Engineering aims to train professionals capable of taking on technical as well as research and development roles in contexts requiring strong methodological and operational knowledge in both basic sciences and engineering.

Graduates in Mechatronics Engineering will be able to work in advanced research and design environments, focusing on the specific domains of Electronics, Mechanics, and Control (including advanced computational methods and applications in electric vehicles, robotics, and new materials), as well as ICT. Particular emphasis is placed on the integration of these disciplines for the development and implementation of complex systems.

The program, taught entirely in English, includes a range of interdisciplinary courses that address the aspects mentioned above. It welcomes students from a variety of Bachelor’s programs, both in Italy (*) and abroad, and offers different areas of specialization.

Communication skills, both written and oral, are developed throughout the program by means of homework assignments, ongoing assessments, oral exams, laboratory activities, and the preparation of an experimental Master’s thesis. From the very beginning, the curriculum also requires the use of specialized textbooks and scientific publications entirely in English, in order to foster students’ ability to communicate effectively in international scientific contexts.

(*) Specific sets of optional courses designed as preparatory paths for admission to the Master’s Degree in Mechatronics Engineering are already offered in several Bachelor’s programs listed in this guide.

PLANNED CURRICULUM

Graduates in Mechatronics Engineering are distinguished by both a broad and in-depth knowledge of fundamental disciplines and by the skills needed to understand and further develop innovations in rapidly evolving engineering fields.

The Master’s Degree program in Mechatronics Engineering consists of:

  • A common core of courses (78 credits)

  • Five specialization tracks, each worth 24 credits

The wide range of available courses, together with the flexible structure of the program, allows students to tailor their academic path to their own cultural interests and professional goals.

PROFESSIONAL PROFILE AND CAREER OPPORTUNITIES

Master’s Degree Graduate in Mechatronics Engineering

Role in the workplace

The graduate in Mechatronics Engineering can operate in a wide range of engineering and technology-oriented contexts, combining strong technical and theoretical expertise with an integrated and multidisciplinary vision.

Skills Associated with the Role

Graduates of the Master’s Degree in Mechatronics Engineering are expected to:

  • Possess an in-depth knowledge of the theoretical and scientific foundations of mathematics and other basic sciences, and be able to apply this knowledge to interpret and describe complex engineering problems or problems requiring an interdisciplinary approach.

  • Have an advanced understanding of engineering principles, both in general and specifically in the fields of electronics, mechanics, controls, and ICT, enabling them to identify, formulate, and solve complex problems, including through innovative approaches.

  • Be capable of conceiving, planning, designing, and managing complex and/or innovative systems, processes, and services.

  • Be able to design and manage highly complex experiments.

  • Have knowledge of business organization (entrepreneurial culture) and professional ethics.

  • Possess contextual knowledge and transferable skills that allow them to adapt and interact effectively across different professional environments.

Career Opportunities

Graduates of the Master’s Degree in Mechatronics Engineering can find employment in:

  • Companies specializing in the design and production of components

  • Manufacturers of electronic and mechanical devices

  • Manufacturing industries

  • Public administrations

  • Service companies that employ mechatronic technologies and infrastructures for signal acquisition and processing, as well as for the control and optimization of mechanical systems and devices in both civil and industrial contexts

Furthermore, the exclusive training in English facilitates access to both the research sector and the international job market, as well as to national industries with a strong global orientation.

(published in the Italian Student Guide A.Y. 2025-26)