Info 2025/2026 Course code 11976 Degree type CORSO DI LAUREA TRIENNALE (D.M. 1648/2023) Duration 3 years CFU 180 Class L-9 R INDUSTRIAL ENGINEERING Access Free access Locations LA SPEZIA Language Italian Teaching mode In-person Department DIPARTIMENTO DI INGEGNERIA MECCANICA, ENERGETICA, GESTIONALE E DEI TRASPORTI Documents Manifesto degli studi 2025/2026 Didattica programmata 2025/2026
evento Conceiving, creating and sailing: 35 years of nautical engineering and design 16/05/2025 - 16/05/2025
The course in brief Presentation The mechanical engineer: his preparation is among the most solid, complete, versatile and appreciated by the world of work. His skills not only cover the design and production of machines, plants, complex systems, consumer goods and services, but also extend to organisational and economic-managerial aspects and the most advanced applications in the fields of robotics, mechatronics, automation and energy. Learning by doing The course combines traditional lessons with: laboratory activities development of projects proposed by teachers professional curricular traineeship activities at local companies. Professional outlets Almost all Bachelor and Master of Engineering graduates find employment within 12 months of graduation. In addition to the possibility of entering the world of work directly, graduates have access to numerous master's degrees, including: Mechanical engineering - design and production Mechanical Engineering - Energy and Aeronautics Robotics Engineering What you will learn formazione scientifica di base usare strumenti matematici, fisici, chimici e informatici per risolvere problemi ingegneristici progettazione meccanica analizzare e progettare sistemi meccanici in relazione agli aspetti funzionali e costruttivi sistemi termici, energetici, fluidodinamici e ambientali analizzare e progettare cicli termodinamici, sistemi per trasmissione del calore e recupero energetico; modellare processi energetici, macchine a fluido, motori a combustione interna impianti industriali e tecnologia meccanica comprendere il funzionamento dei sistemi industriali e di produzione, conoscendone gli aspetti tecnico-economici e quelli legati all'industria 4.0 controllo e misure analizzare e configurare sistemi per applicazioni meccatroniche e robotiche, che comprendono sensoristica e sistemi di controllo sistemi per l'automazione, la meccatronica e la robotica integrare componenti hardware e software con sistemi meccanici e servosistemi in applicazioni di automazione, meccatronica e robotica. Contents The degree course in Mechanical Engineering for Automation is geared towards the training of engineers with a solid physical-mathematical background, which enables them to enter wide-ranging working environments, with rapid adaptation times to business realities. In the first year, priority is given to the mathematical, physicochemical and computer science foundations, but disciplines in the engineering area are already included: computer technology, technical drawing, materials.. In the second year, in addition to consolidating basic knowledge, foundational elements are acquired in the areas of: applied machine mechanics, mechanical technology, machine construction, energy machines and systems, technical physics, electrical engineering and electronics. In the third year content is added in areas more characteristic of Mechanical Engineering for Automation: mechanical systems, hardware and software systems for automation, mechatronics, robotics, control of mechatronic systems, electrical drives, virtual prototyping and 3D design. The final examination offers the possibility of laboratory work or company internships, during which you will be able to apply the knowledge and skills acquired and develop further operational skills, which complete the preparation. Coordinator Image Welcome to the Bachelor of Engineering in Mechanical Engineering for Automation. Our community works passionately to train mechanical engineers with a solid foundation of transversal knowledge and a special focus on disciplines related to automation, mechatronics, robotics and Industry 4.0, to meet the needs of a receptive and dynamic local and national production fabric. Come with us to design our future! Luca Bruzzone Where we are La Spezia University Campus Viale Nicolò Fieschi 16/18 19123 La Spezia +39 0187 751265https://campus-laspezia.unige.it/ Department of Mechanical, Energy, Management and Transport Engineering - DIME Via Opera Pia 15A 16145 Genova Read more Reference for teaching Doctor Francesca Livrierididatticadime@unige.it Course didactics office Dr Alessia Rosi +39 0187 751 265alessia.rosi@promostudi.it
