- International Degree Programs
- Master's Degree in MECHANICAL ENGINEERING
Master's Degree in MECHANICAL ENGINEERING
- Degree course in italian
- INGEGNERIA MECCANICA
- Degree course
- MECHANICAL ENGINEERING
- Title
- Master's Degree
- MIUR Class
- Classe delle lauree magistrali in Ingegneria meccanica - LM-33 (DM270)
- Length
- 2 years
- Credits
- 120
- Department
- ENGINEERING FOR INNOVATION
- Website
- https://www.unisalento.it/didattica/cosa-studiare/corsi-di-laurea-magistrale/-/dettaglio/corso/LM07/ingegneria-meccanica
- Language
- ITALIAN
- Location
- Lecce-
- Academic year
- 2025/2026
- Type of access/Available places
- Free access course
- Career opportunities
- 2.2.1.1.1 - Ingegneri meccanici
2.2.1.1.4 - Ingegneri energetici e nucleari
Course description
The training achieved will provide the mechanical engineer with the professional versatility necessary to tackle different topics, contribute to the realization of projects carried out in groups and communicate with technicians and experts in the most varied industrial and service sectors.
The training path is divided into curricula (addresses) in order to guarantee the understanding of particular advanced topics of mechanics with a significant level of specialization.
1) Having acquired, in the scientific-disciplinary sectors indicated for the basic training activities for the Degree Class in Industrial Engineering, a minimum number of 36 CFU, acquired in any university course.
2) Having acquired, in the Scientific-Disciplinary Sectors characterizing for the Degree Class in Industrial Engineering, a minimum number of 30 CFU acquired in any university course. The Course of Study's Teaching Regulations will indicate the disciplinary sectors specifically required, indicating for each, or groups of them, the number of CFU required.
3) be able to use the English language fluently, in written and oral form, also with reference to disciplinary lexicons.
Access to the course is also permitted to holders of a Specialist Degree or Master's Degree in Engineering (pursuant to Ministerial Decree 509/1999 or Ministerial Decree 270/2004) or a Degree in Engineering obtained according to the system prior to Ministerial Decree 509/1999.
A special Commission will verify the adequacy of personal preparation by providing specific admission tests.
Profile
Master's Degree Mechanical EngineerFunctions
Graduates in Master's Degree Mechanical Engineering will be characterized by:an in-depth knowledge and understanding of the basic principles of mechanical engineering;
a critical awareness of the technological and regulatory evolution of the chosen sector;
The graduate will acquire theoretical and operational skills that will guarantee significant knowledge of mechanical engineering and related innovation. In particular, their knowledge will concern:
product, process and system design, including issues related to the management
of the product life cycle (from production to distribution to maintenance) by evaluating the
specific safety and maintenance issues;
alternative energy sources, machines and energy systems, issues related to energy savings and environmental impact;
the functionality, design and sizing of mechanical parts, of the mechanical assembly,
of machines, of the experimentation resulting from proving the effectiveness of the design choices, the
systems for the construction of mechanical systems and the resulting logistics;
experimental methods and related experiment design techniques.
The master's engineer must be able to analyse even complex issues both with regard to the design of mechanical products and of industrial technologies and processes thanks to specific knowledge of the functionality of modern instrumentation. Furthermore, the training acquired will allow him to develop new methods aimed at improving the functionality, behavioral analysis and diagnostics of industrial machines and structures as well as the development of systems and equipment aimed at improving industrial processes.
Thanks to the multidisciplinary approach, the graduate in Mechanical Engineering will be able to acquire the skills needed to design, build, install, test, effectively manage and control complex production systems (such as machines and systems together with the means to operate them and the related connected services);
make choices regarding the executive and detailed design and effectively conduct and plan tests and experimental plans both for the purposes of developing a new product and for the purposes of controlling industrial systems.
Skills
The graduate will acquire theoretical and operational skills that will guarantee significant knowledge of mechanical engineering and related innovation. In particular, their knowledge will concern:product, process and system design, including issues related to the management
of the product life cycle (from production to distribution to maintenance) evaluating the
specific safety and maintenance issues;
alternative energy sources, machines and energy systems, issues related to energy savings and environmental impact;
the functionality, design and sizing of mechanical parts, of the mechanical assembly, of machines, of the consequent experimentation to prove the effectiveness of the design choices, the systems for the construction of mechanical systems and the consequent logistics;
experimental methods and related experiment design techniques.
Place
The graduate in Mechanical Engineering finds employment in both public bodies and in private and public companies (both in the design fields and in the fields of effective management of industrial technologies and systems). After passing the state exam, he/she can also register with the professional order of engineers and enter the world of the freelance profession of industrial engineer (mechanical and management sector), having the possibility of offering his/her skills also in the aeronautical, naval, nuclear, biomechanical and materials fields.Thanks to the multidisciplinary skills, the Master's engineer will be able to perform the functions of production manager/technologist, manager of research and development units in private companies and research centers, energy manager, mechanical designer. In short, the Master's engineer will have the possibility of insertion in all the fields characterizing industrial processes, from the project to the final technical assistance.
The paper proposed for the final exam, characterized by originality, always refers to a significant experience that may concern:
- a project activity;
- an in-depth study of a basic or applied research topic;
- an experimental research activity, carried out in university laboratories or at external institutions.
Course modules
ENERGIA
MACHINE DESIGN AND VERIFICATION (ING-IND/14)
12 credits - Compulsory
COMPUTER AIDED DESIGN (ING-IND/15)
6 credits - Compulsory
INDUSTRIAL AND ELECTRICAL PLANTS INT HVAC SYSTEMS AND BIM MODELING
12 credits - Compulsory
6 credits
6 credits
FLUID MACHINERY MANAGEMENT (ING-IND/09)
9 credits - Compulsory
MECHANICAL VIBRATIONS (ING-IND/13)
9 credits - Compulsory
SAFETY AND ENVIROMENT (ING-IND/17)
6 credits - Compulsory
FLUID AUTOMATION (ING-IND/13)
6 credits - Compulsory
PROCESS CONTROL AND PERFORMANCE IMPROVEMENT (ING-IND/16)
9 credits - Compulsory
INDUSTRIAL ENERGY (ING-IND/09)
9 credits - Compulsory
RENEWABLE ENERGY SYSTEMS (ING-IND/09)
9 credits - Compulsory
FINAL EXAM (PROFIN_S)
12 credits
REFRIGERATION SYSTEMS (ING-IND/10)
6 credits - Compulsory
TRAINING PERIOD (NN)
6 credits - Compulsory
INGEGNERIA DEL VEICOLO
MACHINE DESIGN AND VERIFICATION (ING-IND/14)
12 credits - Compulsory
COMPUTER AIDED DESIGN (ING-IND/15)
6 credits - Compulsory
INDUSTRIAL AND ELECTRICAL PLANTS INT HVAC SYSTEMS AND BIM MODELING
12 credits - Compulsory
6 credits
6 credits
FLUID MACHINERY MANAGEMENT (ING-IND/09)
9 credits - Compulsory
MECHANICAL VIBRATIONS (ING-IND/13)
9 credits - Compulsory
SAFETY AND ENVIROMENT (ING-IND/17)
6 credits - Compulsory
PROCESS CONTROL AND PERFORMANCE IMPROVEMENT (ING-IND/16)
9 credits - Compulsory
RENEWABLE ENERGY SYSTEMS (ING-IND/13)
9 credits - Compulsory
MECHATRONICS (ING-IND/13)
6 credits - Compulsory
DRAFT FLUID MACHINES (ING-IND/09)
6 credits - Compulsory
FINAL EXAM (PROFIN_S)
12 credits
ADVANCED PROPULSION SYSTEMS (ING-IND/08)
9 credits - Compulsory
TRAINING PERIOD (NN)
6 credits - Compulsory
PROGETTAZIONE E PRODUZIONE INDUSTRIALE
MACHINE DESIGN AND VERIFICATION (ING-IND/14)
12 credits - Compulsory
COMPUTER AIDED DESIGN (ING-IND/15)
6 credits - Compulsory
INDUSTRIAL AND ELECTRICAL PLANTS INT HVAC SYSTEMS AND BIM MODELING
12 credits - Compulsory
6 credits
6 credits
FLUID MACHINERY MANAGEMENT (ING-IND/09)
9 credits - Compulsory
MECHANICAL VIBRATIONS (ING-IND/13)
9 credits - Compulsory
SAFETY AND ENVIROMENT (ING-IND/17)
6 credits - Compulsory
PROCESS CONTROL AND PERFORMANCE IMPROVEMENT (ING-IND/16)
9 credits - Compulsory
Sustainable production and logistics systems (ING-IND/17)
6 credits - Compulsory
ROBOTIZED MANUFACTURING AND CAM (ING-IND/16)
9 credits - Compulsory
NUMERICAL DESIGN AND EXPERIMENTAL MECHANICS (ING-IND/14)
9 credits - Compulsory
FINAL EXAM (PROFIN_S)
12 credits
MANUFACTURING TECHNOLOGY II (ING-IND/16)
6 credits - Compulsory
TRAINING PERIOD (NN)
6 credits - Compulsory