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Info 2023/2024
- Bachelor degree course
- Duration and credits
-
- 3
- Years
- 180
- CFU
-
- L-9
- INDUSTRIAL ENGINEERING
-
- Free access
- GENOVA
- Italian
- Frontale
- From 0 to 3000 euros per year. Find out if you are entitled to scholarships and exemptions
- Student exchange
- SILVIA MARELLI
- To learn more about the Course visit the dedicated section
- Degree programme table a.y. 2023/2024
- Degree programme plan 2023/2024
- Degree regulations 2023/2024
Info 2022/2023
- Bachelor degree course
- Duration and credits
-
- 3
- Years
- 180
- CFU
-
- L-9
- INDUSTRIAL ENGINEERING
-
- Free access
- GENOVA
- Italian
- Frontale
- From 0 to 3000 euros per year. Find out if you are entitled to scholarships and exemptions
- Student exchange
- SILVIA MARELLI
- To learn more about the Course visit the dedicated section
- Degree programme table a.y. 2022/2023
- Degree programme plan 2022/2023
- Degree regulations 2022/2023
Info 2021/2022
- Bachelor degree course
- Duration and credits
-
- 3
- Years
- 180
- CFU
-
- L-9
- INDUSTRIAL ENGINEERING
-
- Free access
- GENOVA
- Italian
- Frontale
- From 0 to 3000 euros per year. Find out if you are entitled to scholarships and exemptions
- Student exchange
- SILVIA MARELLI
- To learn more about the Course visit the dedicated section
- Degree programme table a.y. 2021/2022
- Degree programme plan 2021/2022
- Degree regulations 2021/2022
Info 2020/2021
- Bachelor degree course
- Duration and credits
-
- 3
- Years
- 180
- CFU
-
- L-9
- INDUSTRIAL ENGINEERING
-
- Free access
- GENOVA
- Italian
- Frontale
- From 0 to 3000 euros per year. Find out if you are entitled to scholarships and exemptions
- Student exchange
- MARIO MISALE
- To learn more about the Course visit the dedicated section
- Degree programme table a.y. 2020/2021
- Degree programme plan 2020/2021
- Degree regulations 2020/2021
Info 2019/2020
- Bachelor degree course
- Duration and credits
-
- 3
- Years
- 180
- CFU
-
- L-9
- INDUSTRIAL ENGINEERING
-
- Free access
- GENOVA
- Italian
- Frontale
- From 0 to 3000 euros per year. Find out if you are entitled to scholarships and exemptions
- Student exchange
- MARIO MISALE
- To learn more about the Course visit the dedicated section
- Degree programme table a.y. 2019/2020
- Degree programme plan 2019/2020
- Degree regulations 2019/2020
Info 2018/2019
- Bachelor degree course
- Duration and credits
-
- 3
- Years
- 180
- CFU
-
- L-9
- INDUSTRIAL ENGINEERING
-
- Free access
- GENOVA
- Italian
- Frontale
- From 0 to 3000 euros per year. Find out if you are entitled to scholarships and exemptions
- Student exchange
- MARIO MISALE
- To learn more about the Course visit the dedicated section
- Degree programme table a.y. 2018/2019
- Degree programme plan 2018/2019
Info 2017/2018
- Duration and credits
-
- 3
- Years
- 180
- CFU
-
- L-9
- INDUSTRIAL ENGINEERING
-
- Free access
- GENOVA
- Italian
- Frontale
- From 0 to 3000 euros per year. Find out if you are entitled to scholarships and exemptions
- Student exchange
- PIETRO GIRIBONE
- To learn more about the Course visit the dedicated section
- Degree programme table a.y. 2017/2018
- Degree programme plan 2017/2018
- Degree regulations 2017/2018
Info 2016/2017
- Duration and credits
-
- 3
- Years
- 180
- CFU
-
- L-9
-
- Free access
- GENOVA
- Italian
- Traditional
- From 0 to 3000 euros per year. Find out if you are entitled to scholarships and exemptions
- Student exchange
- PIETRO GIRIBONE
- To learn more about the Course visit the dedicated section
- Degree programme table a.y. 2016/2017
- Degree programme plan 2016/2017
- Degree regulations 2016/2017
The course in brief
Presentation
The course of study provides curricular training aimed at solving problems characteristic of entry-level mechanical engineering. The fundamentals for the design, production and operation of machinery and industrial plant engineering are acquired.
During the basic courses of the first year, didactic tutoring with experienced personnel is implemented, while in the following years the course offers paths geared toward the training of engineers with high basic preparation, capable of dealing with industrial problems or pursuing careers in any master's degree.
Learning by doing
The teaching is predominantly face-to-face, because the student must acquire the theoretical foundations to support the professionalizing disciplines. The training also makes use of interaction with the manufacturing realities of the engineering and energy sectors through visits, exercises and opportunities for internships in companies.
Professional outlets
The main professional outlets of the graduate in mechanical engineering are:
.- mechanical and electromechanical industries
- manufacturing enterprises for production
- industries and public and private entities in the field of energy production and conversion
- plant engineering enterprises
- Environmental refrigeration and air conditioning enterprises
- industries for automation, robotics and mechatronics
- engineering companies
The bachelor's degree allows registration as an engineer.
What you will learn
-
basic science education
Use physical-mathematical tools to deal with basic engineering problems
-
mechanical design
analyze and design simple mechanical systems including functional aspects
-
thermal and environmental systems
Thermodynamic cycles, heat transfer, energy recovery, and refrigeration technology
-
energy systems and fluid dynamics
modeling of energy processes, thermodynamic cycles and fluid machines, MCI
-
plant and mechanical technology
Production systems, design and techno-economic feasibility for Industry 4.0
-
measurement, control and automation
Mechanical and thermal sensing, probability and statistics, dynamic servosystems
Contents
The course of study offers pathways geared toward the training of mechanical engineers with high basic preparation, capable of systematically addressing first-level problems in the characteristic areas of mechanical engineering. In addition, the educational pathway of this degree offers an ideal preparation for further study towards master's degrees.
In the first year priority is given to mathematical, physicochemical, and computer science foundations, but already there is provision for the inclusion of disciplines from the area of engineering proper, such as information technology, technical drawing, and materials.
In the second year foundational elements are acquired in the areas of: fluid mechanics, solid mechanics, mechanical technology, applied machine mechanics, machine building, fluid machinery, energy systems, technical physics (energy and heat transfer), mechanical systems, electrical engineering and electronics.
In the third year the student deepens his skills in such subjects as mechanical systems, fluid machines, technical drawing, machine construction, dynamics and control of mechanical systems, measurement and instrumentation, and elements of economics for industrial engineering. The presence of two electives, of an applied nature, allows for increased flexibility of the course.
Coordinator

Dear students, I would like to welcome you to the Course of Study in Mechanical Engineering! We are happy with your choice that we will not disappoint in expectations. A challenging, stimulating and satisfying path will begin for you. Enjoy this unique and unforgettable moment, accompanied by the expertise, passion and helpfulness of the teachers of the Course of Study.
Where we are
Location of teaching activities
.
Via all'Opera Pia 15A - Pavilion B
Classrooms: B1 (Aula Magna), B2, B6, G1, G2B, INFAL1
Education Support Unit
.
Via Montallegro 1
16145 Genoa
+39 010 353 2130
didatticadime@unige.it
Success stories
Read more
Student Desk Engineering
.
Via Montallegro 1/3
16145 Genoa
+39 010 335 2148
sportello.ingegneria@unige.it
Opening hours to the public
Mondays, Wednesdays and Thursdays: 9:30 a.m. - 12:30 p.m.
Education Support Unit
.
Via Montallegro 1
16145 Genoa
+39 010 335 2130
didatticadime@unige.it