1. General Information

School	School of Industrial and Information Engineering
Code Reference Law	535
Name	Mechanical Engineering
Reference Law	Ordinamento D.M. 1648-1649/23
Class of degree	L-9 - Industrial Engineering
Degree level	Laurea (Equivalent To Bachelor Of Science)
First year of activation	2008/2009
Official length of the programme	3
Years of the programme already activated	1,2,3
Official language(s)	Italian
Campus	Piacenza
Dean of the School	Lorenzo Dozio
Coordinator of the Study programme	Francesco Braghin
Website of the School	http://www.ingindinf.polimi.it
Website of the Study programme	https://www.mecheng.polimi.it/?lang=en

Central Student Office - Piacenza

Address

VIA G. B. SCALABRINI, 76 (PC)

2. General presentation of the study programme

The mechanical engineer operates in a constantly evolving technological environment, playing a central role in innovation processes. Therefore, the Bachelor's Degree Program in Mechanical Engineering is designed to train professionals capable of tackling the challenges of modern industry.

The educational path provides a solid foundation in key topics, including:

• design and technical drawing, essential for developing effective engineering solutions;
• materials and manufacturing technologies, with a focus on the properties and applications of metals and composite materials;
• dynamics and strength analysis of machines and individual components;
• energy transformation within machines;
• fluid mechanics.

The curriculum integrates theoretical insights with practical experiences, advanced laboratories, and applied projects. The objective is to provide a comprehensive education that enables students to acquire transversal skills and a methodological approach oriented toward solving complex engineering problems.

The study program is structured to ensure a solid knowledge base, allowing students to either continue their studies with a Master's Degree or enter the job market directly. The skills acquired are applicable in sectors such as automotive, robotics, aerospace, and industrial production, offering numerous career opportunities.

3. Learning objectives

The educational objectives ensure that graduates in Mechanical Engineering possess the necessary skills and knowledge to become highly qualified and successful professionals in the field. The objectives include:

• providing a solid foundation in mathematics, physics, chemistry, and computer science, essential for tackling advanced engineering disciplines;
• developing the ability to design, model, and optimize components, machines, and systems, with an approach based on advanced engineering principles, considering energy efficiency and environmental impact reduction;
• using software and experimental tools to analyze and verify mechanical systems, with a particular focus on simulation and prototyping technologies;
• fostering an analytical mindset to tackle and solve complex mechanical engineering problems, promoting a critical and innovative approach;
• acquiring a flexible study and work methodology, allowing adaptation to the rapid technological changes in the industry;
• developing the necessary competencies for effective integration into the industrial sector or further academic pursuits at higher levels, such as a Master’s Degree or a PhD.

4. Organization of the study programme and further studies

4.1 Structure of the study programme and Qualifications

The Bachelor's Degree in Mechanical Engineering has been designed in accordance with university autonomy regulations, aiming to provide adequate training and facilitate the professional integration of mechanical engineers. This educational path stands out for its innovative approach and is structured into different levels, each leading to a specific degree.

 

Bachelor’s Degree (LT)

After three years of study, students obtain a Bachelor’s Degree in Mechanical Engineering. The first year focuses on preparatory and fundamental disciplines, providing a strong theoretical foundation. The second year introduces more specialized subjects, emphasizing the fundamental principles of mechanics. The third year allows students to customize their educational path by choosing from different approved study plans, with courses aimed at completing their technical training. The admission criteria for the third year and professionalizing pathways are detailed in Section 7 of this document.

 

Master’s Degree (LM)

After earning their Bachelor's Degree, students can continue with a two-year Master’s Degree in Mechanical Engineering. From the first year, students can choose a specialized track that allows them to deepen both fundamental knowledge and advanced methodologies in the field. Admission to the Master’s Degree depends on an evaluation of the student’s academic record.

 

PhD Program (DR)

The PhD Program is the highest level of academic education and lasts for three years after completing the Master’s Degree. This program aims to train highly qualified researchers, with strong theoretical foundations and advanced skills, meeting the needs of both industries and research institutions. Admission is based on a public competition.

 

The Bachelor’s Degree curriculum has been developed considering industry advancements and technological innovation, with the goal of training highly competent mechanical engineers who can face future challenges and contribute to the sector’s development.

For more detailed information, students are encouraged to visit the websites of the School of Industrial and Information Engineering (www.ingindinf.polimi.it) and the Mechanical Engineering program (www.mecheng.polimi.it).

4.2 Further Studies

The Bachelor’s Degree in Mechanical Engineering offers several opportunities for further education. Students can apply for master’s Degree programs, first-level specialization courses, and first-level university master’s programs. Admission to these programs is subject to evaluation of the student’s academic record, based on current regulations.

4.3 Forfeiture from the study

Regulations regarding withdrawal from studies can be consulted on the Politecnico di Milano website: https://www.polimi.it/en/students/special-cases/loss-of-student-status. The regulations state that the total number of academic years of enrollment is calculated based on the university credits (CFU) required by the student, considering the standard value of 60 CFU per year. It is not permitted to remain enrolled for a number of years exceeding twice the normal duration of the degree program. Exceeding this limit results in automatic withdrawal from the program if the degree has not yet been obtained.

In case of withdrawal, potential readmission to the Bachelor's Degree in Mechanical Engineering is subject to evaluation by the Admissions Committee.

Students are strongly advised to consult the official regulations for a more detailed understanding of withdrawal conditions and readmission procedures.

Reference

The qualification grants access to "Laurea Magistrale" (2nd degree), "Corso di Specializzazione di primo livello" (1st level Specialization Course) and "Master Universitario di primo livello" (1st level University Master)

5. Professional opportunities and work market

5.1 Professional status of the degree

Graduates in Mechanical Engineering are versatile professionals with a strong technical and scientific background, capable of working in various engineering fields. Their expertise ranges from the executive design of products and processes to the development of new technologies, from the installation and testing of machines and complex systems to the maintenance and management of production plants. Additionally, they are qualified to carry out quality control activities, technical verification, and specialized assistance.

Specifically, a mechanical engineer is capable of:

• translating ideas and requirements into technical drawings for the development of mechanical systems;
• designing components and plants, considering functional, structural, and energy aspects;
• analyzing and solving problems by collaborating in multidisciplinary teams;
• selecting the most suitable materials and production technologies for product manufacturing;
• evaluating the performance of machines and the strength of their components;
• optimizing the use of machinery and resources within production plants.

In addition to technical skills, graduates develop essential transversal skills, including:

• effective communication, both written and oral;
• interpersonal, decision-making, and teamwork abilities;
• awareness of the environmental impact of their activities;
• management and promotion of digitalization in industrial processes and services;
• knowledge of business dynamics and professional and ethical responsibilities.

Reference

5.2 Careers options and profiles

Thanks to the technical and managerial skills acquired during their studies, graduates in Mechanical Engineering have access to numerous career opportunities in the industrial sector, the public sector, or as self-employed professionals. They engage in the design, management, and production of components, systems, and processes.

Their multidisciplinary education allows them to work not only in the mechanical industry but also in broader fields of industrial engineering (including electromechanical, automotive, energy, aerospace, transportation, automation, and robotics), in service companies, public administration, and research institutions.

For those wishing to continue their studies, the natural path is the Master's Degree in Mechanical Engineering, though other specializations in industrial engineering are also accessible.

5.3 Qualification profile

The graduate in Mechanical Engineering possesses a solid scientific and technical background that enables them to operate effectively in various fields of industrial engineering. They are able to design and analyze components, machines, and systems, taking into account functional, manufacturing, and energy-related aspects. They have competencies in selecting appropriate materials and manufacturing technologies, as well as in evaluating the performance and reliability of mechanical systems. They are capable of addressing complex problems through an analytical and methodical approach, also working within multidisciplinary teams. The graduate is proficient in the use of computational and experimental tools for the modeling, simulation, and validation of systems. They also possess transversal skills, including communication, organizational, and decision-making abilities. They are aware of the environmental impact of their design choices and the role of technological innovation. The acquired competencies allow for both immediate entry into the job market and continuation of studies in a Master of Science program.

6. Enrolment

6.1 Access requirements

To access first-level degree programs, applicants must hold a five-year or four-year secondary education diploma or an equivalent qualification obtained abroad (EQF level 4) recognized as valid.

Students transferring from other universities or other degree programs at Politecnico di Milano may request recognition of previously earned credits. The Admissions Committee will evaluate each request on a case-by-case basis.

Reference

Italian secondary school leaving qualification or other comparable foreign qualification (level 4 EQF)

6.2 Requested knowledge

The number of available places for the first year of each degree program at Politecnico di Milano is determined by the Academic Senate based on the recommendations of the relevant School.

Admission requires passing the Online Test (TOL), which is common to all engineering programs. The test can be taken by students in their penultimate and final year of high school, as well as by high school graduates. The minimum passing score is 30/100. Applicants who do not reach this threshold cannot enroll, regardless of the availability of places.

The ranking is determined based on the test score, the number of available places for each test session, and the preferences expressed.

 

Enrollment Phases

Enrollment takes place in two phases:

• early phase: Reserved for students who passed the TOL in their penultimate year of high school with a score of at least 75/100.
• regular phase: For students who scored below 75/100 in the penultimate year, those who took the test in the final year, or those who are already graduates.

 

Exemptions from the Admission Test

Applicants who have achieved a minimum score (set annually) in recognized tests such as SAT, GRE, GMAT, or TOLC-I (CISIA Test) are exempt from taking the TOL.

 

English Test and Additional Educational Obligations (OFA TENG)

If a student scores below 24 correct answers in the English section of the test, they will be assigned an Additional Educational Obligation (OFA TENG). To fulfill this requirement, they can present an English certification accepted by Politecnico or take a test at an external institution.

 

The admission test is conducted remotely via PC and smartphone/tablet, with a virtual classroom connection on Zoom.

For details on admission procedures and test session dates, please refer to the Politecnico di Milano website (https://www.polimi.it/en/prospective-students/how-to-apply/admission-to-laurea-programmes/engineering).

6.3 Deadlines for admission and number of places available

Requests for internal transfers (from other Politecnico di Milano programs) or transfers from other universities are evaluated only for students who, by August 15, have at least 40 registered ECTS credits, including any extra credits.

Among valid applications, the Admissions Committee selects those eligible based on:

• the number of available places,
• academic performance indicators (earned ECTS credits, GPA, TOL score).

If accepted, the Committee determines the number of recognized ECTS credits for the degree.

6.4 Tutoring and students support

The School of Industrial and Information Engineering offers tutoring services to support students, particularly during their first years of study. Tutoring is provided by both student tutors and faculty members.

For more information: https://www.ingindinf.polimi.it/en/students/tutoring.

7. Contents of the study Program

7.1 Programme requirements

To obtain the degree, students must earn 180 ECTS credits (CFU) through educational activities detailed in the course regulations.

The study program includes:

• basic courses (mathematics, computer science, chemistry, and physics) for at least 45 ECTS;
• core courses related to mechanical, energy, and management engineering for at least 60 ECTS;
• supplementary and complementary activities, including company internships in professionalizing tracks.

In the first year, the focus is on basic disciplines. The second year deepens knowledge in key mechanical engineering fields, such as applied mechanics, machine design, and mechanical technologies.

In the third year, students can choose between two tracks:

• preparatory track: for a more theoretical approach in preparation for a Master's degree;
• professionalizing track: for a more practical approach, including a training internship in a company.

The study plan is valid for one academic year: each year, students must re-enter both new courses and any unfinished courses from the previous year, except for the final exam and the internship, which are included only once in the academic career.

According to Law No. 33 of April 12, 2022, it is possible to enroll in two degree programs simultaneously, provided they belong to different degree classes and have at least two-thirds of non-overlapping educational activities. Upon request, up to 60 ECTS already earned in the other study program may be validated. More details are available on the Politecnico website (https://www.polimi.it/en/prospective-students/how-to-apply/simutaneous-registration-to-two-study-programmes).

Internship

To facilitate entry into the job market, the professionalizing track includes a mandatory 12-ECTS internship in the third year, to be carried out in a company or institution, in Italy or abroad, in agreement with the Politecnico di Milano.

During the internship, students tackle real business challenges by applying their acquired engineering skills. The activity is carried out in collaboration with industry professionals, allowing students to develop practical skills and problem-solving abilities.

Before starting the internship, students must complete a 1-ECTS preparatory course, available after earning 100 ECTS. Enrollment in the internship requires the completion of at least 135 ECTS (excluding the 1-ECTS preparatory course). Internship assignment depends on company availability and successful completion of a selection interview.

Students participating in international mobility programs may complete the preparatory course at the host university, subject to approval by the International Mobility Commission, provided they have earned at least 100 ECTS before departure.

The procedures for internship assignment are described in a document available on the Politecnico website (https://www.polimi.it/en/students/didactic-activities-and-degree-examination/internships-/-traineeships).

Students interested in an internship are advised to start their search early.

Reference

According to Law No. 33 of April 12, 2022, simultaneous enrollment in two programs is allowed. Enrollment in two programs is possible only if they are of different degree classes (classi di laurea) and differ in at least two-thirds of their educational activities regarding academic credits. 

Consistent with what is defined by Law No. 33, at the student's instance, the maximum number of CFUs already taken in the other program and validatable is 60 CFUs for BSc programmes.

Please note that courses belonging to programs of a different level or type from the program you are enrolled in cannot be validated.

Full details on when to apply for validation and the administrative fees to be paid are available on the Polimi website: https://www.polimi.it/contemporanea-iscrizione

7.2 Mode of study

The study program includes a combination of lectures and practical exercises, supported by computer, experimental, and design laboratories, to ensure a comprehensive and applied learning experience.

Although attendance is not mandatory, it is strongly recommended for a thorough understanding of the subjects covered.

Reference

7.3 Detailed learning objectives

The detailed syllabi of individual courses are available on the Politecnico di Milano website: https://www4.ceda.polimi.it/manifesti/manifesti/controller/ManifestoPublic.do.

1 Year courses - Track: MEC - NON DIFFERENTIATED

Code	Educational activities	SSD SM 639/24	Course Title		Language	Period	CFU	CFU Group
081360	--	MATH-02/B MATH-03/A	ANALISI E GEOMETRIA 1			1st sem	10.0	10.0
081374	--	CHEM-06/A	FONDAMENTI DI CHIMICA			1st sem	7.0	7.0
081369	--	IINF-05/A	INFORMATICA B			1st sem	7.0	7.0
081376	--	IIND-03/B	METODI DI RAPPRESENTAZIONE TECNICA			1st sem	7.0	7.0
052431	--	MATH-02/B MATH-03/A	ANALISI E GEOMETRIA 2			2nd sem	10.0 [1.0]	10.0
081389	--	PHYS-03/A	FONDAMENTI DI FISICA SPERIMENTALE			2nd sem	12.0	12.0
081377	--	IIND-03/C	METALLURGIA E MATERIALI NON METALLICI			2nd sem	7.0	7.0

Note: For the course Informatics B (code 081369), out of the total 7 ECTS, 1 ECTS is allocated to additional training activities (Article 10, paragraph 5, letter d of D.M. 270/04: ICT skills).

2 Year courses - Track: MEC - NON DIFFERENTIATED

Code	Educational activities	SSD SM 639/24	Course Title		Language	Period	CFU	CFU Group
062374	--	IIND-03/A	COSTRUZIONE DI MACCHINE			1st sem	10.0	10.0
062375	--	IIND-07/A	FISICA TECNICA			1st sem	10.0	10.0
083443	--	IIET-01/A IIND-08/A IIND-08/B	PRINCIPI DI INGEGNERIA ELETTRICA			1st sem	8.0	8.0
086449	--	MATH-03/B STAT-01/A	STATISTICA			1st sem	5.0	5.0
054828	--	IIND-02/A	MECCANICA APPLICATA ALLE MACCHINE			2nd sem	10.0 [1.0]	10.0
083503	--	CEAR-01/A	MECCANICA DEI FLUIDI			2nd sem	7.0	7.0
062376	--	IIND-04/A	TECNOLOGIA MECCANICA			2nd sem	10.0	10.0

3rd Year Courses

The third year offers different pre-approved study plan options:

Campus	Code	Track
Bovisa	VA1	Preparatory to Master Degree
Bovisa	VA2	Machines and Production Systems

3 Year courses - Track: VA1 - Propedeutico

Code	Educational activities	SSD SM 639/24	Course Title		Language	Period	CFU	CFU Group
054361	--	MATH-03/A MATH-05/A	METODI ANALITICI E NUMERICI PER L'INGEGNERIA			1st sem	9.0	9.0
086448	--	IEGE-01/A IIND-05/A	IMPIANTI DI PRODUZIONE E ORGANIZZAZIONE DI IMPRESA			1st sem	10.0	10.0
083445	--	IMIS-01/A	MISURE MECCANICHE E TERMICHE			1st sem	10.0	10.0
086453	--	IIND-02/A	MECCANICA DELLE VIBRAZIONI			2nd sem	6.0	6.0
063561	--	IIND-06/A IIND-06/B	MACCHINE			2nd sem	9.0	9.0
086437	--	CEAR-06/A	METODI DI CALCOLO DELLE STRUTTURE			1st sem	5.0	13.0
063689	--	IIND-03/A IIND-03/B	LABORATORIO DI PROGETTAZIONE MECCANICA			2nd sem	8.0
054360	--	IIND-02/A IIND-03/A IIND-03/B	PROVA FINALE (PROGETTO MULTI-DISCIPLINARE)			2nd sem	3.0 [3.0]	3.0

Students eligible for this pre-approved study plan must meet the following academic requirements by September 30 of the second calendar year following their initial university enrollment* in a Bachelor's or Single-Cycle Master's program at Politecnico di Milano or another Italian university:

• GPA ≥ 24.00/30 and at least 95 ECTS
• GPA ≥ 23.50/30 and at least 100 ECTS
• GPA ≥ 23.00/30 and at least 105 ECTS

If a student has a pending exam registration and/or an unrecorded grade at the time of study plan submission, the recommended plan cannot be saved.

*If a student has re-enrolled without recognition of previously earned credits, the initial university enrollment date corresponds to the re-enrollment date.

3 Year courses - Track: VA2 - Macchine e impianti di produzione

Code	Educational activities	SSD SM 639/24	Course Title		Language	Period	CFU	CFU Group
086468	--	IIND-05/A	IMPIANTI MECCANICI			1st sem	7.0	7.0
086514	--	IIND-04/A	MACCHINE UTENSILI			1st sem	6.0	6.0
083445	--	IMIS-01/A	MISURE MECCANICHE E TERMICHE			1st sem	10.0	10.0
086635	--	IIND-06/A IIND-06/B	MACCHINE E SISTEMI ENERGETICI			2nd sem	10.0	10.0
086513	--	IIND-03/A	MODELLAZIONE E CALCOLO ASSISTITO DI STRUTTURE MECCANICHE			2nd sem	6.0	6.0
086515	--	IIND-05/A	LOGISTICA INDUSTRIALE			2nd sem	5.0	5.0
063722	--	--	AVVIAMENTO AL TIROCINIO			1st sem	1.0	1.0
063722	--	--	AVVIAMENTO AL TIROCINIO			2nd sem	1.0
063730	--	IIND-03/A IIND-04/A IIND-05/A IIND-06/A IIND-06/B	TRAINING (PRODUCTION PLANTS AND MACHINERY TRACK)		--	1st sem	12.0	12.0
063730	--	IIND-03/A IIND-04/A IIND-05/A IIND-06/A IIND-06/B	TRAINING (PRODUCTION PLANTS AND MACHINERY TRACK)		--	2nd sem	12.0
086614	--	IIND-03/A IIND-04/A IIND-05/A IIND-06/A IIND-06/B	FINAL DEGREE TEST		--	1st sem	3.0	3.0

This study plan is designed to train specialists in both industrial production and the fields of engineering, services, and professional consulting. The proposed courses build upon the solid foundation acquired in the common two-year program, delving deeper into topics related to mechanical and energy systems, industrial logistics, and mechanical processing. The goal is to equip students with the necessary skills to effectively tackle professional challenges in the sector and integrate into diverse work environments.

Recommended priorities table

To optimize learning, recommended prerequisites are indicated for each course.

Code	Course	Code	Recommended priorities
52431	Analisi e geometria 2	81360	Analisi e geometria 1
62374	Costruzione di macchine	81376	Metodi di rappresentazione tecnica
		81360	Analisi e geometria 1
		81389	Fondamenti di fisica sperimentale
86471	Dinamica e controllo delle macchine	54828	Meccanica applicata alle macchine
62375	Fisica tecnica	81360	Analisi e geometria 1
		52431	Analisi e geometria 2
		81389	Fondamenti di fisica sperimentale
81389	Fondamenti di fisica sperimentale	81360	Analisi e geometria 1
		81374	Fondamenti di chimica
75950	Fondamenti di turbomacchine	86470	Macchine e sistemi energetici
86474	Gestione dei sistemi produttivi e logistica	86468	Impianti meccanici
86508	Gestione industriale della qualità con elementi di statistica	62376	Tecnologia meccanica
		83445	Misure meccaniche e termiche
86473	Impianti industriali e sicurezza	86468	Impianti meccanici
54358 54359	Laboratorio di progettazione meccanica A e B	86437	Metodi di calcolo delle strutture
		54828	Meccanica applicata alle macchine
		62376	Tecnologia meccanica
58063 58064	Mechanical Design Laboratory A and B	86437	Metodi di calcolo delle strutture
		54828	Meccanica applicata alle macchine
		62376	Tecnologia meccanica
86515	Logistica industriale	86468	Impianti meccanici
86218	Macchine	62375	Fisica tecnica
		83503	Meccanica dei fluidi
58062	Fluid Machines	62375	Fisica tecnica
		83503	Meccanica dei fluidi
86470	Macchine e sistemi energetici	62375	Fisica tecnica
		83503	Meccanica dei fluidi
86514	Macchine utensili	81377	Metallurgia e materiali non metallici
		62376	Tecnologia meccanica
54828	Meccanica applicata alle macchine	81360	Analisi e geometria 1
		52431	Analisi e geometria 2
		81389	Fondamenti di fisica sperimentale
		62374	Costruzione di macchine
		81376	Metodi di rappresentazione tecnica
83503	Meccanica dei fluidi	81360	Analisi e geometria 1
		52431	Analisi e geometria 2
		81389	Fondamenti di fisica sperimentale
70918	Meccanica del veicolo	54828	Meccanica applicata alle macchine
86453	Meccanica delle vibrazioni	54828	Meccanica applicata alle macchine
58061	Mechanics of vibrations	54828	Meccanica applicata alle macchine
81377	Metallurgia e materiali non metallici	81374	Fondamenti di chimica
54361	Metodi analitici e numerici per l’ingegneria	81369	Informatica B
				81360	Analisi e geometria 1
		52431	Analisi e geometria 2
		86437	Metodi di calcolo delle strutture	81369	Informatica B
62374	Costruzione di macchine
52431	Analisi e geometria 2
83445	Misure meccaniche e termiche	52431	Analisi e geometria 2
		81389	Fondamenti di fisica sperimentale
		62374	Costruzione di macchine
		62375	Fisica tecnica
		83443	Principi di ingegneria elettrica
86513	Modellazione e calcolo assistito di strutture meccaniche	62374	Costruzione di macchine
55851	Fondamenti di motori a combustione interna	62375	Fisica tecnica
83443	Principi di ingegneria elettrica	52431	Analisi e geometria 2
		81389	Fondamenti di fisica sperimentale
86510	Progettazione assistita dal calcolatore	62374	Costruzione di macchine
86472	Progettazione di sistemi meccanici	62374	Costruzione di macchine
86469	Sistemi energetici L	86470	Macchine e sistemi energetici
86449	Statistica	52431	Analisi e geometria 2
58060	Statistics	52431	Analisi e geometria 2
70916	Studi di fabbricazione	62376	Tecnologia meccanica
62376	Tecnologia meccanica	81377	Metallurgia e materiali non metallici
		81376	Metodi di rappresentazione tecnica
86509	Tecnologie metallurgiche	81377	Metallurgia e materiali non metallici
86512	Teoria e tecnica dei veicoli terrestri	62374	Costruzione di macchine

Students who have not passed discontinued courses must contact the Study Plan Coordinator to define suitable replacement courses.

7.4 Foreign language

The foreign language assessment methods are described on the Politecnico di Milano website (https://www.polimi.it/en/students/language-requirements). Students are advised to carefully read the documentation.

7.5 Degree examination

For the preparatory study plan, aimed at continuing studies in a Master's degree program, the final exam consists of a multidisciplinary project carried out in a team. For other study plans, the final exam involves the presentation of activities performed during the mandatory internship, typically conducted in companies within the mechanical sector.

8. Academic calendar

The academic calendar is available on the Politecnico di Milano website (https://www.polimi.it/en/students/calendar-and-deadlines).

9. Faculty

The updated list of faculty members and courses can be found in the Study Manifesto (https://www4.ceda.polimi.it/manifesti/manifesti/controller/ManifestoPublic.do).

10. Infrastructures and laboratories

Students have access to libraries, laboratories, study rooms, and cafeterias. For details: https://www.polimi.it/en/students.

11. International context

The Bachelor's degree in Mechanical Engineering at Politecnico di Milano offers students an inspiring and enriching international context. Politecnico di Milano is one of the most prestigious engineering academic institutions in Europe and the world, with strong international recognition. This means that students have the opportunity to collaborate with world-renowned professors and researchers and to acquire advanced skills through the use of modern laboratories and state-of-the-art equipment. Additionally, thanks to international partnerships with foreign universities and institutions, students can participate in international mobility programs and undertake internships in internationally renowned companies. This international context provides students the opportunity to develop intercultural competencies, broaden their perspectives, and open doors to global career opportunities.

The Mechanical Engineering program represents an experience of excellence, integrating traditional engineering skills with interdisciplinary and multidisciplinary competencies.

12. Internationalization

The Mechanical Engineering program promotes international mobility programs, considering the educational value of an international experience during university studies. Students have the opportunity to continue their studies for a period ranging from one semester to two years at a foreign university with which Politecnico di Milano has an exchange agreement. These study periods abroad will be fully recognized, and the exams at Politecnico di Milano will be replaced by equivalent exams taken at the foreign university on a case-by-case basis. The grades obtained from exams taken abroad will be considered valid for the calculation of the grade point average if they can be converted into Italian grading (out of 30) according to a criterion established by the Degree Program Council.

For further details, please refer to the Politecnico di Milano website (https://www.polimi.it/en/campus-e-servizi/international-mobility).

13. Quantitative data

The Evaluation Committee of Politecnico di Milano, with the support of the Joint Teacher-Student Committees of the schools, conducts periodic analyses on the overall results and the qualitative level of the educational activities of the degree programs, monitoring educational activities and the graduate's insertion into the job market. The reports and studies are available on the Politecnico di Milano website (https://www.polimi.it/en/the-politecnico/governance/university-bodies/university-assessment-commission).

14. Further information

For any further information, students are invited to consult the website of the School of Industrial and Information Engineering (https://www.ingindinf.polimi.it/en/) and the website of the Mechanical Engineering program (https://www.mecheng.polimi.it/?lang=en).

15. Errata corrige