Laurea Magistrale (Second cycle degree/Two year Master - 120 ECTS) in Automation Engineering

Degree programme

Programme type Laurea Magistrale (Second cycle degree/Two year Master - 120 ECTS)
Academic Year 2017/2018
General policies and regulations D.M. 270
Code 8891
Course class LM-25 - Automation engineering
Years in which the programme is being held I, II
Mode of study Convenzionale
Admission typology Open access with assessment of personal competencies
Place of teaching Bologna
Degree Type Multiple degree
Inter-University programme TONGJI UNIVERSITY
Type International Degree Programme
Programme Director Lorenzo Marconi
Teachers Teachers
Language English

Admission requirements and assessment of previously acquired knowledge/competences

Admission Requirements

The admission to this programme is granted to applicants that comply, first, with the curriculum requirements, secondly with the necessary prior preparation and thirdly with the language requirements (section 1.3). If the curriculum requirements are not complied with, the access to the Second Cycle Degree in Automation Engineering/Ingegneria dell'Automazione is denied. If the curriculum requirements are complied with, the applicant's prior preparation has to be assessed. The admission is granted if all requirements are fulfilled. The procedures to verify curriculum requirements and prior preparation are listed below.

Curriculum requirements

To be admitted to the Second cycle Degree in Automation Engineering/Ingegneria dell'Automazione the applicant must hold a University degree of at least three years (or achieved through the acquisition of at least 180 ECTS –CFU), or another degree obtained abroad and recognized by the Automation Engineering Board as equivalent.

Admission to the Second cycle Degree in Automation Engineering/Ingegneria dell'Automazione is reserved to:

a) Students graduated from Italian first cycle courses (“Lauree”) of the “Information Engineering area” (area 8, as defined in the DM 270/04 and area 9, as in DM 509/99) or in the “Industrial Engineering area” (area 9 as in the DM 270/04 and area 10 as in DM 509/99) whose name contains “Ingegneria dell'Automazione” or “Ingegneria Meccatronica”. Italian first cycle courses included in this definition have adequate curricula.

b) Students graduated from Italian first cycle courses of the “Information Engineering area” (area 8, as defined in the DM 270/04 and area 9, as in DM 509/99) or in the “Industrial Engineering area” (area 9, as in the DM 270/04 and area 10, as in DM 509/99) with a final mark of at least 110/110.

c) Students graduated from Italian first cycle courses of the “Information Engineering area” (area 8, as defined in the DM 270/04 and area 9, as in DM 509/99) or in the “Industrial Engineering area” (area 9, as in the DM 270/04 and area 10, as in DM 509/99) with a final mark less than 110/110 but complying with the following requirements:

- at least 6 CFU in the SSD ING-INF/04;

- at least 12 CFU in the set of SSD: ING-IND/13, ING-IND/32, ING-INF/05.

d) Students graduated from Italian first cycle courses complying with all the following requirements:

- at least 30 CFU in the SSD MAT/02, MAT/03, MAT/05, MAT/06, MAT/07, MAT/08, FIS/01, FIS/03;

- at least 6 CFU in the SSD ING-INF/04

- at least 12 CFU in the set of SSD: ING-IND/13, ING-IND/32, ING-INF/05.

The same criteria of point d) shall also apply to those who hold a University degree obtained abroad and deemed appropriate by the Automation Engineering/Ingegneria dell'Automazione Board for which it is possible to convert the degree score to the Italian system, and to identify the scientific areas and the number of credits obtained in each sector. Otherwise, the career of the applicant shall be assessed by the Automation Engineering/Ingegneria dell'Automazione.

In very exceptional cases, the Automation Engineering/Ingegneria dell'Automazione Board can assign differentiated didactic plans in compliance with the “Degree Programme Regulation” to those Students with particular previous academic curricula. Such differentiated didactic plans do not concern students who have the First cycle Degree in Ingegneria dell'Automazione acquired at University of Bologna.

Assessment of adequacy of the applicant's background

Admission to the Second cycle Degree in Automation Engineering/Ingegneria dell'Automazione for Italian graduates who have obtained a degree mark lower than 92/110 is subjected to the evaluation of the adequacy of the academic career of the applicant by the the Automation Engineering/Ingegneria dell'Automazione Board.

In these cases, the adequacy of personal academic career is assessed for graduates who meet all the following requirements:

- At least 42 credits in the SSD ING-IND/13, ING-IND/32, ING-INF/04;

- At least 30 credits in the SSD ING-INF/01, ING-INF/04, ING-INF/05;

- At least 24 credits in the SSD MAT/07, ING-IND/14, ING-IND/31, ING-IND/35.

The above limit on the degree mark is reduced to 85/110 for graduates in AY 2011-2012 and earlier.

For graduates with a foreign University degree for which it is possible to convert the degree score to the Italian system and to identify the scientific areas and the number of credits obtained in each sector, the same criteria used for Italian graduates shall be adopted.

Otherwise, the Automation Engineering/Ingegneria dell'Automazione Board shall assess the educational background: in particular, solid background in Control systems combined with solid background in Mechanics or Computer science or Electric drives is required for admission.

The Automation Engineering/Ingegneria dell'Automazione Board may exempt the Student from the assessment of personal preparation in cases of:

· Withdrawal

· Loss of Student status

· Choice of an option from the previous degree program system

· Possession of a University qualification or learning outcomes acquired in foreign Universities

· Transfer from another degree course of the Alma Mater Studiorum-Università di Bologna

· Transfer from another University

The assessment is based on the analysis of applicant's previous career.

The Automation Engineering/Ingegneria dell'Automazione Board may arrange a special session dedicated to international Students and appoint a commission for the assessment of the personal preparation, with a timing compatible with the assignment of scholarships. Students who have received from the Automation Engineering/Ingegneria dell'Automazione Board a positive evaluation in the procedure described above shall be exempted from the procedure for the assessment of personal preparation planned for all the Students.

In case the curriculum requirements detailed above are fulfilled, the Automation Engineering/Ingegneria dell'Automazione Board – or a Board's representative – might anyway identify specific cultural gaps in the student's prior preparation within topics that are important to profitably follow the Second cycle Degree in Automation Engineering/Ingegneria dell'Automazione. The topics within which cultural gaps might be identified are in the areas of Mechanical Engineering, Informatics, and Automatic Control. Supplementary activities will be required to those students who have cultural gaps in one or more of the aforementioned areas, in order to align the required competencies with the contents of the courses of the Second cycle Degree. The content of the supplementary activities will contribute to the subjects of examination of specific courses in the study plan according to the following scheme:

Cultural Gap Areas

Courses in which the content of the supplementary activity will be verified

Mechanical Engineering

Mechanics of Machines for Automation M

Informatics

Real Time Systems for Automation M

Automatic Control

System Theory and Advanced Control M, Discrete Time Systems Identification and Control M

Language requirements

Adequate proficiency in English (at least B2 level according to CEFR) is required for admission to the Second cycle Degree in Automation Engineering/Ingegneria dell'Automazione. Candidates submitting a certificate issued by a recognized institution (e.g. TOEFL, IELTS, Cambridge Esol, ...) proving such knowledge are exempted from further assessment. Otherwise, English proficiency of the candidate is assessed by a Commission nominated by the Automation Engineering/Ingegneria dell'Automazione Board. Whenever English knowledge is not considered adequate, the Automation Engineering/Ingegneria dell'Automazione Board may require the Student to fill the gap before registering any exam of their second year.

Programme profile

This content is not currently available

Expected learning outcomes

The specific learning outcomes of the 2nd cycle degree programme in Automation Engineering aim to produce professional figures with a solid basic and specific background able to cover management, design and coordination roles in companies requiring knowledge of sizing and implementation of highly complex architectures, automatic and robotic systems, automation processes and plants which integrate computer components, measuring, transmission and actuation equipment. Therefore, they will have an in-depth knowledge of the specific subjects of this class, with particular attention to the fields of advanced design, innovation and development of production, planning and programming, management and organisation of complex systems. It follows that graduate automation engineers possess in-depth interdisciplinary knowledge of the automation, mechanical, computing, electronics and electro technical sectors. Graduates will possess the following skills:

- Inclination for advanced design, integrating mechanical, electric, computing and control aspects, for particularly complex automation systems and with high levels of innovation;

- Organisational skills even in complex industrial systems;

- In-depth knowledge of the automation sector.

The computing facilities and laboratories available to students, and which are constantly being enhanced, provide the setting for students to practically apply the knowledge, working autonomously and in groups. Internships will also be available through the collaboration with many local companies with which the university has signed cooperation agreements.

Moreover, students may obtain a dual degree: the 2nd cycle degree in Automation Engineering from the University of Bologna and an MSc in Control Theory and Control Engineering from Tongji University in Shanghai, China. This opportunity allows students to gain extensive experience abroad (also in the industrial field, with compulsory internships) and acquire considerable transversal and

interpersonal skills.

Course units

The course units are listed according to the chosen curriculum

Internship

The School of Engineering and Architecture allows students to perform an internship in order to get credits (CFU) included in the study plan according to the rules set by the degree programmes.
‘Curricular' internship is a learning activity included in the study plan. It can be compulsory or elective, depending on the degree programme, and can be performed both in Universities or other organizations, in Italy or abroad. Some degree programmes allow students to perform internships in preparation for the final thesis.
Graduates within 12 months after graduation are offered the possibility to perform an ‘orientation' internship in order to get a deeper knowledge of the work field.
Further details on the School website page about internships.

International mobility

As part of its educational opportunities, every year the School fosters programmes and international agreements enabling undergraduates and graduates to attend degree programmes , take exams, participate in company internships or research programmes in the most famous European and extra-European universities or other institutions.
Details about opportunities abroad at the International student office

Access to further study

It gives access to third cycle studies (Dottorato di ricerca/Scuole di specializzazione) and master universitario di secondo livello.

Career opportunities

Career opportunities for graduates

Senior Automation Engineer - Processing and Control Systems Expert

function in a professional context:

2nd cycle Automation Engineers have in-depth interdisciplinary knowledge of the automatic, mechanical, computing, electronics and electrotechnics sectors, and are able to conceive, plan, design, implement and manage complex automation systems for machines, processes, systems, products and services. 2nd cycle Automation engineers therefore have specific skills that allow them to be able to work effectively in even very different areas, as systems analyst and/or designer and/or technician in all fields of application in which automation technologies and principles play an important role. The cultural training of 2nd cycle graduates allow them to work in technical and managerial leadership positions in industrial automation engineering fields, and hold key positions in international research fields.

In this context, one function of the automation engineer is that of processing and control systems expert. Senior Automation Engineers work in the design, management and implementation of real time acquisition, processing and control systems typical of computer-based automation systems.

Their key competencies lie in their finely tuned understanding and modelling of complex system dynamics and the development of real time software and algorithms for supervision and automation. Automation engineers are also strongly oriented to the integration of different computer and electronic technologies that are functional to the automation of small and large-scale industrial installations.

competencies associated to the function:

Specialist competencies are required to perform the above functions in the technical and engineering fields.

Specifically, these professional figures are associated to the following competencies:

- In-depth knowledge of hardware and software for real time processing and control systems;

- Strong knowledge of embedded systems, PLC platforms, data acquisition systems, fieldbuses, distributed control systems, FPGA;

- Solid knowledge of the principles governing concurrent programming, real time programming instruments and the main programming languages (C, C++, etc.);

- Very in-depth knowledge of dynamic system modelling, systems and control theory, modelling and simulation instruments;

- Processing and management of analogue and digital signals;

- Advanced understanding of the dynamic phenomena of complex mechanical, electro-mechanical, electronic and electrical systems;

- Self-learning and lifelong learning skills, and appropriate transversal communication, interpersonal, organisational, managerial and programming skills.

career opportunities:

The main career opportunities lie in manufacturing, industrial transformation and services, in both conventional (transport, distribution and territorial management, etc.) and advanced fields with high added value (management consulting, automatic machines, computing, etc.) and the public administration. Particularly important career opportunities are available to 2nd cycle graduates in Automation Engineering within the industrial automation sector in Emilia Romagna. In this field, it is worth mentioning the sector of automatic packaging machine manufacturers, which are so numerous that the Emilia-Romagna region has earned the international nick-name of "Packaging Valley". In addition to this specific sector, the Emilia-Romagna region, and in particular the area surrounding Bologna, is renowned for its advanced and highly internationalised industrial system, with a high concentration of small and medium enterprises operating in a range of industrial sectors, from mechanics to electronics, from the car industry to robotics, from the ceramics industry to food processing. Many companies in Emilia-Romagna play a key role in international markets, with both sales and industrial branches in foreign countries including China and the United States. By virtue of their versatility and specific skills which integrate technological competencies in different, interdisciplinary sectors, Automation Engineers respond effectively to the needs of this diversified economic context. The international profile of the 2nd cycle degree programme in Automation Engineering allows graduates to work in foreign industrial contexts, exploiting the many opportunities for employment offered by the companies in Emilia Romagna working internationally.

Specifically, Processing and Control Systems Experts are particularly sought after in the following professional fields:

- Industries producing and/or using automation components and systems;

- Companies working in industrial automation and robotics;

- Companies working in the automotive and transport sectors;

- Companies and authorities involved in the production, management and conversion of energy;

- Industrial laboratories, training centres, research centres;

- Engineering firms;

- Industries working in the design and development of products with a high technological content;

- Industries working in the supply and assembly of components (reduction gears, power components, control panels, etc.);

- Food processing industries.

Senior Automation Engineer - Industrial Automation Expert

function in a professional context:

2nd cycle Automation Engineers have in-depth interdisciplinary knowledge of the automatic, mechanical, computing, electronics and electrotechnics sectors, and are able to conceive, plan, design, implement and manage complex automation systems for machines, processes, systems, products and services.

2nd cycle Automation engineers therefore have specific skills that allow them to be able to work effectively in even very different areas, as systems analyst and/or designer and/or technician in all fields of application in which automation technologies and principles play an important role. The cultural training of 2nd cycle graduates allow them to work in technical and managerial leadership positions in industrial automation engineering fields, and hold key positions in international research fields.

In this context, one function of the automation engineer is that of industrial automation expert. Industrial automation experts have interdisciplinary knowledge of industrial and information engineering and are able to collaborate on and potentially lead projects focusing on the conceptual design, design, implementation and start-up of automated mechanical systems. Their competences allow them to work naturally with mechanical engineers, playing a decisive role in the integration of different technologies and the automation of complex mechanical equipment. Automation engineers are potentially autonomous in the design of mechanical systems of low-medium complexity and may therefore hold transversal roles in the design and implementation of automated systems not involving high complexity.

competencies associated to the function:

Specialist competencies are required to perform the above functions in the mechanical and information engineering fields.

Specifically, these professional figures are associated to the following competencies:

- In-depth knowledge of CAD tools for mechanical design, functional not only to the ability to interpret mechanical drawings but also to design simple devices and components;

- Excellent knowledge of the features and problems of the main electrical, pneumatic and hydraulic handling systems for automatic machinery;

- Modelling and simulation techniques and instruments applied to dynamic systems;

- Ability to understand the dynamic phenomena of complex mechanical, electro-mechanical, electronic and electrical systems;

- Advanced self-learning and lifelong learning competencies;

- Transversal communication, interpersonal, organisational, management and programming skills;

career opportunities:

The main career opportunities lie in manufacturing, industrial transformation and services, in both conventional (transport, distribution and territorial management, etc.) and advanced fields with high added value (management consulting, automatic machines, computing, etc.) and the public administration. Particularly important career opportunities are available to 2nd cycle graduates in Automation Engineering within the industrial automation sector in Emilia Romagna. In this field, it is worth mentioning the sector of automatic packaging machine manufacturers, which are so numerous that the Emilia-Romagna region has earned the international nick-name of "Packaging Valley". In addition to this specific sector, the Emilia-Romagna region, and in particular the area surrounding Bologna, is renowned for its advanced and highly internationalised industrial system, with a high concentration of small and medium enterprises operating in a range of industrial sectors, from mechanics to electronics, from the car industry to robotics, from the ceramics industry to food processing. Many companies in Emilia-Romagna play a key role in international markets, with both sales and industrial branches in foreign countries including China and the United States. By virtue of their versatility and specific skills which integrate technological competencies in different, interdisciplinary sectors, Automation Engineers respond effectively to the needs of this diversified economic context. The international profile of the 2nd cycle degree programme in Automation Engineering allows graduates to work in foreign industrial contexts, exploiting the many opportunities for employment offered by the companies in Emilia Romagna working internationally.

Specifically, Industrial Automation Experts are particularly sought after in the following professional fields:

- Companies working in the fields of industrial automation, robotics, design and production of wood processing machinery and systems;

- Food and pharmaceutical packaging and preservation industries; food processing industries;

- Industries for the development of support software for mechanical design, control and simulation, computer-assisted industrial drawing, reverse engineering, virtual simulation generally;

- Public or private organisations using automatic/mechanical/computer techniques and technologies to optimise production, manage and/or provide services;

- Engineering consulting firms and university spin-offs;

- Process industries in the mechanical, electrical, electromechanical, energy and chemical sectors;

- Industries manufacturing test machines and measuring instruments destined for research and mass production;

- Biomechanical industries;

- Industrial laboratories.

Contact details

For administrative information students can contact:

Student Administration Office
Teaching Office
Internship Office
Student International Mobility Office

For information on the degree programmes students can contact the programme tutor .
For information on credit recognition from previous degrees students can contact:
Prof. Andrea Tilli
Prof. Roberto Diversi