Education Plan - XLII cycle

Classes and Seminars cover both Soft Skills (transversal knowledge) and Hard Skills (technical knowledge).

Within the period of the doctorate,  students are asked to follow on average 20 hours of classes on Hard Skills per year.

The supervisors of the education plans for the two CVs are:

  • CV - VEHICLE ENGINEERING, Fabio Berni (fabio.berni@unimore.it)
  • CV - MECHANICAL ENGINEERING, Alessandro De Felice (alessandro.defelice@unimore.it)

                                                                                  

SOFT SKILLS  
Course Title and Teacher HOURS
Bibliographic research, scientific writing and dissemination: tools, techniques and strategies; Teachers: S. Assirelli, M. Pola (UNIMORE) 16
Scientific writing in english; Teacher: A. Wallwork 20
Supplementary training course for PhD students; Teachers: UNIMORE Research Office, B. Rebecchi, F. Di Maggio, F. Manzoli, N. Seding, G. Catellani, V. Bergonzini, V. Goldoni (UNIMORE) 16
Shaping research through EU funding: strategies, policies and proposal design; Teacher: I. Chini (UNIMORE) 4
Intellectual property protection; Teacher: I. Ferrari (UNIMORE) 15
Building and managing a successful team; Teacher: M. Camurri (CCIAA Modena) 9
   
   
HARD SKILLS  
   
VEHICLE ENGINEERING  
Course Title and Teacher HOURS
Basic principles of simulation and optimization for industrial logistics; Teacher: D. Mezzogori (UNIMORE) 12
Materials Selection; Teacher: E. Colombini, M. Gualtieri (UNIMORE) 12
Mechanical fatigue: fundamentals and numerical methods; Teachers: S.G. Barbieri, E. Bertocchi (UNIMORE) 12
Structural aspects in electric powertrain components; Teachers: M. Giacopini, V. Mangeruga (UNIMORE) 12
CFD modelling of fuel cells for automotive application; Teacher: A. D'Adamo (UNIMORE) 12
Advanced combustion concepts for automotive engines; Teacher: A. D'Adamo (UNIMORE) 12
Advanced topics in numerical analysis; Teacher: F. Mezzadri (UNIMORE) 12
Turbulence: fundamentals and applications; Teacher: M.E. Crialesi (UNIMORE) 12
Additive manufacturing; Teacher: S. Defanti (UNIMORE) 12
Genetic algorithm optimization for robust design and parameter identification: application to foundry equipment; Teacher: A. Vergnano, E Dalpadulo (UNIMORE) 12
Design and simulation of robotic collaborative systems for save and advanced processes; Teachers F. Pini (UNIMORE) 9
The finite volume method for engineering CFD applications: an introduction; Teacher: V.K. Krastev (Universitą di Roma "Tor Vergata") 12
The basic principles of project management; Teacher: M. Bertolini (UNIMORE) 12
Electric and hybrid vehicles; Teacher: G. Di Ilio (Universitą di Napoli "Parthenope") 12
Modelling and control of automotive and robotic systems; Teacher: D. Tebaldi (UNIMORE) 12
   
   
MECHANICAL ENGINEERING  
Course Title and Teacher HOURS
Basic principles of simulation and optimization for industrial logistics; Teacher: D. Mezzogori (UNIMORE) 12
Materials Selection; Teacher: E. Colombini, M. Gualtieri (UNIMORE) 12
Mechanical fatigue: fundamentals and numerical methods; Teachers: S.G. Barbieri, E. Bertocchi (UNIMORE) 12
Advanced topics in numerical optimization; Teachers: S. Mantovani, M. Giacalone (UNIMORE) 12
Thermal-fluid measurement and energy assessment; Teachers: N. Morselli, M. Puglia (UNIMORE) 12
Advanced topics in numerical analysis; Teacher: F. Mezzadri (UNIMORE) 12
Data driven inventory management in dynamic supply chain; Teacher: D. Castellano (UNIMORE) 12
Turbulence: fundamentals and applications; Teacher: M.E. Crialesi (UNIMORE) 12
Additive manufacturing; Teacher: S. Defanti (UNIMORE) 12
Genetic algorithm optimization for robust design and parameter identification: application to foundry equipment; Teacher: A. Vergnano, E Dalpadulo (UNIMORE) 12
Design and simulation of robotic collaborative systems for save and advanced processes; Teachers F. Pini (UNIMORE) 9
The finite volume method for engineering CFD applications: an introduction; Teacher: V.K. Krastev (Universitą di Roma "Tor Vergata") 12
The basic principles of project management; Teacher: M. Bertolini (UNIMORE) 12
Performance and requirements for the innovation of cogeneration and trigeneration plants; Teacher: M. Trentin 12
Modelling and control of automotive and robotic systems; Teacher: D. Tebaldi (UNIMORE) 12
 

Education Plan - XLI cycle

Classes and Seminars cover both Soft Skills (transversal knowledge) and Hard Skills (technical knowledge).

Within the period of the doctorate,  students are asked to follow on average 20 hours of classes on Hard Skills per year.

The supervisors of the education plans for the two CVs are:

  • CV - VEHICLE ENGINEERING, Fabio Berni (fabio.berni@unimore.it)
  • CV - MECHANICAL ENGINEERING, Alessandro De Felice (alessandro.defelice@unimore.it)

                                                                                  

SOFT SKILLS  
Course Title and Teacher HOURS
Bibliographic research, scientific writing and dissemination: tools, techniques and strategies; Teachers: S. Assirelli, M. Pola (UNIMORE) 16
Scientific writing in english; Teacher: A. Wallwork 20
Supplementary training course for PhD students; Teachers: UNIMORE Research Office, B. Rebecchi, F. Di Maggio, F. Manzoli, N. Seding, G. Catellani, V. Bergonzini, V. Goldoni (UNIMORE) 16
Shaping research through EU funding: strategies, policies and proposal design; Teacher: I. Chini (UNIMORE) 4
Intellectual property protection; Teacher: I. Ferrari (UNIMORE) 15
Building and managing a successful team; Teacher: M. Camurri (CCIAA Modena) 9
   
   
HARD SKILLS  
   
VEHICLE ENGINEERING  
Course Title and Teacher HOURS
Basic principles of simulation and optimization for industrial logistics; Teacher: D. Mezzogori (UNIMORE) 12
Materials Selection; Teacher: E. Colombini, M. Gualtieri (UNIMORE) 12
Mechanical fatigue: fundamentals and numerical methods; Teachers: S.G. Barbieri, E. Bertocchi (UNIMORE) 12
Structural aspects in electric powertrain components; Teachers: M. Giacopini, V. Mangeruga (UNIMORE) 12
CFD modelling of fuel cells for automotive application; Teacher: A. D'Adamo (UNIMORE) 12
Advanced combustion concepts for automotive engines; Teacher: A. D'Adamo (UNIMORE) 12
Advanced topics in numerical analysis; Teacher: F. Mezzadri (UNIMORE) 12
Turbulence: fundamentals and applications; Teacher: M.E. Crialesi (UNIMORE) 12
Additive manufacturing; Teacher: S. Defanti (UNIMORE) 12
Technological testing and data reporting; Teacher: E. Tognoli (UNIMORE) 12
Genetic algorithm optimization for robust design and parameter identification: application to foundry equipment; Teacher: A. Vergnano, E Dalpadulo (UNIMORE) 12
Design and simulation of robotic collaborative systems for save and advanced processes; Teachers F. Pini (UNIMORE) 9
The finite volume method for engineering CFD applications: an introduction; Teacher: V.K. Krastev (Universitą di Roma "Tor Vergata") 12
The basic principles of project management; Teacher: M. Bertolini (UNIMORE) 12
Electric and hybrid vehicles; Teacher: G. Di Ilio (Universitą di Napoli "Parthenope") 12
Modelling and control of automotive and robotic systems; Teacher: D. Tebaldi (UNIMORE) 12
   
   
MECHANICAL ENGINEERING  
Course Title and Teacher HOURS
Basic principles of simulation and optimization for industrial logistics; Teacher: D. Mezzogori (UNIMORE) 12
Materials Selection; Teacher: E. Colombini, M. Gualtieri (UNIMORE) 12
Mechanical fatigue: fundamentals and numerical methods; Teachers: S.G. Barbieri, E. Bertocchi (UNIMORE) 12
Advanced topics in numerical optimization; Teachers: S. Mantovani, M. Giacalone (UNIMORE) 12
Thermal-fluid measurement and energy assessment; Teachers: N. Morselli, M. Puglia (UNIMORE) 12
Advanced topics in numerical analysis; Teacher: F. Mezzadri (UNIMORE) 12
Data driven inventory management in dynamic supply chain; Teacher: D. Castellano (UNIMORE) 12
Turbulence: fundamentals and applications; Teacher: M.E. Crialesi (UNIMORE) 12
Additive manufacturing; Teacher: S. Defanti (UNIMORE) 12
Technological testing and data reporting; Teacher: E. Tognoli (UNIMORE) 12
Genetic algorithm optimization for robust design and parameter identification: application to foundry equipment; Teacher: A. Vergnano, E Dalpadulo (UNIMORE) 12
Design and simulation of robotic collaborative systems for save and advanced processes; Teachers F. Pini (UNIMORE) 9
The finite volume method for engineering CFD applications: an introduction; Teacher: V.K. Krastev (Universitą di Roma "Tor Vergata") 12
The basic principles of project management; Teacher: M. Bertolini (UNIMORE) 12
Performance and requirements for the innovation of cogeneration and trigeneration plants; Teacher: M. Trentin 12
Modelling and control of automotive and robotic systems; Teacher: D. Tebaldi (UNIMORE) 12
 

Education Plan - XL cycle

Classes and Seminars cover both Soft Skills (transversal knowledge) and Hard Skills (technical knowledge) for each of the three proposed CVs.

Within the period of the doctorate,  students are asked to follow on average 20 hours of classes on Hard Skills per year.

The supervisors of the education plans for the two CVs are:

  • CV - VEHICLE ENGINEERING, Alessandro D'Adamo (alessandro.dadamo@unimore.it)
  • CV - MECHANICAL ENGINEERING, Elena Colombini (elena.colombini@unimore.it)

                                                                                  

SOFT SKILLS  
Course Title and Teacher HOURS
Bibliographic research, scientific writing and dissemination: tools, techniques and strategies; Teachers: S. Assirelli, M. Pola (UNIMORE) 16
Scientific communication in english; Teacher: A. Wallwork 20
Complementary training course for PhD students; Teachers: UNIMORE Research Office, B. Rebecchi, F. Di Maggio, F. Manzoli, N. Seding, G. Catellani, V. Bergonzini, V. Goldoni (UNIMORE) 16
Proposal writing for research grants; Teacher: E.I. Cedillo Gonzįlez (UNIMORE) 12
Scientific writing and publishing: a practical guide for young researchers; Teacher: E.I. Cedillo Gonzįlez (UNIMORE) 16
Intellectual property protection; Teacher: I. Ferrari (UNIMORE) 15
Building and managing a successful team; Teacher:  
   
   
HARD SKILLS  
   
VEHICLE ENGINEERING  
Course Title and Teacher HOURS
Basic principles of simulation and optimization for industrial logistics; Teacher: D. Mezzogori (UNIMORE) 12
Materials Selection; Teacher: E. Colombini, M. Gualtieri (UNIMORE) 12
Mechanical fatigue: fundamentals and numerical methods; Teachers: S.G. Barbieri, E. Bertocchi (UNIMORE) 12
Structural aspects in electric powertrain components; Teachers: M. Giacopini, V. Mangeruga (UNIMORE) 12
CFD modelling of fuel cells for automotive application; Teacher: A. D'Adamo (UNIMORE) 12
Advanced combustion concepts for automotive engines; Teacher: A. D'Adamo (UNIMORE) 12
Vehicle dynamics; Teachers: S. Sorrentino, M. Barbieri, A. De Felice (UNIMORE) 12
0D fluid dynamic analysis with open-source software (Open Modelica); Teachers: B. Zardin, G. Cillo (UNIMORE) 12
Advanced topics in numerical analysis; Teacher: F. Mezzadri (UNIMORE) 12
Data driven inventory management in dynamic supply chain; Teacher: D. Castellano (UNIMORE) 12
Turbulence: fundamentals and applications; Teacher: M.E. Crialesi (UNIMORE) 12
Additive manufacturing; Teacher: S. Defanti (UNIMORE) 12
Technological testing and data reporting; Teacher: E. Tognoli (UNIMORE) 12
Design and prototyping of mechanical Advanced Driver Assistance Systems; Teachers: A. Vergnano, E. Dalpadulo (UNIMORE) 9
CFD methods for fluid-dynamic numerical analysis; Teacher: V.K. Krastev (Universitą di Roma "Tor Vergata") 12
Performance and requirements for the innovation of cogeneration and trigeneration plants; Teacher: 12
Electric and hybrid vehicles; Teacher: G. Di Ilio (Universitą di Napoli "Parthenope") 12
   
   
MECHANICAL ENGINEERING  
Course Title and Teacher HOURS
Basic principles of simulation and optimization for industrial logistics; Teacher: D. Mezzogori (UNIMORE) 12
Materials Selection; Teacher: E. Colombini, M. Gualtieri (UNIMORE) 12
Renewable energy source and energy management in industry; Teachers: G. Allesina, S. Pedrazzi (UNIMORE) 12
Mechanical fatigue: fundamentals and numerical methods; Teachers: S.G. Barbieri, E. Bertocchi (UNIMORE) 12
Advanced topics in numerical optimization; Teachers: S. Mantovani, M. Giacalone (UNIMORE) 12
Thermal-fluid measurement and energy assessment; Teachers: N. Morselli, M. Puglia (UNIMORE) 12
0D fluid dynamic analysis with open-source software (Open Modelica); Teachers: B. Zardin, G. Cillo (UNIMORE) 12
Advanced topics in numerical analysis; Teacher: F. Mezzadri (UNIMORE) 12
Data driven inventory management in dynamic supply chain; Teacher: D. Castellano (UNIMORE) 12
Turbulence: fundamentals and applications; Teacher: M.E. Crialesi (UNIMORE) 12
Additive manufacturing; Teacher: S. Defanti (UNIMORE) 12
Technological testing and data reporting; Teacher: E. Tognoli (UNIMORE) 12
Design and simulation of robotic collaborative systems for save and advanced processes; Teachers F. Pini (UNIMORE), L. Gualtieri 9
CFD methods for fluid-dynamic numerical analysis; Teacher: V.K. Krastev (Universitą di Roma "Tor Vergata") 12
The basic principles of project management; Teacher: M. Bertolini (UNIMORE) 12
Performance and requirements for the innovation of cogeneration and trigeneration plants; Teacher: 12
 

Education Plan - XXXIX cycle

Classes and Seminars cover both Soft Skills (transversal knowledge) and Hard Skills (technical knowledge) for each of the three proposed CVs.

Within the period of the doctorate,  students are asked to follow on average 20 hours of classes on Hard Skills per year.

The supervisors of the education plans for the three CVs are:

  • CV - VEHICLE ENGINEERING, Alessandro D'Adamo (alessandro.dadamo@unimore.it)
  • CV - MECHANICAL ENGINEERING, Elena Colombini (elena.colombini@unimore.it)

                                                                                  

SOFT SKILLS  
Course Title and Teacher HOURS
Bibliographic research, scientific writing and dissemination: tools, techniques and strategies; Teachers: Simona Assirelli, Michele Pola (UNIMORE) 16
Scientific communication in english; Teacher: Adrian Wallwork 20
Complementary training course for PhD students; Teachers: UNIMORE Research Office, Barbara Rebecchi, Ferdinando Di Maggio, Federica Manzoli, Nadja Seding, Giulia Catellani, Valeria Bergonzini, Valeria Goldoni (UNIMORE) 16
Job opportunities and searching; Teacher: Monica Lodi (ERGO) 12
Proposal writing for research grants; Teacher: Erika Iveth Cedillo Gonzįlez (UNIMORE) 28
Scientific writing and publishing: a practical guide for young researchers; Teacher: Erika Iveth Cedillo Gonzįlez (UNIMORE) 32
Intellectual property protection; Teacher: Isabella Ferrari (UNIMORE) 15
   
HARD SKILLS  
   
VEHICLE ENGINEERING  
Course Title and Teacher HOURS
The basic principles of project management; Teacher: Massimo Bertolini (UNIMORE) 12
Materials Selection; Teacher: Elena Colombini (UNIMORE) 12
Mechanical fatigue: fundamentals and numerical methods; Teachers: Saverio G. Barbieri, Enrico Bertocchi (UNIMORE) 12
Structural aspects in electric powertrain components; Teachers: M. Giacopini, V. Mangeruga (UNIMORE) 12
CFD modelling of fuel cells for automotive application; Teacher: Alessandro d'Adamo (UNIMORE) 12
CFD methods for fluid-dynamic numerical analysis; Teacher: Vesselin Krassimirov Krastev (Universitą degli Studi di Roma "Tor Vergata") 12
Advanced combustion concepts for automotive engines; Teacher: Alessandro d'Adamo (UNIMORE) 12
Numerical methods for mechanical components optimization; Teachers: Sara Mantovani, Saverio Giulio Barbieri (UNIMORE) 12
Vehicle dynamics; Teachers: Silvio Sorrentino, Marco Barbieri, Alessandro De Felice (UNIMORE) 12
0D fluid dynamic analysis with open-source software (Open Modelica); Teachers: Barbara Zardin, Giovanni Cillo (UNIMORE) 12
Advanced topics in numerical analysis; Teacher: francesco Mezzadri (UNIMORE) 12
Nonlinear dynamics; Teacher: Francesco Pellicano (UNIMORE) 12
Turbulence: fundamentals and applications; Teacher: Marco Esposito Crialesi (UNIMORE) 12
Additive manufacturing; Teacher: Silvio Defanti (UNIMORE) 9
Technological testing and data reporting; Teacher: Emanuele Tognoli (UNIMORE) 12
Design and prototyping of mechanical Advanced Driver Assistance Systems; Teachers: Alberto Vergnano, Enrico Dalpadulo (UNIMORE) 9
   
MECHANICAL ENGINEERING  
Course Title and Teacher HOURS
Basic principles of data analytics and optimization for logistics and operations management processes; Teacher: Davide Mezzogori (UNIMORE) 12
The basic principles of project management; Teacher: Massimo Bertolini (UNIMORE) 12
Materials Selection; Teacher: Elena Colombini, Veronica Testa (UNIMORE) 12
Renewable energy source and energy management in industry; Teachers: Giulio Allesina, Simone Pedrazzi (UNIMORE) 12
Mechanical fatigue: fundamentals and numerical methods; Teachers: Saverio G. Barbieri, Enrico Bertocchi (UNIMORE) 12
Advanced topics in numerical optimization; Teachers: Sara Mantovani, Mauro Giacalone (UNIMORE) 12
CFD methods for fluid-dynamic numerical analysis; Teacher: Vesselin Krassimirov Krastev (Universitą degli Studi di Roma "Tor Vergata") 12
Numerical methods for mechanical components optimization; Teachers: Sara Mantovani, Saverio Giulio Barbieri (UNIMORE) 12
Thermal and energy measurement and simulation techniques; Teachers: Nicolņ Morselli; Marco Puglia (UNIMORE) 12
0D fluid dynamic analysis with open-source software (Open Modelica); Teachers: Barbara Zardin, Giovanni Cillo (UNIMORE) 12
Advanced topics in numerical analysis; Teacher: francesco Mezzadri (UNIMORE) 12
Nonlinear dynamics; Teacher: Francesco Pellicano (UNIMORE) 12
Data driven inventory management in dynamic supply chain; Teacher: Davide Castellano (UNIMORE) 12
Turbulence: fundamentals and applications; Teacher: Marco Esposito Crialesi (UNIMORE) 12
Additive manufacturing; Teacher: Silvio Defanti (UNIMORE) 9
Technological testing and data reporting; Teacher: Emanuele Tognoli (UNIMORE) 12
Design and simulation of robotic collaborative systems for save and advanced processes; Teachers Fabio Pini (UNIMORE), Luca Gualtieri 12
 

Education Plan - XXXVIII cycle

Classes and Seminars cover both Soft Skills (transversal knowledge) and Hard Skills (technical knowledge) for each of the three proposed CVs.

Within the period of the doctorate,  students are asked to follow on average 20 hours of classes on Hard Skills per year.

The supervisors of the education plans for the three CVs are:

  • CV - VEHICLE ENGINEERING, Alessandro D'Adamo (alessandro.dadamo@unimore.it)
  • CV - INDUSTRY 4.0, Elena Colombini (elena.colombini@unimore.it)
  • CV - ENVIRONMENTAL ENGINEERING, Francesco Mancini (francesco.mancini@unimore.it)

                                                                                  

SOFT SKILLS  
Course Title and Teacher HOURS
Bibliographic research, scientific writing and dissemination: tools, techniques and strategies; Teachers: Simona Assirelli, Michele Pola (UNIMORE) 12
Scientific communication in english; Teacher: Adrian Wallwork 20
Complementary training course for PhD students; Teachers: UNIMORE Research Office, Barbara Rebecchi, Ferdinando Di Maggio, Federica Manzoli, Nadja Seding, Giulia Catellani, Valeria Bergonzini, Valeria Goldoni (UNIMORE) 16
Job opportunities and searching; Teacher: Monica Lodi (ERGO) 12
Proposal writing for research grants; Teacher: Erika Iveth Cedillo Gonzįlez (UNIMORE) 28
Scientific writing and publishing: a practical guide for young researchers; Teacher: Erika Iveth Cedillo Gonzįlez (UNIMORE) 32
Economics and management of innovation; Teacher: Gianluca Marchi (UNIMORE) 24
Engineering economics e financial management; Teacher: Carlo Alberto Magni (UNIMORE) 24
Artificial Intelligence law; Teacher: Isabella Ferrari (UNIMORE) 5
Intellectual property protection; Teacher: Isabella Ferrari (UNIMORE) 15
Autonomous driving and the law; Teacher: Isabella Ferrari (UNIMORE) 5
   
VEHICLE ENGINEERING  
Course Title and Teacher HOURS
Innovative combustion concepts for automotive engines; Teacher: Alessandro d'Adamo (UNIMORE) 12
CFD modelling of fuel cells for automotive application; Teacher: Alessandro d'Adamo (UNIMORE) 12
The finite volume method for engineering CFD applications: an introduction; Teacher: Vesselin Krassimirov Krastev (Universitą degli Studi di Roma "Tor Vergata") 12
Vehicle dynamics; Teachers: Silvio Sorrentino, Marco Barbieri, Alessandro De Felice (UNIMORE) 12
Numerical methods for mechanical components optimization; Teachers: Sara Mantovani, Saverio Giulio Barbieri (UNIMORE) 12
The basic principles of project management; Teacher: Massimo Bertolini (UNIMORE) 12
Materials Selection; Teacher: Elena Colombini (UNIMORE) 12
Plates and shells mechanics; Teacher: Enrico Radi (UNIMORE) 12
Climate change; Teachers: Sergio Teggi, Luca Lombroso (UNIMORE) 9
Thermal and energy simulation techniques and measurement tools; Teachers: Giulio Allesina; Simone Pedrazzi (UNIMORE) 12
0D fluid dynamic analysis with open-source software (Open Modelica); Teachers: Barbara Zardin, Giovanni Cillo (UNIMORE) 12
   
INDUSTRY 4.0  
Course Title and Teacher HOURS
Surface Engineering: Case Studies in Advanced Applications; Teacher: Luca Lusvarghi (UNIMORE) 12
Tribology; Teacher: Giovanni Bolelli (UNIMORE) 12
Materials Selection; Teacher: Elena Colombini (UNIMORE) 12
Renewable energy sources; Teachers: Giulio Allesina, Simone Pedrazzi (UNIMORE) 12
0D fluid dynamic analysis with open-source software (Open Modelica); Teachers: Barbara Zardin, Giovanni Cillo (UNIMORE) 12
Thermal and energy simulation techniques and measurement tools; Teachers: Giulio Allesina; Simone Pedrazzi (UNIMORE) 12
Basic principles of data analytics and optimization for logistics and operations management processes; Teacher: Davide Mezzogori (UNIMORE) 12
The basic principles of project management; Teacher: Massimo Bertolini (UNIMORE) 12
The opportunities of waste recycling in the Circular Economy contest; Teacher: Luisa Barbieri (UNIMORE) 6
Plates and shells mechanics; Teacher: Enrico Radi (UNIMORE) 12
Climate change; Teachers: Sergio Teggi, Luca Lombroso (UNIMORE) 9
The finite volume method for engineering CFD applications: an introduction; Teacher: Vesselin Krassimirov Krastev (Universitą degli Studi di Roma "Tor Vergata") 12
   
ENVIRONMENTAL ENGINEERING  
Course Title and Teacher HOURS
Basic elements concerning modeling of highly deformable structures; Teacher: Luca Lanzoni (UNIMORE) 9
Plates and shells mechanics; Teacher: Enrico Radi (UNIMORE) 12
Sustainability: reference context and practical cases; Teachers: Grazia Ghermandi, Francesca Despini (UNIMORE) 9
The opportunities of waste recycling in the Circular Economy contest; Teacher: Luisa Barbieri (UNIMORE) 6
Climate change; Teachers: Sergio Teggi, Luca Lombroso (UNIMORE) 9
3D surveying and modeling for environmental, civil and industrial engineering; Teacher: Cristina Castagnetti (UNIMORE) 6
New opportunities for scientists from EU Copernicus programme; Teacher: Sofia Costanzini, Francesca Despini (UNIMORE) 6
The basic principles of project management; Teacher: Massimo Bertolini (UNIMORE) 12
Materials Selection; Teacher: Elena Colombini (UNIMORE) 12
Renewable energy sources; Teachers: Giulio Allesina, Simone Pedrazzi (UNIMORE) 12
Thermal and energy simulation techniques and measurement tools; Teachers: Giulio Allesina; Simone Pedrazzi (UNIMORE) 12
 
 

Educational Plan - XXXVII cycle

Within the period of the doctorate,  students are asked to totalize 180 CFD (Formative Credits).  Classes and seminars will provide 90 CFD and the remaining 90 derive from research activities.

Classes and Seminars cover both Soft Skills (transversal knowledge) and Hard Skills (technical knowledge) for each of the three proposed CVs.

Recommendations:

  • Spread the CFD over the three years
  • The 90 CFD related to classes and seminars (soft skills and hard skills) should be completed within the first two years of the doctorate
  • The 90 CFD related to research activities will be preferably gained starting from the second year of the doctorate
  • Regarding classes and seminars, focus on soft skills (30 CFD) during the first semester of the first year
  • Lessons and seminars marked with an asterisk are mandatory
  • Regarding classes and seminars on hard skills (60 CFD), 30 CFD must be selected from the tables below in the list pertinent to the doctorate CV chosen by the student; the others (30 CFD) can be freely selected from the other lists
  • Different choices must undergo the approval of the Teaching Board     

                                                                                  

SOFT SKILLS  
Course Title and Teacher CFD
[*] Bibliographic research, scientific writing and dissemination: tools, techniques and strategies; Teachers: Simona Assirelli, Michele Pola (UNIMORE) 3
[*] Scientific communication in english; Teacher: Adrian Wallwork 5
[*] Complementary training course for PhD students; Teachers: UNIMORE Research Office, Barbara Rebecchi, Ferdinando Di Maggio, Federica Manzoli, Nadja Seding, Giulia Catellani, Valeria Bergonzini, Valeria Goldoni (UNIMORE) 4
The basic principles of project management; Teacher: Massimo Bertolini (UNIMORE) 3
Job opportunities and searching; Teacher: Monica Lodi (ERGO) 3
Proposal writing for research grants; Teacher: Erika Iveth Cedillo Gonzįlez (UNIMORE) 7
Scientific writing and publishing: a practical guide for young researchers; Teacher: Erika Iveth Cedillo Gonzįlez (UNIMORE) 8
Economics and management of innovation; Teacher: Gianluca Marchi (UNIMORE) 3
Engineering economics e financial management; Teacher: Carlo Alberto Magni (UNIMORE) 3
Labour economics; Teacher: Giovanni Solinas (UNIMORE) 3
The typesetting language Latex; Teacher: Simone Righi (UNIVE - Cą Foscari) 2
Introduction to statistic and data analysis; Teachers: Elti Cattaruzza, Andrea Pietropolli Charmet, Maria Antonietta Baldo, Ligia Maria Moretto (UNIVE - Cą Foscari) 3
Lessons of probability and statistics; Teachers: Marco Maioli, Gioia Carinci (UNIMORE) 5
The language of new media; Teacher: Paolo Ferri (Universitą di Milano-Bicocca) 6
Problem solving and strategic decisions from an economic perspective: methods and applications; Teacher: Andrea Lasagni (Economia UNIPR) 3
Agenda 2030 for the sustainable development; Teachers: Fabio Pranovi, Sara De Vido,..., Ivana Padoan (UNIVE - Cą Foscari) 4
A primer on money and finance; Teachers: Giuseppe Marotta, Andrea Landi (UNIMORE) 8
   
   
VEHICLE ENGINEERING  
Course Title and Teacher CFD
Innovative combustion concepts for automotive engines; Teacher: Alessandro d'Adamo (UNIMORE) 4
CFD modelling of fuel cells for automotive application; Teacher: Alessandro d'Adamo (UNIMORE) 4
Computational fluid dynamics with open-source software; Teachers: Tommaso Lucchini, Augusto Della Torre (Politecnico di Milano) 8
The finite volume method for engineering CFD applications: an introduction; Teacher: Vesselin Krassimirov Krastev (Universitą degli Studi di Roma "Tor Vergata") 5
Electric and hybrid vehicles; Teacher: Giovanni Di Ilio (Universitą di Napoli "Parthenope") 3
Thermostructural analysis of mechanical components; Teachers: Matteo Giacopini, Valerio Mangeruga (UNIMORE) 3
Numerical methods for elasto-hydrodynamic analysis; Teachers: Matteo Giacopini, Marco Barbieri (UNIMORE) 6
Optical methods and other diagnostics applied to internal combustion engines; Teachers: Silvana Di Iorio, Adrian Irimescu, Ezio Mancaruso, Simona Silvia Merola (Istituto Motori-CNR) 3
From basic research on turbulence to CFD applications; Teachers: Enrico Stalio, Andrea Cimarelli (UNIMORE) 3
Vehicle dynamics; Teachers: Silvio Sorrentino, Marco Barbieri, Alessandro De Felice (UNIMORE) 4
Surface modelling; Teacher: Francesco Gherardini (UNIMORE) 3
Numerical methods for mechanical components optimization; Teachers: Sara Mantovani, Saverio Giulio Barbieri (UNIMORE) 5
Advanced Topics in Numerical Analysis; Teacher: Francesco Mezzadri (UNIMORE) 3
CFD Modelling of multiphase problems. Part I: fundamentals and theory; Teacher: Stefano Fontanesi (UNIMORE) 3
CFD Modelling of multiphase problems. Part II: CFD laboratory; Teacher: Stefano Fontanesi (UNIMORE) 3
   
INDUSTRY 4.0  
Course Title and Teacher CFD
Advanced Powder metallurgy: from powder characterization to products; Teachers: Paolo Veronesi, Eva Magdalena Gualtieri (UNIMORE) 6
Applied spectroscopic methods and Working principles of organic optoelectronic devices; Teachers: Luca Pasquali, Raffaella Capelli (UNIMORE) 5
Surface Engineering: Case Studies in Advanced Applications; Teacher: Luca Lusvarghi (UNIMORE) 5
Tribology; Teacher: Giovanni Bolelli (UNIMORE) 4
Thermal Spray Coatings and Ablative Materials: Technology and Applications; Teachers: Francesco Marra (UNIROMA), Giovanni Pulci (UNIROMA), Omar Ligabue (Oerlikon Metco) 3
Materials Selection; Teacher: Elena Colombini (UNIMORE) 4
Electrochemical power sources; Teacher: Roberto Giovanardi (UNIMORE) 5
Advanced Ceramic and Glass Materials; Teachers: Cristina Siligardi (UNIMORE) 4
Microwave Processing of Materials; Teachers: Paolo Veronesi, Elena Colombini (UNIMORE) 5
Dental and Maxillo-facial biomaterials and materials currently used in orthopaedic surgery; Teachers: Ugo Consolo, Luigi Generali, Fabio Catani (UNIMORE) 3
Food Packaging: from materials selection to machinery design; Teachers: Manuela Franchi (Tetrapak), Luigi De Nardo (Polimi) 4
Advanced Material Characterization by X-Ray Powder Diffraction and Transmission electron microscopy; Teachers: Alessandro Gualtieri(UNIMORE), Rossella Arletti (UNIMORE), Massimo Tonelli(CIGS-UNIMORE), Mauro Zapparoli (CIGS-UNIMORE) 5
Modelling, Identification and Control of Robot; Teachers: Luigi Biagiotti, Laura Giarrč, Roberto Zanasi (UNIMORE) 3
Renewable energy sources; Teachers: Giulio Allesina, Simone Pedrazzi (UNIMORE) 6
Energy management in industry; Teacher: Paolo Tartarini (UNIMORE) 6
Mechanical vibrations: measurement techniques and experimental analysis; Teacher: Antonio Zippo (UNIMORE) 3
Model predictive control; Teachers: Paolo Falcone (UNIMORE) 3
0D fluid dynamic analysis with open-source software (Open Modelica); Teachers: Barbara Zardin, Giovanni Cillo (UNIMORE) 3
Thermal and energy simulation techniques and measurement tools; Teachers: Giulio Allesina; Simone Pedrazzi (UNIMORE) 3
Advanced multibody simulation; Teachers: Antonio Zippo (UNIMORE) 5
Human robot collaboration in manufacturing 4.0; Teachers: Fabio Pini, Luca Gualtieri (UNIMORE) 3
Design methods for biomedical industry; Teacher: Cristina Renzi (UNIMORE) 3
Basic principles of data analytics and optimization for logistics and operations management processes; Teacher: Davide Mezzogori (UNIMORE) 3
   
   
AREA: CIVIL & ENVIRONMENTAL ENGINEERING  
Course Title and Teacher CFD
Basic elements concerning modeling of highly deformable structures; Teacher: Luca Lanzoni (UNIMORE) 3
Terrain analysis; Teachers: Stefano Orlandini, Giovanni Moretti (UNIMORE) 3
Plates and shells mechanics; Teacher: Enrico Radi (UNIMORE) 6
Sustainability: reference context and practical cases; Teachers: Grazia Ghermandi, Francesca Despini (UNIMORE) 3
The opportunities of waste recycling in the Circular Economy contest; Teacher: Luisa Barbieri (UNIMORE) 3
Climate change; Teachers: Sergio Teggi, Luca Lombroso (UNIMORE) 3
Simulation of long range atmospheric transport by lagrangian particle dispersion models; Teacher: Alessandro Bigi (UNIMORE) 3
Integrated systems for deformation monitoring; Teacher: Alessandro Capra (UNIMORE) 3
3D surveying and modeling for environmental, civil and industrial engineering; Teacher: Cristina Castagnetti (UNIMORE) 3
System identification and dynamic monitoring of bridges and buildings; Teacher: Loris Vincenzi (UNIMORE) 3
New opportunities for scientists from EU Copernicus programme; Teacher: Sofia Costanzini, Francesca Despini (UNIMORE) 3
Fundamentals of Green Chemistry and Alkali Activated Materials: Theory and Applications; Teacher: Isabella Lancellotti (UNIMORE) 2
Environmental Sustainability Management of Materials; Teacher: Anna Maria Ferrari (UNIMORE) 3
Material Design and Process Optimization by Statistical Approaches; Teacher: Monia Montorsi (UNIMORE) 3
Building Materials; Teacher: Cristina Siligardi (UNIMORE) 4
Materials Recycling Processes; Teacher: Luca Lusvarghi (UNIMORE) 4