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)
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)
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
Educational Plan - XXXVI cycle
Within the period of the doctorate, students are asked to totalize 180 CFU (Formative Credits). Classes and seminars will provide 90 CFU 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 CFU over the three years
- The 90 CFU related to classes and seminars (soft skills and hard skills) should be completed within the first two years of the doctorate
- The 90 CFU 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 CFU) 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 CFU), 30 CFU must be selected from the tables below in the list pertinent to the doctorate CV chosen by the student; the others (30 CFU) can be freely selected from the other lists
- Different choices must undergo the approval of the Teaching Board
| SOFT SKILLS - COMMON FOR ALL CVs | ||
|---|---|---|
| COURSE /SEMINAR TITLE | TEACHER/TEACHING ORGANIZATION | CFU |
| Bibliographic research, scientific writing and dissemination: tools, techniques and strategies | Simona Assirelli, Michele Pola (UNIMORE) | 3* |
| Scientific Communication in English (Prof. Wallwork) | Adrian Wallwork | 5* |
| Complementary training course for PhD students | 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 | Massimo Bertolini (DIEF UNIMORE) | 3 |
| Job opportunities (the hiring process: CV, tests, interview) and searching | Monica Lodi (ERGO) | 2 |
| The typesetting language Latex | Simone Righi (UNIVE - Cą Foscari) | 2 |
| Introduction to Python Programming language | Prof. Tacchella, Prof. Oreggia (UNIGE) | 9 |
| Introduction to statistic and data analysis | Elti Cattaruzza, Andrea Pietropolli Charmet, Maria Antonietta Baldo, Ligia Maria Moretto (UNIVE - Cą Foscari) | 3 |
| Lessons of Probability and Statistics | Marco Maioli, Gioia Carinci (FIM UNIMORE) | 5 |
| The languages of the new media | Paolo Ferri (Universitą di Milano-Bicocca) | 6 |
| Problem solving and strategic decisions from an economic perspective: methods and applications | Andrea Lasagni (Economia UNIPR) | 3 |
| Agenda 2030 for the sustainable development | Fabio Pranovi, Sara De Vido,..., Ivana Padoan (UNIVE - Cą Foscari) | 4 |
| A primer on money and finance | Giuseppe Marotta, Andrea Landi (Economia UNIMORE) | 8 |
| Leadership & team empowerment | Luigi Rovati (DIEF UNIMORE) | 1 |
| What is a Start up, Presentation and Negotiation | Luigi Rovati (DIEF UNIMORE) | 2 |
| Storytelling & Public Speaking | Luigi Rovati (DIEF UNIMORE) | 1 |
| Legal & Intellectual Property | Luigi Rovati (DIEF UNIMORE) | 1 |
| HARD SKILLS - CV INDUSTRIAL AND ENVIRONMENTAL ENGINEERING | ||
|---|---|---|
| COURSE /SEMINAR TITLE (AREA: MATERIAL ENGINEERING) | TEACHER/TEACHING ORGANIZATION | CFU |
| Applied spectroscopic methods | Luca Pasquali (UniMORE) | 4 |
| Surface Engineering: Case Studies in Advanced Applications | Luca Lusvarghi (UniMORE) | 4 |
| Thermal Spray Coatings: Technology and Applications | Omar Ligabue (Oerlikon Metco) | 1 |
| Tribology | Giovanni Bolelli (UniMORE) | 4 |
| Ablative Materials for aerospace applications | Francesco Marra, Giovanni Pulci (La Sapienza Universitą di Roma) | 2 |
| Material Selection | Elena Colombini (UniMORE) | 3 |
| Electrochemical power sources | Roberto Giovanardi (UniMORE) | 4 |
| Innovative Polymer-based Materials for a Circular Economy Approach | Massimo Messori (UniMORE) | 1 |
| Fundamentals of Green Chemistry | Isabella Lancellotti (UniMORE) | 2 |
| Alkali Activated Materials: Theory and Applications | Isabella Lancellotti (UniMORE) | 2 |
| Material Design and Process Optimization by Statistical Approaches | Monia Montorsi (UniMORE) | 3 |
| Building Materilas | Crisitna Siligardi (UniMORE) | 4 |
| Advanced Ceramic and Glass Materials | Cristina Siligardi (UniMORE) | 4 |
| Microwave Processing of Materials | Paolo Veronesi, Elena Colombini (UniMORE) | 4 |
| Environmental Sustainability Management of Materials | Anna Maria Ferrari (UniMORE) | 3 |
| Transmission electron microscopy - case studies | Massimo Tonelli, Mauro Zapparoli (UniMORE) | 1 |
| Dental and Maxillo-facial biomaterials (Oro-Dental Biomaterials) | Ugo Consolo (UniMORE) | 1 |
| Dental Materials | Luigi Generali (UniMORE) | 1 |
|
Seminar contribution on Prosthesis - Orthopedics (Which types of materials are currently used in orthopaedic surgery) | Fabio Catani (UniMORE) | 1 |
| Materials Selection approach for Food Packaging Materials | Luigi De Nardo (Politecnico di MIlano) | 3 |
| Working principles of organic optoelectronic devices | Raffaella Capelli (UniMORE) | 1 |
| Materials and surface engineering for packaging machines | Manuela Franchi (Tetrapak) | 1 |
| Materials Recycling Processes | Luca Lusvarghi (UniMORE) | 4 |
| Theoretical - practical X-Ray Powder Diffraction course | Alessandro Gualtieri, Rossella Arletti | 4 |
| COURSE /SEMINAR TITLE (AREA: CIVIL AND ENVIRONMENTAL ENGINEERING) | TEACHER/TEACHING ORGANIZATION | CFU |
| Basic elements concerning modeling of highly deformable structures | Luca Lanzoni, (Unimore) | 3 |
| Composite materials for structural rehabilitation | Andrea Nobili (Unimore) | 3 |
| Terrain analysis | Giovanni Moretti, (Unimore) | 3 |
| Plates and shells mechanics | Enrico Radi, (Unimore) | 3 |
| Sustainability: reference context and practical cases | Grazia Ghermandi/Francesca Despini, (Unimore) | 3 |
| The opportunities of waste recycling in the Circular Economy contest | Luisa Barbieri, (Unimore) | 3 |
| QGIS Geodatabase | Sofia Costanzini, (Unimore) | 3 |
| Climate change | Sergio Teggi/Luca Lombroso, (Unimore) | 3 |
| Satellite observations for territory management | Francesca Despini/Sofia Costanzini, (Unimore) | 3 |
| Simulation of long range atmospheric transport by lagrangian particle dispersion models | Alessandro Bigi, (Unimore) | 3 |
| Fundamentals of Green Chemistry + Alkali activated Materials: theory and applications | Isabella Lancellotti, (Unimore) | 3 |
| Integrated systems for deformation monitoring | Alessandro Capra (Unimore) | 3 |
| 3D surveying and modeling for environmental, civil and industrial engineering | Cristina Castagnetti (Unimore) | 3 |
| Real time satellite-based positioning and navigation | Francesco Mancini, (Unimore) | 3 |
| System identification and dynamic monitoring of bridges and buildings | Loris Vincenzi, (Unimore) | 3 |
| Renewable Energy Sources | Alberto Muscio, (Unimore) | 3 |
| Energy Management in Industry | Alberto Muscio, (Unimore) | 3 |
| HARD SKILLS - CV INDUSTRY 4.0 | ||
|---|---|---|
| COURSE TITLE | TEACHER/TEACHING ORGANIZATION | CFU |
| Renewable Energy Sources | Giulio Allesina/ Simone Pedrazzi (UniMORE) | 6 |
| Energy Management in Industry | Paolo Tartarini (UniMORE) | 6 |
| CFD Modelling of Fuel Cells for Automotive Application | Alessandro d'Adamo (UniMORE) | 3 |
| Numerical methods for mechanical components optimization | Sara Mantovani (UniMORE)/ Saverio Giulio Barbieri (UniMORE) | 5 |
| Mechanical Vibrations: measurement techniques and experimental analysis | Antonio Zippo (UniMORE) | 3 |
| Model Predictive Control | Paolo Falcone (UniMORE) | 3 |
| Cellular solid structures: properties and numerical analysis | Sara Mantovani (UniMORE) | 5 |
| 0d Fluid dynamic analysis with Open source software (Open Modelica) | Barbara Zardin / Giovanni Cillo (UNIMORE) | 3 |
| Thermal and energy techniques and measurement tools | Giulio Allesina (UniMORE) | 1 |
| Thermal and energy simulation techniques | Simone Pedrazzi (UniMORE) | 1 |
| Advanced Multibody Simulation | Antonio Zippo (UniMORE) | 5 |
| Vehicle dynamics | Silvio Sorrentino (UniMORE), Marco Barbieri (unimore) , Alessandro de Felice (unimore) | 4 |
| Modelling, Identification and Control of Robot | Luigi Biagiotti, Laura Giarrč, Roberto Zanasi (UniMORE) | 3 |
| Process Modelling in Industry | Milton Borsato, Federal University of Technology (UTFPR), Paraná (Brazil). | 3 |
| Design methods for biomedical industry | Cristina Renzi (Unimore) | 3 |
| Human robot collaboration in manufacturing 4.0 | Fabio Pini (Unimore) - Luca Gualtieri (UniBz) | 3 |
| HARD SKILLS - CV VEHICLE ENGINEERING | ||
|---|---|---|
| COURSE/SEMINAR TITLE | TEACHER/TEACHING ORGANIZATION | CFU |
| Innovative Combustion Concepts for Automotive Engines | Alessandro d'Adamo (UniMORE) | 4 |
| CFD Modelling of Fuel Cells for Automotive Application | Alessandro d'Adamo (UniMORE) | 4 |
| Computational Fluid Dynamics with Open-source Software | Tommaso Lucchini, Augusto Della Torre (Politecnico di Milano) | 8 |
| The Finite Volume Method for engineering CFD applications: an introduction | Vesselin Krassimirov Krastev (Universitą degli Studi di Roma "Tor Vergata") | 5 |
| Electric and Hybrid Vehicles | Giovanni Di Ilio (Universitą di Napoli "Parthenope") | 3 |
| Thermostructural analysis of mechanical components | Matteo Giacopini (UniMORE)/Valerio Mangeruga (UniMORE | 3 |
| Numerical methods for elasto-hydrodynamic analysis | Matteo Giacopini (UniMORE)/Marco Barbieri (UniMORE ) | 6 |
| Numerical methods for mechanical components optimization | Sara Mantovani (UniMORE)/ Saverio Giulio Barbieri (UniMORE) | 5 |
| Cellular solid structures: properties and numerical analysis | Sara Mantovani (UniMORE) | 5 |
| Model Predictive Control | Paolo Falcone (UniMORE) | 3 |
| Optical methods and other diagnostics applied to internal combustion engines | Silvana Di Iorio, Adrian Irimescu, Ezio Mancaruso, Simona Silvia Merola (Istituto Motori-CNR) | 3 |
| 0D Fluid dynamic analysis with Open source software (Open Modelica) | Barbara Zardin / Giovanni Cillo (UNIMORE) | 3 |
| Thermal and energy techniques and measurement tools | Giulio Allesina (UniMORE) | 1 |
| Thermal and energy simulation techniques | Simone Pedrazzi (UniMORE) | 1 |
| Renewable Energy Sources | Giulio Allesina/Simone Pedrazzi (UniMORE) | 6 |
| 1D Modelling of Automotive Engines | Fabio Bozza/Vincenzo De Bellis (Universitą di Napoli Federico II) | 2 |
| Kolmogorov Equation / metodi numerici per la fluidodinamica e modelli di turbolenza (a scelta uno dei 2 e su richiesta) | Enrico Stalio/Andrea Cimarelli (UniMORE) | 3 |
| Vehicle dynamics | Silvio Sorrentino (UniMORE), Marco Barbieri (UniMORE) , Alessandro De Felice (UniMORE) | 4 |
| Surface Modeling | Francesco Gherardini (UniMORE) | 3 |