Master's Degree

ENGINEERING FOR THE ENERGY TRANSITION

The course Study plan Syllabi

Study plan

Curriculum

SUSTAINABLE BUILDING DESIGN AND TECHNOLOGY

Year:

1

2

Other activities

Required:

FUNDAMENTALS OF THE ENERGY SECTOR AND RENEWABLES [458MI]

9 cfu

72 hours

INDUSTRIAL ENERGY MANAGEMENT [459MI]

6 cfu

48 hours

ECONOMICS, EVALUATIONS, LEGISLATION, AND SOCIAL ASPECTS FOR THE ENERGY TRANSITION [460MI]

9 cfu

72 hours

FUNDAMENTALS OF MODERN POWER SYSTEMS [461MI]

9 cfu

72 hours

BUILDING HVAC SYSTEMS [462MI]

9 cfu

72 hours

ENVIRONMENTAL HYDRAULICS: POLLUTANTS, EMISSIONS AND GLOBAL WARMING [463MI]

6 cfu

48 hours

ELECTIVE COURSES (between 6 and 9 CFU):

TRANSPORT PHENOMENA [147IN]

9 cfu

72 hours

FACILITIES FOR THE REDUCTION OF EMISSIONS [241MI]

6 cfu

48 hours

FOUNDATION AND METHODS FOR ENGINEERING DESIGN [297MI]

6 cfu

48 hours

CONTROL THEORY [322MI]

9 cfu

72 hours

MATHEMATICAL OPTIMISATION [376MI]

6 cfu

48 hours

EMBEDDED SYSTEMS [442MI]

9 cfu

72 hours

MULTIDISCIPLINARY ANALYSIS, DESIGN AND OPTIMIZATION OF COMPLEX SYSTEMS [448MI]

3 cfu

24 hours

BATTERY MANAGEMENT SYSTEMS [455MI]

9 cfu

72 hours

ADVANCED STRUCTURAL MECHANICS AND DYNAMICS [476MI]

6 cfu

48 hours

COMPUTATIONAL FLUID DYNAMICS AND HEAT TRANSFER [480MI]

9 cfu

72 hours

COMPUTATIONAL STRUCTURAL MECHANICS [482MI-3]

3 cfu

24 hours

WATER WAVES AND SHORE PROTECTION [501MI-1]

3 cfu

24 hours

STRATEGIC AND CRITICAL RAW MATERIALS [567MI-3]

3 cfu

24 hours

ENTREPRENEURSHIP & BUSINESS MODELLING [628EC]

9 cfu

60 hours

Required:

INTERNSHIP [258MI]

3 cfu

0 hours

MATERIALS AND SYSTEMS FOR THE ENERGY TRANSITION [415MI]

6 cfu

48 hours

BUILDING ENVELOPES AND STRUCTURAL INTEGRATION [464MI]

12 cfu

96 hours

PHOTOVOLTAICS AND E-MOBILITY [465MI]

6 cfu

48 hours

INTEGRATED ECOSYSTEM DESIGN [466MI]

12 cfu

96 hours

BUILDING ENERGY SIMULATION [467MI]

6 cfu

48 hours

SEMINARS [475MI]

3 cfu

0 hours

FINAL EXAMINATION [PFINE]

12 cfu

120 hours

ELECTIVE COURSES (between 6 and 9 CFU):

MATERIALS AND SYSTEMS FOR THE ENERGY TRANSITION [415MI]

6 cfu

48 hours

BUILDING ENVELOPES AND STRUCTURAL INTEGRATION [464MI]

12 cfu

96 hours

PHOTOVOLTAICS AND E-MOBILITY [465MI]

6 cfu

48 hours

INTEGRATED ECOSYSTEM DESIGN [466MI]

12 cfu

96 hours

BUILDING ENERGY SIMULATION [467MI]

6 cfu

48 hours
Curriculum

SUSTAINABLE INDUSTRIAL SYSTEMS

Year:

1

2

Other activities

Required:

INDUSTRIAL ENERGY MANAGEMENT [459MI]

6 cfu

48 hours

FUNDAMENTALS OF MODERN POWER SYSTEMS [461MI]

9 cfu

72 hours

ENVIRONMENTAL HYDRAULICS: POLLUTANTS, EMISSIONS AND GLOBAL WARMING [463MI]

6 cfu

48 hours

FUNDAMENTALS OF THE ENERGY SECTOR, RENEWABLES AND ENERGY SYSTEMS [468MI]

15 cfu

120 hours

ECONOMICS AND EVALUATIONS FOR THE ENERGY TRANSITION [469MI]

6 cfu

48 hours

DESIGN AND SIMULATION OF HVAC SYSTEMS [470MI]

12 cfu

96 hours

ELECTIVE COURSES (between 9 and 12 CFU):

TRANSPORT PHENOMENA [147IN]

9 cfu

72 hours

FACILITIES FOR THE REDUCTION OF EMISSIONS [241MI]

6 cfu

48 hours

FOUNDATION AND METHODS FOR ENGINEERING DESIGN [297MI]

6 cfu

48 hours

CONTROL THEORY [322MI]

9 cfu

72 hours

MATHEMATICAL OPTIMISATION [376MI]

6 cfu

48 hours

EMBEDDED SYSTEMS [442MI]

9 cfu

72 hours

MULTIDISCIPLINARY ANALYSIS, DESIGN AND OPTIMIZATION OF COMPLEX SYSTEMS [448MI]

3 cfu

24 hours

BATTERY MANAGEMENT SYSTEMS [455MI]

9 cfu

72 hours

LEGISLATION AND SOCIAL CHANGE [460MI-3]

3 cfu

24 hours

ADVANCED STRUCTURAL MECHANICS AND DYNAMICS [476MI]

6 cfu

48 hours

COMPUTATIONAL FLUID DYNAMICS AND HEAT TRANSFER [480MI]

9 cfu

72 hours

COMPUTATIONAL STRUCTURAL MECHANICS [482MI-3]

3 cfu

24 hours

WATER WAVES AND SHORE PROTECTION [501MI-1]

3 cfu

24 hours

STRATEGIC AND CRITICAL RAW MATERIALS [567MI-3]

3 cfu

24 hours

ENTREPRENEURSHIP & BUSINESS MODELLING [628EC]

9 cfu

60 hours

Required:

INTERNSHIP [258MI]

3 cfu

0 hours

DESIGN FOR SUSTAINABILITY OF PRODUCTS AND PROCESSES [419MI]

6 cfu

48 hours

ALTERNATIVE ENERGY TECHNOLOGIES 1 [471MI]

9 cfu

72 hours

ALTERNATIVE ENERGY TECHNOLOGIES 2 [472MI]

12 cfu

96 hours

INTEGRATED SPATIAL AND ENERGY PLANNING [473MI]

6 cfu

48 hours

MODELS AND DATA FOR THE ELECTRICITY MARKET [474MI]

6 cfu

48 hours

SEMINARS [475MI]

3 cfu

0 hours

FINAL EXAMINATION [PFINE]

12 cfu

120 hours

DESIGN FOR SUSTAINABILITY OF PRODUCTS AND PROCESSES [419MI]

6 cfu

48 hours

ALTERNATIVE ENERGY TECHNOLOGIES 1 [471MI]

9 cfu

72 hours

ALTERNATIVE ENERGY TECHNOLOGIES 2 [472MI]

12 cfu

96 hours

INTEGRATED SPATIAL AND ENERGY PLANNING [473MI]

6 cfu

48 hours

MODELS AND DATA FOR THE ELECTRICITY MARKET [474MI]

6 cfu

48 hours
Curriculum

SUSTAINABLE INDUSTRIAL SYSTEMS - LM24

Year:

1

2

Required:

INDUSTRIAL ENERGY MANAGEMENT [459MI]

6 cfu

48 hours

FUNDAMENTALS OF MODERN POWER SYSTEMS [461MI]

9 cfu

72 hours

ENVIRONMENTAL HYDRAULICS: POLLUTANTS, EMISSIONS AND GLOBAL WARMING [463MI]

6 cfu

48 hours

FUNDAMENTALS OF THE ENERGY SECTOR, RENEWABLES AND ENERGY SYSTEMS [468MI]

15 cfu

120 hours

ECONOMICS AND EVALUATIONS FOR THE ENERGY TRANSITION [469MI]

6 cfu

48 hours

DESIGN AND SIMULATION OF HVAC SYSTEMS [470MI]

12 cfu

96 hours

ELECTIVE COURSES (between 9 and 12 CFU):

TRANSPORT PHENOMENA [147IN]

9 cfu

72 hours

FACILITIES FOR THE REDUCTION OF EMISSIONS [241MI]

6 cfu

48 hours

FOUNDATION AND METHODS FOR ENGINEERING DESIGN [297MI]

6 cfu

48 hours

CONTROL THEORY [322MI]

9 cfu

72 hours

MATHEMATICAL OPTIMISATION [376MI]

6 cfu

48 hours

EMBEDDED SYSTEMS [442MI]

9 cfu

72 hours

MULTIDISCIPLINARY ANALYSIS, DESIGN AND OPTIMIZATION OF COMPLEX SYSTEMS [448MI]

3 cfu

24 hours

BATTERY MANAGEMENT SYSTEMS [455MI]

9 cfu

72 hours

LEGISLATION AND SOCIAL CHANGE [460MI-3]

3 cfu

24 hours

ADVANCED STRUCTURAL MECHANICS AND DYNAMICS [476MI]

6 cfu

48 hours

COMPUTATIONAL FLUID DYNAMICS AND HEAT TRANSFER [480MI]

9 cfu

72 hours

COMPUTATIONAL STRUCTURAL MECHANICS [482MI-3]

3 cfu

24 hours

WATER WAVES AND SHORE PROTECTION [501MI-1]

3 cfu

24 hours

STRATEGIC AND CRITICAL RAW MATERIALS [567MI-3]

3 cfu

24 hours

ENTREPRENEURSHIP & BUSINESS MODELLING [628EC]

9 cfu

60 hours

Required:

INTERNSHIP [258MI]

3 cfu

0 hours

DESIGN FOR SUSTAINABILITY OF PRODUCTS AND PROCESSES [419MI]

6 cfu

48 hours

ALTERNATIVE ENERGY TECHNOLOGIES 1 [471MI]

9 cfu

72 hours

ALTERNATIVE ENERGY TECHNOLOGIES 2 [472MI]

12 cfu

96 hours

INTEGRATED SPATIAL AND ENERGY PLANNING [473MI]

6 cfu

48 hours

MODELS AND DATA FOR THE ELECTRICITY MARKET [474MI]

6 cfu

48 hours

SEMINARS [475MI]

3 cfu

0 hours

FINAL EXAMINATION [PFINE]

12 cfu

120 hours
Curriculum

common

Year:

Other activities

INTERNSHIP [258MI]

3 cfu

0 hours

SEMINARS [475MI]

3 cfu

0 hours

FINAL EXAMINATION [PFINE]

12 cfu

120 hours

[IN22] Study Plan 2025/26

[IN22] Study Plan 2024/25

Teaching Regulations

For Study Plans and Teaching Regulation of previous cohorts/years.

see teaching regulations

Study Plan description

Types of educational activities (TAF), credits and elective courses

see Study Plan description

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