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Master’s degree · Study track

Industrial Engineering and Electrical Design

Mandatory courses and curriculum electives specific to this study track.

First year

Common curriculum · 60 CFU / ECTS

Course SSD Semester CFU / ECTS
Automatica (Automatic Control) IINF-04/A
(ING-INF/04)		 I 6
Campi quasi-stazionari e applicazioni (Quasi-Static Fields and Applications) IIET-01/A
(ING-IND/31)		 I 12
Strumentazione numerica di misura (Digital Measurement Instrumentation) IMIS-01/B
(ING-INF/07)		 I 12
Dinamica dei convertitori elettrici (Dynamics of Electrical Converters) IIND-08/A
(ING-IND/32)		 II 6
Macchine elettriche e simulazioni (Electrical Machines and Simulations) IIND-08/A
(ING-IND/32)		 II 6
Attività formativa affine a scelta dalla Tabella B (Related Elective Course from Table B) According to the selected course II 6
Modellistica dei sistemi elettrici (Modelling of Electrical Systems) IIND-08/B
(ING-IND/33)		 II 12
First-year total 60

Table II.3

Mandatory study-track courses

Course Module SSD Semester CFU / ECTS
Sistemi di generazione e utilizzazione per l’industria (Generation and Utilization Systems for Industry) Azionamenti elettrici con progetto di controllo digitale (Electrical Drives with Digital Control Design) IIND-08/A
(ING-IND/32)		 I 9
Sistemi di generazione fotovoltaica ed eolica (Photovoltaic and Wind Generation Systems) I 6
Sistemi elettrici per l’industria (Electrical Systems for Industry) Metodologie di progettazione degli impianti elettrici (Electrical Installation Design Methodologies) IIND-08/B
(ING-IND/33)		 I 9
Elettrificazione degli usi finali (Electrification of End Uses) II 6
Total mandatory courses 30

Table A.3

Study-track curriculum electives

Course SSD Semester CFU / ECTS
Modellistica dei mercati dell’energia elettrica (Modelling of Electricity Markets) IIND-08/B
(ING-IND/33)		 I 6
Automazione dei Sistemi Elettrici (Automation of Electrical Systems) IIND-08/B
(ING-IND/33)		 II 6
Design of Electric Machines (taught in English) IIND-08/A
(ING-IND/32)		 II 6
Modelli numerici per campi, circuiti e sistemi (Numerical Models for Fields, Circuits and Systems) * IIET-01/A
(ING-IND/31)		 I 9
Misure e collaudi su macchine e impianti elettrici (Measurements and Testing of Electrical Machines and Installations) IMIS-01/B
(ING-INF/07)		 II 6
Elettronica industriale di potenza (Industrial Power Electronics) IIND-08/A
(ING-IND/32)		 I 6
Tecnica e diagnostica di isolamenti in Alta Tensione (High-Voltage Insulation Technology and Diagnostics) IIET-01/A
(ING-IND/31)		 II 6

* Course recommended as an elective within this study track and offered by the Master’s Degree Programme in Electronic Engineering.

 

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Master’s degree · Study track

Electric Mobility

Mandatory courses and curriculum electives specific to this study track.

First year

Common curriculum · 60 CFU / ECTS

Course SSD Semester CFU / ECTS
Automatica (Automatic Control) IINF-04/A
(ING-INF/04)		 I 6
Campi quasi-stazionari e applicazioni (Quasi-Static Fields and Applications) IIET-01/A
(ING-IND/31)		 I 12
Strumentazione numerica di misura (Digital Measurement Instrumentation) IMIS-01/B
(ING-INF/07)		 I 12
Dinamica dei convertitori elettrici (Dynamics of Electrical Converters) IIND-08/A
(ING-IND/32)		 II 6
Macchine elettriche e simulazioni (Electrical Machines and Simulations) IIND-08/A
(ING-IND/32)		 II 6
Attività formativa affine a scelta dalla Tabella B (Related Elective Course from Table B) According to the selected course II 6
Modellistica dei sistemi elettrici (Modelling of Electrical Systems) IIND-08/B
(ING-IND/33)		 II 12
First-year total 60

Table II.1

Mandatory study-track courses

Course Module SSD Semester CFU / ECTS
Propulsione elettrica (Electric Propulsion) Azionamenti elettrici con progetto di controllo digitale (Electrical Drives with Digital Control Design) IIND-08/A
(ING-IND/32)		 I 9
Sistemi di accumulo per reti e mobilità (Storage Systems for Power Grids and Mobility) I 6
Sistemi elettrici per la mobilità (Electrical Systems for Mobility) Pianificazione e Gestione dei Sistemi Elettrici (Planning and Management of Electrical Power Systems) IIND-08/B
(ING-IND/33)		 I 9
Sistemi Elettrici per i Trasporti (Electrical Systems for Transport) II 6
Total mandatory courses 30

Table A.1

Study-track curriculum electives

Course SSD Semester CFU / ECTS
Tecniche e soluzioni innovative per l’efficientamento dei sistemi di trasporto (Innovative Techniques and Solutions for Improving Transport-System Efficiency) IIND-08/B
(ING-IND/33)		 II 6
Sistemi elettrici di bordo (On-Board Electrical Systems) IIND-08/B
(ING-IND/33)		 II 6
Electric and Hybrid Vehicles (taught in English) IIND-08/A
(ING-IND/32)		 II 6
Propulsione ferroviaria (Railway Propulsion) IIND-08/A
(ING-IND/32)		 II 6
Misure e collaudi su macchine e impianti elettrici (Measurements and Testing of Electrical Machines and Installations) IMIS-01/B
(ING-INF/07)		 II 6

 

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Interdisciplinary programme · 30 CFU / ECTS

Minor Green Technology Developer

Complement your Master’s Degree in Electrical Engineering with the expertise needed to design and manage the green transition.

The programme

A systemic approach to sustainability

Students enrolled in the Master’s Degree Programme in Electrical Engineering can include the Minor Green Technology Developer in their individual curriculum.

The Minor prepares professionals to design and manage transformations of matter and energy according to sustainability principles. It combines engineering expertise, an interdisciplinary perspective, digital tools and transferable skills to develop solutions based on resource efficiency, the circular economy, biodiversity protection and pollution reduction.

Learning takes place through interdisciplinary modules and project work, including group activities devoted to case studies and practical challenges.

Completion of the Minor is certified by an Open Badge issued by the University of Naples Federico II. When the programme is accompanied by an interdisciplinary Master’s thesis consistent with its profile, a specific mention is also included in the Diploma Supplement.

Total credits

30 CFU / ECTS

Extra-curricular credits

At least 10 CFU / ECTS

Eligible students

Master’s degree students

Certification

Federico II Open Badge

Professional profile

Core areas of expertise

The programme develops expertise in the sustainable production of goods and services and in energy generation, use and storage.

Green and regenerative chemistry

Processes, materials and solutions designed to regenerate resources and reduce environmental impact.

Waste and emissions

Control, monitoring, prevention and treatment of waste and pollutant emissions.

Sustainable energy

Energy generation, storage and distribution based on efficiency and sustainability principles.

Circular economy

Design and conversion of production systems through the bioeconomy, circularity and industrial symbiosis.

Industrial ecology

A systemic approach to the transformation of matter and energy, supported by digital tools and legal, economic and managerial expertise.

Individual curriculum

How the 30 CFU / ECTS are structured

The Minor study plan is built by selecting activities listed in the Appendix to the official guide and must comply with the corresponding credit ranges.

A

Minor-specific activities

Cross-disciplinary activities in scientific and technical fields developed specifically for the programme.

B

Degree Programme activities

Cross-disciplinary scientific and technical activities drawn from existing degree programme offerings.

C

Digital skills

Courses devoted to digital tools and technologies.

D

Transferable skills

Activities, including seminars, that broaden skills beyond the student’s primary discipline.

General criteria

Distribution of activities

  • Activities A + B: 12 to 21 CFU / ECTS.
  • Activity C: 6 to 12 CFU / ECTS.
  • Activity D: 3 to 9 CFU / ECTS.

Integration into the Master’s degree

Requirements to be met

Up to 20 CFU / ECTS of the Minor may count as curricular credits within the minimum 120 CFU / ECTS required for the Master’s degree. At least 10 CFU / ECTS must instead be extra-curricular and therefore additional to the 120 credits required for the degree.

At least two thirds of the 30 CFU / ECTS must also belong to subject areas outside those characterizing the student’s Master’s degree.

The individual curriculum must be submitted to the relevant Teaching Coordination Committee and comply with both these criteria and the instructions in the Appendix to the guide.

Submitting the study plan

How to enrol in the Minor

For the 2026/2027 academic year, Form C for Minors supplements the standard Master’s degree study-plan forms.

Define your programme

Read the guide and choose activities from Tables A, B, C and D in compliance with the applicable requirements.

Open the guide ↗

Complete Form C

Select the Minor Green Technology Developer and specify the courses, CFU / ECTS, Degree Programme and examination year.

Download Form C ↗

Attach your Master’s study plan

Submit Form C together with Form A for a new study plan or Form B for an amendment.

Go to Microsoft Forms ↗

Documents

Guide and forms

PDF · Official guideMinor Green Technology Developer Guide Professional profile, programme structure, requirements and tables of qualifying activities. ↗ PDF · Academic Year 2026/2027Form C — Enrolment in a Minor To be submitted with Form A or Form B of the Master’s degree study plan. ↗ Study planForms A and B Instructions and forms for submitting or amending the Master’s degree study plan. →
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Master’s degree · Study track

Electrical Energy and Smart Grids

Mandatory courses and curriculum electives specific to this study track.

First year

Common curriculum · 60 CFU / ECTS

Course SSD Semester CFU / ECTS
Automatica (Automatic Control) IINF-04/A
(ING-INF/04)		 I 6
Campi quasi-stazionari e applicazioni (Quasi-Static Fields and Applications) IIET-01/A
(ING-IND/31)		 I 12
Strumentazione numerica di misura (Digital Measurement Instrumentation) IMIS-01/B
(ING-INF/07)		 I 12
Dinamica dei convertitori elettrici (Dynamics of Electrical Converters) IIND-08/A
(ING-IND/32)		 II 6
Macchine elettriche e simulazioni (Electrical Machines and Simulations) IIND-08/A
(ING-IND/32)		 II 6
Attività formativa affine a scelta dalla Tabella B (Related Elective Course from Table B) According to the selected course II 6
Modellistica dei sistemi elettrici (Modelling of Electrical Systems) IIND-08/B
(ING-IND/33)		 II 12
First-year total 60

Table II.2

Mandatory study-track courses

Course Module SSD Semester CFU / ECTS
Generazione da fonti rinnovabili e accumulo dell’energia elettrica (Renewable Energy Generation and Electrical Energy Storage) Sistemi di generazione fotovoltaica ed eolica (Photovoltaic and Wind Generation Systems) IIND-08/A
(ING-IND/32)		 I 6
Sistemi di accumulo per reti e mobilità con project work (Storage Systems for Power Grids and Mobility with Project Work) I 9
Energia elettrica e reti intelligenti (Electrical Energy and Smart Grids) Pianificazione e Gestione dei Sistemi Elettrici (Planning and Management of Electrical Power Systems) IIND-08/B
(ING-IND/33)		 I 9
Smart Grid e Risorse Energetiche Distribuite (Smart Grids and Distributed Energy Resources) II 6
Total mandatory courses 30

Table A.2

Study-track curriculum electives

Course SSD Semester CFU / ECTS
Modellistica dei mercati dell’energia elettrica (Modelling of Electricity Markets) IIND-08/B
(ING-IND/33)		 I 6
Integrazione delle fonti rinnovabili e dei vettori energetici (Integration of Renewable Energy Sources and Energy Carriers) IIND-08/B
(ING-IND/33)		 II 6
Plasmi e fusione termonucleare (Plasmas and Thermonuclear Fusion) * IIET-01/A
(ING-IND/31)		 II 9
Sensori e Smart Metering (Sensors and Smart Metering) * IMIS-01/B
(ING-INF/07)		 II 9
Reti elettriche complesse e simulazione circuitale (Complex Electrical Networks and Circuit Simulation) * IIET-01/A
(ING-IND/31)		 I 9
Elettronica industriale di potenza (Industrial Power Electronics) IIND-08/A
(ING-IND/32)		 I 6

* Course recommended as an elective within this study track.

 

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Interdisciplinary programme · 30 CFU / ECTS

Minor Smart Infrastructure Developer

Complement your Master’s Degree in Electrical Engineering with the expertise needed to design efficient, safe, resilient and sustainable infrastructure.

The programme

A systemic approach to the infrastructure of the future

Students enrolled in the Master’s Degree Programme in Electrical Engineering can include the Minor Smart Infrastructure Developer in their individual curriculum as part of the national inter-university project “Technologies for Transitions”.

The Minor prepares professionals with solid expertise in the design, construction and operation of critical infrastructure—including energy, transport, telecommunications and supply chains—who can develop solutions to improve efficiency, safety, resilience and sustainability.

The programme combines advanced analytical methods, enabling technologies, interdisciplinary modules and project work devoted to case studies and practical challenges.

Completion of the Minor is certified by an Open Badge issued by the University of Naples Federico II. When the programme is accompanied by an interdisciplinary Master’s thesis consistent with its profile, a specific mention is also included in the Diploma Supplement.

Total credits

30 CFU / ECTS

Extra-curricular credits

At least 10 CFU / ECTS

Eligible students

Master’s degree students

Certification

Federico II Open Badge

Professional profile

Core areas of expertise

The programme develops an integrated view of networks and infrastructure, from design to monitoring throughout their entire life cycle.

Critical infrastructure

Design, construction and operation of energy, transport, telecommunications and supply-chain systems.

Safety and resilience

Multi-hazard and multi-risk analysis, study of complex and interdependent systems, and strategies for mitigating consequences.

Digital and Industry 4.0 solutions

Enabling technologies for designing, building, managing and monitoring smart networks and infrastructure.

Life-cycle approach

Assessment of performance, sustainability and reliability throughout the infrastructure life cycle.

Adaptive systems and transferable skills

Inherently safe and self-healing systems, risk awareness, digital tools, and legal, economic and managerial expertise.

Individual curriculum

How the 30 CFU / ECTS are structured

The Minor study plan is built by selecting activities listed in the Appendix to the official guide and must comply with the corresponding credit ranges.

A

Minor-specific activities

Cross-disciplinary activities in scientific and technical fields developed specifically for the programme.

B

Degree Programme activities

Cross-disciplinary scientific and technical activities drawn from existing degree programme offerings.

C

Digital skills

Courses devoted to digital tools, control systems and technologies.

D

Transferable skills

Activities, including seminars, that broaden skills beyond the student’s primary discipline.

General criteria

Distribution of activities

  • Activities A + B: 12 to 21 CFU / ECTS.
  • Activity C: 6 to 12 CFU / ECTS.
  • Activity D: 3 to 9 CFU / ECTS.

Integration into the Master’s degree

Requirements to be met

Up to 20 CFU / ECTS of the Minor may count as curricular credits within the minimum 120 CFU / ECTS required for the Master’s degree. At least 10 CFU / ECTS must instead be extra-curricular and therefore additional to the 120 credits required for the degree.

At least two thirds of the 30 CFU / ECTS must also belong to subject areas outside those characterizing the student’s Master’s degree.

The individual curriculum must be submitted to the relevant Teaching Coordination Committee and comply with both these criteria and the instructions in the Appendix to the guide.

Submitting the study plan

How to enrol in the Minor

For the 2026/2027 academic year, Form C for Minors supplements the standard Master’s degree study-plan forms.

Define your programme

Read the guide and choose activities from Tables A, B, C and D in compliance with the applicable requirements.

Open the guide ↗

Complete Form C

Select the Minor Smart Infrastructure Developer and specify the courses, CFU / ECTS, Degree Programme and examination year.

Download Form C ↗

Attach your Master’s study plan

Submit Form C together with Form A for a new study plan or Form B for an amendment.

Go to Microsoft Forms ↗

Documents

Guide and forms

PDF · Official guideMinor Smart Infrastructure Developer Guide Professional profile, programme structure, requirements and tables of qualifying activities. ↗ PDF · Academic Year 2026/2027Form C — Enrolment in a Minor To be submitted with Form A or Form B of the Master’s degree study plan. ↗ Study planForms A and B Instructions and forms for submitting or amending the Master’s degree study plan. →
  1. Master’s Degree Didactic Regulations
  2. Master’s Degree course catalogue
  3. Master’s Degree in Electrical Engineering
  4. Master’s Degree Admission Requirements

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