Fundamentals of physics.

Fundamentals of electrotechnics.

Fundamentals of electric measurements theory.

The course introduces the main components of an aeronautical electrical system, with a particular focus on power electronics converters and electrical machines.

At the end of the course the student will know the main aeronautical electrical system components used to generate and distribute the electrical energy on board. The autonomy of judgment will be developed by the critical analysis of simulations\experimental results. The part of the course dedicated to the exercises includes group work aimed at strengthening technical and soft skills. Communication skills and learning abilities will also be verified during the oral examination.

Whole class teaching (lectures).

Computer-aided simulations and laboratory experiences.

Oral exam (plus written report on the laboratory experiences)

M. Rashid: “Power electronics Devices, circuits and applications” – Pearson

N. Mohan, T. Undeland, W. Robbins: “Power Electronics: Converters, Applications and Design” – Wiley

A. Fitzgerald: “Electric machinery” – Mc Graw Hill

G. Conte: “Macchine elettriche” - Hoepli

I. Moir, A. Seabridge “Aircraft Systems: Mechanical, Electrical and Avionics Subsystems Integration” – Wiley.

USA Department of Transportation, Federal Aviation Administration, “Aviation Maintenance Technician Handbook”

Fundamentals of physics.

Fundamentals of electrotechnics.

Fundamentals of electric measurements theory.

The course introduces the main components of an aeronautical electrical system, with a particular focus on power electronics converters and electrical machines.

At the end of the course the student will know the main aeronautical electrical system components used to generate, distribute and consume the electric energy on board the aircraft. The autonomy of judgment will be developed both by deepening the design of the experiments and by the critical analysis of experimental data. The part of the course dedicated to the exercises includes group work. Communication skills and learning abilities will also be verified during the oral examination.

Whole class teaching (lectures).

Computer-aided simulations and laboratory experiences.

Oral exam (plus written report on the laboratory experiences)

Introduction, electric power evolution in aircraft electrical systems and main components of the electrical system.

AC\DC electric power conversion.

DC\DC electric power conversion.

DC\AC electric power conversion.

DC Electrical machines (generators\motors)

AC Electrical machines (generators\motors)

Standards for testing aeronautical electrical and electronic components and documentation for the qualification of an aeronautical devices

Laboratory experiences

Computer-aided modeling, simulation and analysis of power converters

Computer-aided modeling, simulation and analysis of electrical machines

M. Rashid: “Power electronics Devices, circuits and applications” – Pearson

N. Mohan, T. Undeland, W. Robbins: “Power Electronics: Converters, Applications and Design” – Wiley

A. Fitzgerald: “Electric machinery” – Mc Graw Hill

G. Conte: “Macchine elettriche” - Hoepli

I. Moir, A. Seabridge “Aircraft Systems: Mechanical, Electrical and Avionics Subsystems Integration” – Wiley.

USA Department of Transportation, Federal Aviation Administration, “Aviation Maintenance Technician Handbook”

Fundamentals of physics.

Fundamentals of electrotechnics.

Fundamentals of electric measurements theory.

The course introduces the main components of an aeronautical electrical system, with a particular focus on power electronics converters and electrical machines.

At the end of the course the student will know the main aeronautical electrical system components used to generate, distribute and consume the electric energy on board the aircraft. The autonomy of judgment will be developed both by deepening the design of the experiments and by the critical analysis of experimental data. The part of the course dedicated to the exercises includes group work. Communication skills and learning abilities will also be verified during the oral examination.

Whole class teaching (lectures).

Computer-aided simulations and laboratory experiences.

Oral exam (plus written report on the laboratory experiences)

Introduction, electric power evolution in aircraft electrical systems and main components of the electrical system.

AC\DC electric power conversion.

DC\DC electric power conversion.

DC\AC electric power conversion.

DC Electrical machines (generators\motors)

AC Electrical machines (generators\motors)

Standards for testing aeronautical electrical and electronic components and documentation for the qualification of an aeronautical devices

Laboratory experiences

Computer-aided modeling, simulation and analysis of power converters

Computer-aided modeling, simulation and analysis of electrical machines

M. Rashid: “Power electronics Devices, circuits and applications” – Pearson

N. Mohan, T. Undeland, W. Robbins: “Power Electronics: Converters, Applications and Design” – Wiley

A. Fitzgerald: “Electric machinery” – Mc Graw Hill

G. Conte: “Macchine elettriche” - Hoepli

I. Moir, A. Seabridge “Aircraft Systems: Mechanical, Electrical and Avionics Subsystems Integration” – Wiley.

USA Department of Transportation, Federal Aviation Administration, “Aviation Maintenance Technician Handbook”

Fundamentals of physics.

Fundamentals of electrotechnics.

Fundamentals of electric measurements theory.

The course introduces the main components of an aeronautical electrical system, with a particular focus on power electronics converters and electrical machines.

At the end of the course the student will know the main aeronautical electrical system components used to generate, distribute and consume the electric energy on board the aircraft. The autonomy of judgment will be developed both by deepening the design of the experiments and by the critical analysis of experimental data. The part of the course dedicated to the exercises includes group work. Communication skills and learning abilities will also be verified during the oral examination.

Whole class teaching (lectures).

Computer-aided simulations and laboratory experiences.

Oral exam (plus written report on the laboratory experiences)

Introduction, electric power evolution in aircraft electrical systems and main components of the electrical system.

AC\DC electric power conversion.

DC\DC electric power conversion.

DC\AC electric power conversion.

DC Electrical machines (generators\motors)

AC Electrical machines (generators\motors)

Standards for testing aeronautical electrical and electronic components and documentation for the qualification of an aeronautical devices

Laboratory experiences

Computer-aided modeling, simulation and analysis of power converters

Computer-aided modeling, simulation and analysis of electrical machines

M. Rashid: “Power electronics Devices, circuits and applications” – Pearson

N. Mohan, T. Undeland, W. Robbins: “Power Electronics: Converters, Applications and Design” – Wiley

A. Fitzgerald: “Electric machinery” – Mc Graw Hill

G. Conte: “Macchine elettriche” - Hoepli

I. Moir, A. Seabridge “Aircraft Systems: Mechanical, Electrical and Avionics Subsystems Integration” – Wiley.

USA Department of Transportation, Federal Aviation Administration, “Aviation Maintenance Technician Handbook”