University of Genoa

Overview

The Doctoral Programme in Science and Technology for Electrical Engineering, with a focus on Complex Systems for Mobility, at the University of Genoa offers an interdisciplinary approach to advanced research. This programme is designed to equip candidates with the skills necessary to innovate in transportation technologies, develop energy-efficient systems, and implement intelligent control mechanisms.

What you'll study

The curriculum combines rigorous research with structured academic training, allowing candidates to explore various research areas including:

• Electrical Systems and Power Engineering
• Control Systems for Complex Mobility
• Intelligent Transportation Systems
• Electromagnetic Compatibility
• Energy-efficient Technologies for Mobility

Training and research components include:

• Core doctoral research: Engage in supervised research leading to a dissertation based on original contributions.
• Methodological training: Gain expertise in research design, modeling and simulation, experimental methods, and data analysis.
• Advanced coursework and seminars: Participate in lectures and seminars that align with the programme’s research themes.
• Interdisciplinary activities: Involve yourself in group meetings, workshops, and cross-lab initiatives related to mobility and complex systems.
• Academic dissemination: Prepare peer-reviewed publications and conference presentations to share your findings.
• Final dissertation: Complete and defend your dissertation in accordance with the University of Genoa’s doctoral regulations.

Note: The specific courses, balance between training and research, and elective options may vary based on the PhD call and individual research topics.

Entry requirements

To apply, candidates must possess a master's degree (or equivalent) from recognized institutions, such as a specialist/II level degree or a comparable foreign qualification. A strong academic background in electrical engineering, complex systems, control, transportation engineering, or closely related fields is essential.

Career prospects

Graduates from this doctoral programme are well-prepared for various career paths in academia, research institutions, and the industry. Potential roles may include positions in research and development, engineering management, and consultancy within sectors focused on transportation, energy systems, and smart technologies. The skills acquired through this programme will enable graduates to contribute significantly to advancements in mobility and sustainability.