Master’s Degree in Sustainable Mobility Engineering

The programme integrates high-level theoretical knowledge with practical applications in the field of transport and mobility. The content includes transport planning, risk assessment, network and service analysis, data modelling and analysis, artificial intelligence applied to transport and digital technologies for sustainable mobility. The aim is to provide the tools to design and manage mobility systems that are safe, efficient and low in environmental impact, in a context where the ecological transition and digitalisation are changing the way people and goods are moved. Artificial intelligence and digital technologies are changing traffic management, public transport and logistics, and the programme makes it possible to understand their potential and apply it to service design.

Teaching lasts two years, for a total of 120 credits, and is held full time and in person in Bari. It includes lectures, seminars, exercises, case studies and design tests. An internship linked to the degree thesis is planned, and assessments include written, oral and practical tests. The page does not expressly indicate the language of instruction, presumably Italian, or the total hours. Working on case studies and design tests makes it possible to tackle problems similar to real ones, such as designing public transport services, reducing accident rates or optimising networks, learning to use models and data to assess alternatives and to communicate results to decision-makers and citizens. The internship linked to the thesis encourages contact with bodies and companies and makes it possible to explore an operational topic, turning the experience into a paper that demonstrates the ability to solve a real mobility problem.

The aim is to train professionals able to design and manage safe and sustainable mobility systems. Career opportunities include public bodies, design firms, transport companies and institutions engaged in green mobility. The programme is aimed at bachelor's graduates interested in sustainable mobility engineering, in particular in engineering fields, and offers skills useful for both technical roles and planning and consulting activities, in a sector where demand is growing for professionals able to integrate infrastructure, digital technologies and public policy. The professional profile is in demand among local administrations, service operators, engineering firms and logistics companies committed to reducing emissions, congestion and accident rates.