The Master's in Automotive Engineering is an official degree approved by the Council of Ministers that has been taught since the 2013/14 academic year. It is an evolution of the Master in Technologies and Processes of the Automotive Industry, taught from the academic year 2008/09 to 2012/13.

Current changes in the automotive sector were the precursor of the Master´s Program in Automotive Engineering. This master offers a deep insight in automotive technologies. The aim of the master’s degree is to achieve a profile of a high-qualified technician in the technologies related to this sector. For instance: electricity and electronics, knowledge of ergonomics and the interaction between the users and the vehicle, new materials and processing techniques, comfort, navigation systems, applied control systems, without forgetting the aspects related to propulsion systems, conventional or new (electric, with fuel cell), or the state-of-the-art calculation, design, and experimental tools. The learning methodology is based on projects where the practical work requests planning and organization tasks such as the ones of real industrial project. Students get familiar with the project management, which is compulsory for any engineer.

The Curriculum in Advanced Motorcycle Engineering is part of the Master’s Degree Course in Advanced Automotive Engineering (AAE).  It aims to train real experts in the design and development of high-tech motorcycles, with a focus on electronic engineering, endothermic powertrains, and industrial design.

Mechanical engineers are involved in the design and manufacture of products and systems that affect us all, with expertise relevant to many organisations. You'll learn general mechanical engineering, and gain highly sought-after simulation skills and an understanding of business and project management. Specialist subjects include applied mechanics, fluid mechanics, thermodynamics and electronics.

This one-year full-time programme aims to train highly qualified professionals in race engineering, through a variety of teaching activities. The course includes both theoretical and practical teaching, as well as workshops, and a 6-month internship in industry. Thanks to the partnerships with VI-Grade, ASC (Automotive Safety Centre), Skydrive, and MSC Software, among others, students have a wealth of opportunities to develop their knowledge and skill in managing all aspects of racing cars.

The Master Program in Mobility Systems Engineering and Management offers a unique combination of courses in emerging technologies & systems engineering.

Shape the future of mobility! Learn how to design the latest technologies and promote innovation in a sustainable way with our automotive technology Master's. Develop your soft skills and become a mobility expert who enjoys great job prospects.

In recent years automotive systems have increased in number, scope and complexity. The automotive industry is faced with an enormous challenge due to the rise in competition and steadily increasing requirements regarding cost, active and passive safety and fuel economy.

The curriculum in Autonomous Driving Engineering (ADE) is part of the Master’s Degree Course in Electronic Engineering for Intelligent Vehicles (EEIV). This curriculum is designed for students who want to become electronic engineers with a solid knowledge of the methods and tools used in the development of intelligent transportation systems.

Electrical Vehicle Engineering (EVE) is an international master’s degree conveying in-depth knowledge in electric components technologies and their integration in electric vehicles.

Graduates of the programme Automotive Production Technologies are being prepared for leadership and management positions in companies that are partners, suppliers or direct manufacturers of cars. They possess the necessary knowledge and skills with a focus on the issues and rules for the implementation of components in the automotive industry.

The Master in Motorsport, Mobility and Safety (M2S) allows engineering skills to be completed with specific training in the automotive safety sector, in new propulsion systems and aspects linked to sustainable mobility with special emphasis on the world of competition.

The transport industry is facing new challenges, such as fuel economy, alternative fuel use, green energy – hybrid and electric vehicles, intelligent driving support systems, increasing safety requirements, environmental changes and global warming, vision of zero accidents and etc. Therefore, this situation requires professionals who are trained to deal with these challenges and are familiar with new technologies and management systems.

The Master’s Degree Course in Electric Vehicle Engineering (EVE) is designed for students who want to become electrical engineers, capable of developing and integrating the electrical energy systems of different types of electric vehicles.

The Curriculum in High-Performance Car Design (HPCD) is part of the Master’s Degree Course in Advanced Automotive Engineering (AAE) and it aims to train professionals able to design high-performance road vehicles, with strong skills in vehicle design, dynamics, and NVH, aerodynamics, and electronics.