102 Engineering Master's Degree Programs in Europe

Tackle large-scale, complex, societal challenges with the use of spatial data. Natural disasters, poverty, food shortage, epidemics, and climate change; are the greatest challenges society is facing today and are characterized by enormous complexity. These so-called wicked problems are impossible to solve in a way that is simple or final.

The aim of the consecutive Master’s Degree course Industrial Engineering is to train university-educated professionals to become familiar with quality management and metrology and be able to deal with specific issues in production on-site and apply their quality management skills to various industrial segments.

The blended master's degree refers to a new option that is being developed by MIT that would allow learners to combine the MITx MicroMasters credential with one+ semester at Zaragoza Logistics Center in Zaragoza, Spain (and which will also include a 3-week stay at MIT). The MicroMasters credential requires a learner to successfully pass five rigorous online courses in supply chain management and also pass a proctored comprehensive exam. Learners with the MITx MicroMasters credential in SCM can then apply to MIT for the blended SCM master’s degree. This new program would require the successful applicant to come to MIT for January and continue studies in Zaragoza through May.

To train Master's degree holders in a branch of Finance able to apply knowledge about science and practice in financial engineering and practice to form, evaluate and independently make effective and scientifically grounded decisions in use of financial technologies concerning risk and uncertainty, changing society demands and technological progress.

The Master’s degree captures the evolution of professional engineers proposing an advanced study program that combines both solid fundamental knowledge of physical processes and deep theoretical and technological competences. It provides students with a multidisciplinary high-level education lying between engineering and applied mathematics, giving them advanced skills in the field of mathematical modelling of physical or financial processes together with advanced computational engineering expertise.

This transition requires innovative engineering solutions that require a new way of thinking. Circular Engineering could therefore be considered a new branch of engineering dedicated to sustainable production, energy efficiency and eco-design, and is based on feedback and minimizing environmental impact.

The English-taught Master's Degree in Engineering Physics combines modern physics with computer and electronic engineering, applying these fields to quantum technologies and the physics of complexity, across physical, biological, and social systems.

An Integrated master's is an undergraduate degree that combines undergraduate and postgraduate study. Our Master of Engineering (MEng) fulfils the educational requirements for Chartered Engineer status. Engineering is a creative and analytical subject. You will develop the skills, techniques, and knowledge professional engineers need and learn the underpinning science and mathematics. 

Geoinformation is key to understanding and analysing regional development. Recent decades have brought major changes, with the appearance of new spatial and aerial sensors and platforms, including unmanned systems; neocartography; information processing systems, and IT networks facilitating access to information. This has triggered a technological revolution and a major shift in the way we approach geomatic engineering.

Would you like to revolutionise how scientists view the world and everything in it? Start a master in Imaging Engineering!

The curriculum of our program is designed to prepare the student for their further career in the field of engineering and other related areas. The program focuses on theoretical knowledge in various fields of engineering and developing the ability to work and make decisions autonomously. 

The MSc in Civil Engineering aims to give a professional specialization by developing the technical and scientific capabilities of the holders of a 1st cycle in Civil Engineering, which is offered by both institutions. The specialization fields in this 2nd cycle (Structures and Construction) as well as the classes' hours (after-work regime) seek to be in line with the needs and expectations recorded in the region.

ESTP is offering a two or three-year curriculum in Civil Engineering, entirely taught in English and dedicated to international and French students at a Master’s Graduate level. This program deals with all fundamental subjects of the built environment and civil engineering. Through fundamental engineering courses and soft skills development, ESTP strives to form intercultural civil engineers, ready to work all over the globe.

The Master’s degree captures the evolution of professional engineers proposing an advanced study program that combines both solid fundamental knowledge of physical processes and deep theoretical and technological competences. It provides students with a multidisciplinary high-level education lying between engineering and applied mathematics, giving them advanced skills in the field of mathematical modelling of physical or financial processes together with advanced computational engineering expertise.

The increasing demand for highly skilled professionals in welding engineering has driven the need for specialised education. Earn a degree in production technology with a specialisation in Welding Engineering. This programme offers the possibility to obtain the International Welding Engineer (IWE) certification, providing students with a globally recognised qualification for professional welding coordination roles.

The Joint Master in Sustainable and Resilient Pavement Engineering (SURPAVE) is a two-year program offering 120 ECTS credits. This advanced curriculum is designed to develop professionals adept at incorporating sustainability and resilience principles into the design, construction, usage, and management of pavement systems.

The objective of the international Master in Materials Science and Engineering "Biosurf - Biomimicry and Surface Engineering" is to train scientists in materials science and surface engineering through a new transverse approach to biomimicry and ecological transition. This Master's degree offers a cross-disciplinary approach to biomimicry: biomimicry and ecological transition, manufacturing and functionalization of surfaces, and digital sciences. It provides theoretical learning based on numerous practical activities as practical work or projects in connection with the SURFAB technical platform.

The International Master of Science in Textile Engineering is a 2-year master programme educating the next generation of textile engineers. The first semester you will study at Ghent University in Belgium, the second semester at the Polytechnical University of Valencia in Spain (for the academic year 2022-2023), the third semester you can choose between the University of Borås in Sweden or the Kyoto Institute of Technology in Japan. During the fourth semester, you do a thesis at one of the partner universities. So you will study in Europe (and Japan). The professors teaching you come from all over the world.