23 Engineering Design Master's Degree Programs in Europe

Accelerate your career with this two-year programme taught in English and focused on industry, accredited by the French Ministry of Higher Education. Work with leaders such as Airbus and Thales, master software and systems engineering for complex air transport systems, and gain practical experience in managing multi-disciplinary projects aligned to global INCOSE standards.

A mechanical engineer is a little bit of everything, he is a football player who defends, attacks, and scores goals. Mechanical engineering covers all areas of engineering, allowing the mechanical engineer the perform function. This is key to the success of a mechanical engineer. Its pillars are mathematics and physics, enabling one to conceive, design, and manufacture cars, motorcycles, aircraft, bases, energy systems, etc. It is the engine of our society.

The Titre d’ingénieur is awarded upon the completion of a program of studies closely keyed to scientific and technical progress and the needs of companies that grapple with complex technical problems linked to the design, production, and implementation of products, systems, and services.

The interdisciplinary study programme for obtaining a professional master's degree in design engineering is based on scientific discovery, the latest technologies and materials creative application in design project solutions to meet user needs, taking into account functional, aesthetic, environmental safety, sustainability and production requirements.

TheMaster in Industrial Design Engineeringcomplements the knowledge acquired in any area of engineering with the aim of delving into the field of emerging technologies, scientific research and innovation.

The MA/ MSc Innovation Design Engineering (IDE) programme is a unique double Master’s Programme that has been run jointly with Imperial College London for 40 years. The programme aims to create a new type of innovator, one who will be a global leader in the integration of design, engineering, science and enterprise, and distinctively positioned to tackle the volatile, uncertain, complex and ambiguous challenges society and the planet face.

Masters in Control of Machines and Processes as a graduate of the master's study program Machine and Process Control, you will gain the knowledge necessary for the design of technological process control and production lines. Knowledge of automatic control, applied mechanics, electronics, microprocessor technology, and signal processing will allow you to optimize the design of control algorithms for the technological process.

This study programme is aimed to promote the acquisition of theoretical knowledge, research, and development and to lead students to apply this knowledge and develop their creative facilities. The graduates will have basic knowledge in the field of machine engineering and specific knowledge of machines and equipment design.

This Master Course intends to provide the adequate competences required to product optimization and innovation, by following a rather integrating approach in what concerns people, industry, society and environment. It is therefore intended to ensure specific formation in what concerns development and conception of models and products capable of providing adequate answers to demands related to market flexibility, fastness and assertiveness. Moreover, to achieve such objectives, the Course is planned to provide insight and knowledge on two core scientific areas, namely Design and Mechanical Engineering. It should also be mentioned that the latter is completed with a transversal core competence related to Project, where it is intended to consolidate the knowledge acquired within the two mentioned scientific areas, by exploring the synergies among the two thematic areas.

It is the area of ​​engineering that involves the conception, planning, design, construction and maintenance of the built environment. Through Civil Engineering we transform and adapt nature, we design and build cities/populations, transport networks, structures for energy production, water supply and sanitation networks, river and maritime protection structures, thus contributing to promoting the well-being of global society and its sustainable development.

Master in Integrated Design in Building Construction, is a postgraduate course with a duration of 2 Years/4 semesters (120 ECTS), essentially directed at students already graduated - and, even, professional activity - in the areas of Civil Engineering and Architecture, which aims to recreate, within the framework of a specialized academic training, the most efficient model of multidisciplinary development of building projects, referred as IPD Integrated Project Delivery.

The second cycle of the specialisation in Transport Engineering aims to provide a solid and comprehensive training in the conception, design, and operation of transport infrastructures, namely road, rail, air, and maritime.

Chemical Engineering involves the development of sustainable and safe Processes to convert raw materials into value-added products. In a word, “Transformation”! Thus, a Chemical Engineer is devoted to the design, development, sizing, improvement, application and operation of Processes (chemical, physical or biological) that allow the desired Products to be obtained.

The Master's program aims to provide specialized knowledge for the design and seismic retrofitting of buildings, bridges, and special structures in reinforced concrete, steel, composite, and masonry, with reference to Eurocodes and the most widely adopted international standards, also within a sustainability perspective.

Master in Materials Engineering provides advanced education in materials engineering, with two fields of specialization: a more generalized education in materials and another in metallurgy. The study cycle offers a background in materials science and technology, focusing on product design, processing technologies, and characterization techniques, addressing all classes of materials in the specialization on materials and, more specifically, metallic materials in the case of the specialization in metallurgy. This is complemented with education in management and interdisciplinary competencies.

It is the Engineering area that develops the activities of conception, design, implementation, and utilization of devices and systems that involve electrical energy in their operation and also that resort to computers to serve a very wide range of applications. Electrical and Computer Engineers are responsible for the enormous technological revolution that we have witnessed in the last decades in fields as varied as mobile communications, renewable energies, electrical mobility, or the increasing automation of our industries.