The mission of the master degree program SCIENCE AND TECHNOLOGY OF MATERIALS is to create specialist engineers in this field, developing skills in materials and surface mechanics, characterization and control techniques, semi manufacturing technologies and nanotechnologies, and the ability to establish correlations between microstructure, properties and uses. The program aims to promote an educational offer at international standards and to conduct research activities that meet the requirements imposed by the industry, the master being the branch of the Master Recherche Sciences des Matériaux, Nanomatériaux, Multimatériaux coordinated by the National Politechnique Institut Toulouse in collaboration with the National Institut of Applied Sciences from Lyon; The National Polytechnique Institute from Lorraine - Nancy Institute, the Ecole Centrale Paris, the University of Metz, the National School of Engineering from Tarbes and the Autonomous University of Barcelona.... [-]

On the one hand, mobility is one of the fundamental aspects of social cohesion as it gives everyone access to employment, training, public services, and leisure. Equally, mobility is the motor for economic development. On the other hand, mobility tends to cause the degradation of the environment. Therefore, an obvious question appears: how to ensure mobility for all of us in order to enable us to access jobs, education, healthcare, and leisure and at the same time to protect our environment and the quality of life?

Clearly, now, more than ever, the requirement is to satisfy the demand for travel by using cleaner methods of transport, which generate less pollution. Even though it does not seem to be a new problem, this is actually the real challenge the specialists have to think about.... [-]

The “Advanced Design of Steel and Composite Structures” (ADS) Master Course is a two year English taught study programme, which focuses on providing attendees with the engineering ability and know-how to design and construct safe steel, composite steel and concrete structures including environmental aspects, enhancing the sustainability and the competitiveness of the industry.

The ADS Master Course trains high-level specialists according to the needs and requirements of the international labour market. The programme builds upon and completes the prior bachelor degree studies of the students with advanced analysis and design methods applied to steel, composite steel and composite structures, addressing topics such as the robustness of structures, fire safety, or the use of new structural materials. The programme also prepares students for research activities.... [-]

General information

The Master in Automotive Embedded Software is a two-year study programme taught in English which provides advanced knowledge in the field of automatic systems engineering applied to automotive embedded software. Graduates gain both a theoretical background in the field and the methods of practical applications in order to offer complete solutions to practical problems in embedded systems.

They know and understand a wide range of technical applications, and they master advanced skills and competencies in the design and implementation of embedded applications dedicated to high complexity automotive systems.... [-]

Advanced materials with sizes ranging from nano to macro are at the core of many modern technologies. Therefore, it is important to understand and control the material properties from the atomic to the macroscopic scales. The "Physics and technology of advanced materials" MSc specialization focuses on understanding and manipulating the physical properties of materials to discover new features with application relevance. The deepening in the specific domain, mentioned above, is particularly important given the need for knowledge of how to obtain monocrystalline or nano-microsystems with well-defined properties and qualities and how to characterize their properties.

The curriculum can be found on the faculty website, at:... [-]

Master Program “Structural Engineering” is a modern interdisciplinary study program offered at the Faculty of Civil Engineering since 2005-2006, the first master program taught in English in the field of Civil Engineering from Romania. The master program is intended to help the students gain expertise in designing civil engineering structures, develop skills in construction project management, finite element analysis and not only. The program gives additional qualifications on Management of European and international research projects and Business communication and ethics/legislation.... [-]

After the first cycle of studies (license), the Master "Energy efficiency of building systems," adds EEITB engineers skills, in-depth knowledge in key areas of research developed in our Faculty: energy buildings, comfort in indoor environments, the behavior of technical building systems (ventilation, heating, refrigeration, packing unit of the air, electrical, lighting, sanitation, automatic management, acoustics, atmospheric pollution and filtration systems, renewable energy sources). The courses are based on topics such as:

Let’s design the future together!

Accredited by the Romanian Ministry of Education since 2013, the masters “Structural Engineering” are 2 years post graduate programs, with teaching and examinations entirely in English language or in the French language.

Organised within the Faculty of Engineering in Foreign Languages (FILS) of the Technical University of Civil Engineering Bucharest (UTCB), the masters contains 3 semesters with lectures and exams and 1 semester entirely devoted to the master thesis. The master programs have a total of 120 ECTS (European Credit Transfer and Accumulation System).

The masters are opened to Romanian and foreign bachelor graduates. They also accommodate Erasmus+ exchange students. UTCB has 67 Erasmus+ agreements with universities from 17 countries. For the academic year 2016-2017 over 15 Erasmus students from France, Spain and Greece already registered to our masters.... [-]

This specialization enables masters to improve in a versatile, high-current field of special metallic materials with applications in the industry's top ranges. The need for new materials with properties tailored to serve a well- is steadily increasing. In this context, the master "Synthesis and processing of special metallic materials" is addressed to all graduates of bachelor programs in the fields of engineering sciences and exact sciences. The main objective of this program is to provide a thorough multidisciplinary training required for the implementation of new technologies in the material industry. Obtaining a Master's degree in this specialization increases the chances of employment in the field of materials as well as in other related fields.... [-]

As an intermediate intermediate link, the master in the proposed specialization provides the link the necessary objective between bachelor and doctoral education. Preparing inter and multidisciplinary offers graduates of this master program leveraging global thinking to allow them to solve objectives belonging to natural-ecological systems (environmental quality), social (quality of life), economic (economic efficiency) and technological (process quality technological). Based on such prerequisites, the learner acquires concrete skills and abilities looking:

The subjects in the curriculum have the role of continuing, deepening and synthesizing the preparation of students from the medical engineering license program. The master's training is aimed at assimilating knowledge and training skills in the study of physicochemical processes that take place in the production of metallic biomaterials, the use of methods of structural analysis and mechanical characterization of metallic materials, biomaterial processing, biomaterial investigation and testing, increasing the biocompatibility of medical devices by making biointerlates and/or bioactive. A special feature in mastering is the analysis and processing of CT / MRI imaging and the simulation of surgical interventions with specialized software (MIMICS), as well as the computerized design and simulation of effort in prosthetic elements with other specific software (ANSYS)... [-]

The Master's program aims to form managers with strong knowledge at both economic and technical level. The broad vision gained by graduates of the master program is a solid foundation for guiding companies towards sustainable development. These are the prerequisites for choosing the proposed specialization. The main skills and competencies acquired are: - in-depth knowledge of modern technologies for the production of metallic materials; - performing complex technical and economic analyzes meant to ensure the increase of the competitiveness of the society in which the graduate will be active; - designing and implementing coherent strategies, in line with local, regional and global labor market realities.... [-]