36 Engineering Degree Programs in Romania

Mechatronics is the "science of intelligent machines" that integrates mechanics, electronics, and computer science. The mission of this specialization is to train engineers specialized in the design, manufacturing, and use of mechatronic products.

Training specialists with new skills associated with concepts and methods based on artificial intelligence and mathematical methods for extracting, processing, emphasizing, storing, classifying information contained in one-dimensional and multidimensional signals, as well as prediction based on them.

This programme is oriented towards automation, software robotics, neurotechnologies and signal processing.

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.

The program aims to improve the knowledge of engineers in the field of Industrial Engineering for the labour market, by respecting the current demands of the industrial environment. The Master program is focused on the development of engineer’s skills in the field of competitive manufacturing, virtual engineering, innovative technologies, constructive and technological design, management and creativity.

The bachelor in civil engineering is open to Romanian and foreign bachelor graduates. They also accommodate Erasmus+ exchange students. UTCB has 126 Erasmus+ agreements with universities from 25 countries. For the academic year 2024-2025 over 30 Erasmus students from France, Spain and Greece already registered to follow lectures in our faculty (bachelor or master).

The mission of the master programme is to offer advanced professional skills in the field of complex control systems engineering and industrial management, with a high level of qualification and suitable for the profession in the labour market and to outline a profile of the master's graduate aimed at developing general and specialist knowledge, skills and cognitive abilities specific to the field of control engineering and cyber-physical systems.

The "Embedded Systems" professional master's program prepares specialists in computer science and engineering for academic and industrial research and development activities. This specialization provides insight into the latest trends in the IT field, emphasizing the progressive transition from traditional computing to contextual information processing.

We aim to develop a master's programme in the cybersecurity field to get both academic and industry appreciation, due to the high-level knowledge, competencies and skills provided to the students attending our master's programme. Its main purpose is to provide the students with an overall perspective of the cybersecurity field, still letting them come into contact with specific, real-life cybersecurity problems, challenges, attack and defence techniques, tools and solutions.

Education must keep up the accelerating pace and equip vision and competence – young engineers who are characterized not only by outstanding technical competence, but also by their communicativeness and ability to work in a team. As a multi- and interdisciplinary teamwork, due to the complexity of processes for designing, developing, and industrializing modern vehicles.

The Faculty of Installation Engineering (FII) was established in 1949. The Faculty trains engineers specializing in the design, construction and operation of all systems in a building: heating, ventilation, air conditioning, water and wastewater supply, lighting, aspects of building security (fire safety, burglary protection, etc.), energy production and distribution systems (thermal and cooling installations, renewable energies, heat distribution, electricity distribution), building automation and management systems. This field covers both the existing built environment, its rehabilitation and the design and construction of the built environment of the future.

This program is aimed at engineers from various specializations, architects, as well as graduates from other fields of study. The disciplines allow specialization in 3 distinct areas: design/execution (1), land infrastructure (2), and construction management (3).

The mission of the Robotics study program in the domain of Mechatronics and Robotics is to train production and research engineers in the field of robotics, providing students with high-level skills that enable them to design robotic equipment and systems, from simple and complex, to integrate robotics in flexible manufacturing systems, to program and lead integrated computer production systems and solve application and research problems specific to the field of mechatronics and robotics.

Specific objectives of specialization: preparing mechatronics engineers for multidisciplinary research; initiating technical cooperation in the area of advanced mechatronics by deepening specialization and applied mechatronics; deepening mechatronic systems using nuanced and relevant evaluation criteria and methods - simulation modeling - to formulate value judgments and base constructive decisions; acquisition of information technology with applicability in mechatronics through the development of practical skills for design and technological construction of components and methods of using acquisition systems and image processing; preparing students for a thorough knowledge of components of mechatronic systems; developing creative behavior with specific mechatronic products through the development of professional projects and/or research; underlining the need for diagnosis and maintenance of mechatronic systems; skills needed for students to design, optimize and deploy applications in industrial mechatronics, services, medicine, the military, virtual and augmented reality applications, etc; addressing problems in the spirit of constantly dynamic economy requirements.

The "Advanced Computing Systems" master's program focuses on training highly skilled professionals in the field of advanced computing. The program aims to equip students with strong research and development competencies, fostering interdisciplinary and transdisciplinary expertise in cutting-edge computing technologies.