Bachelor's degree

 

Study programmes

The study programme is EUR-ACE labelled. (Details at https://eurace.enaee.eu/node/22720). This study programme falls into the domain of Industrial Engineering. The duration of the studies is 4 years (240 ECTS credits). The objective of this study programme is to train the graduate specialist in the industrial engineering domain, able to quickly integrate in the economic environment, having the professional and digital skills necessary for the constructive and technological design, for the use of techniques and methods specific to industrial engineering. The students acquire skills in the development of technological manufacturing processes, the design and operation of manufacturing equipment, the planning, the management and quality assurance of manufacturing processes, the use of software and digital technologies for solving tasks specific to industrial engineering in general, and for the assisted design of products in particular. The completion of this study programme allows graduates to occupy a position of technological engineer in any industrial company producing goods.

 

Perspectives after graduation: the graduates of these undergraduate studies can opt for a professional career in positions of mechanical processing engineer, manufacturing programmer / manufacturing launcher, CAO designer or they can continue their training in master's and PhD studies.

Curriculum

Syllabus

The study programme is EUR-ACE labelled. (Details at https://eurace.enaee.eu/node/22718). The domain that this study programme falls into is Industrial Engineering. The duration of studies is 4 years (240 ECTS credits). The study programme Digital Production Systems (DPS) has as mission the training and integration of future graduates, engineering specialists, in the new strategy of production digitalization, the future industrial company being a digital one. With the development and implementation of Industry 4.0 in some companies in the European countries, the DPS study programme offers graduates the huge opportunity to rethink how high-skilled production will be achieved, by training and acquiring professional skills in the current top domain likely to be applied on the national and international labour market. The study programme trains specialists in the domain of engineering, for carrying out activities in the domain of production digitization: the design of digital production systems; equipment, machines and intelligent manufacturing systems computer aided design, their control and maintenance; the IT facilities and systems interconnectiveness via the Internet of Things (IoT); digital modeling of a 3D factory by using the latest software; the development of intelligent industrial equipment and of industrial logistics systems; the design of unconventional manufacturing equipment and technologies.


Perspectives after graduation: mechanical engineer, engineer specialised in production and production systems digitization, machine tools designing engineer, machines operation and maintenance and production systems engineer, of automated and numerically controlled machine tools (NCMT) programming engineer.

 

Curriculum

Syllabus

The study programme is EUR-ACE labelled. (Details at https://eurace.enaee.eu/node/20301).The students acquire skills in designing, drafting the necessary documents and implementing the quality management system; the configuration, production, programming, and assisted operation of manufacturing systems, the design of the integrated management system, the use of the standards in the quality – safety – environment domain, as well as the decision on the evaluation, analysis and quality improvement of products, processes and management systems, and the analysis of product reliability and process capability in conditions of sustainable development. The graduation of this study programme offers graduates the opportunity to practice several professions in the domain of industrial engineering.

 

Perspectives after graduation: quality analyst, study documentation specialist, quality system consultant; the graduates of these undergraduate studies may opt for a professional career upon graduation, in accordance with the skills acquired, in any company with an industrial profile, or they may continue their studies in the same line of education and training: master’s degree and PhD.

Curriculum

Syllabus

The domain this study programme falls into is Engineering and Management. The duration of the studies is 4 years (240 ECTS credits). The graduates of the study programme are able to carry out activities in all categories of economic organizations in the production, trade or services domain, but also in the organizations that develop business projects, accumulating theoretical knowledge, practical experience and an appropriate ethical attitude. The graduation of this study programme offers graduates the opportunity to take on several professions in the domain of engineering and management.

 

Perspectives after graduation: economist engineer, manager or project manager; management positions in some economic companies operating in the industrial or non-industrial domain.

Curriculum

Curriculum Distance Learning

Syllabus

Syllabus Distance Learning

This study programme falls into the domain of Engineering and Management. The duration of the studies is 4 years (240 ECTS credits). The graduates of the study programme which harmoniously combines the theoretical and the practical components are engineers specialized in setting up, developing, maintaining, recovering, selling, liquidating or financing an industrial business, as an essential factor of value growth achievable by knowing and using the laws of engineering, economics and society. The graduation of this study programme offers the graduates the possibility to take on several professions in the domain of engineering and management.

 

Perspectives after graduation: business manager / entrepreneur, innovation manager, industrial strategy specialist; management positions in various economic companies; coordinator of the economic-financial analysis, development department.

Curriculum

Syllabus

The domain this study programme falls into is Aerospace Engineering. The duration of the studies is 4 years (240 ECTS credits). The students acquire skills in using software applications to solve tasks specific to aerospace engineering, the design of the shape and the evaluation of the performance, stability and maneuverability of aircrafts, the design and testing of the primary metal and composite structure elements, the technological design, the manufacture, planning and operation of manufacturing systems, ensuring airport operation in accordance with international aviation regulations and quality manuals. The general objective of the study programme is the training of engineering ype specialist, graduating aerospace engineering, able to integrate quickly in the economic domain in our country or abroad. The mission of this programme is the multilateral training of students in the field of aircraft design, manufacture, maintenance, management of manufacturing processes and quality, as well as practical flight activities, with the possibility of obtaining a pilot’s license for gliding. The graduation of this study programme offers graduates the possibility to select the profession of aviation engineer in internal or EU companies, as well as in airports. They can choose to continue their professional training by master's degree, PhD and postdoctoral studies.

 

Perspectives after graduation: aviation engineer, aircraft design engineer and mechanical engineer, etc.

 

Curriculum

Syllabus