МТФ Прием 2011

Degree Programme: DIGITAL Industrial Technologies (DIT)

ECTS Code BDIT
Degree Bachelor
Form of training full-time study
Duration 4 years
Completion diploma thesis
Admission Competition with documents under the general requirements for admission to TU - Sofia
Bachelor's program "Digital Industrial Technologies" aims at preparation of a new generation of mechanical engineers oriented toward Industry 4.0. The program is based on a solid theoretical and fundamental knowledge in mechanical engineering and digital technologies based on platform Industry 4.0.

The program graduates engineers with profound fundamental training in the field of machine manufacturing processes and design technologies. The training includes knowledge and skills to work with modern computer technologies and industrial systems and their application in various industrial fields and the global digital economy.

Why choose this specialty?

The training in the degree programme is conformable with the requirements and needs of the modern fourth generation industry (Industry 4.0) and covers the latest tools and digital technologies, virtual engineering, Internet and cloud technologies, management of the engineering information, as well as educational and research programmes of the leading European universities in England, Germany, France, Italy and others.

Graduates “Digital Industrial Technologies” bachelors can apply and continue their studies in Master degree.

Excellent students can participate in the "Erasmus +" programme caring out their training and preparation of diploma thesis in the leading European universities as well as on topics assigned by leading European and global companies.

What are the entry requirements?

According to the university regulations.

What do you study?

Successfully bachelor's degree graduates would:

- be familiar with manufacturing processes and the related digital technologies, methods for preparing the machine-building materials, machinery, components and products and the technological capabilities of the modern production machines and equipment;

- be familiar with tools and technologies of 3D parametric and topological modeling, virtual engineering, discrete simulation and engineering analysis;

- to have knowledge to develop machine-building products and technological processes, as well as their integration with information technologies, methods and means of the processing of information flows by means of computer technologies, and industrial communication and networks;

- to have knowledge to manage engineering processes in a distributed environment;

- to have knowledge in the field of computer networks, industrial networks and communications;

- to have knowledge in the field of programming languages, multimedia Internet and cloud technologies to solve specific engineering and technological problems.

Opportunities for student mobility

Excellent students can participate in the "Erasmus +" program caring out their training and preparation of diploma thesis in the leading European universities.

My realization

Graduates of Bachelor's degree will be able to work:

- as technologists, designers, IT managers, system administrators, developers of industrial software products and services, and developers of industrial networks in all areas of the industry;

- in machine manufacturing enterprises, engineering companies in the field of industrial automation;

- in the field of analysis, planning and optimization of the production;

- as process and service engineers;

- in companies, creating and developing new industrial information systems;

- in consulting companies and companies specializing in the deployment of digital technologies, CAD/CAM/CAE, PDM, PLM, ERP, discrete simulation and Web-based systems in enterprises as well as in the State and corporate administration.