Educational program

More details
Code – Speciality 7M07201 - Metallurgy
(Double-degree EP - Brandenburg Technical University)
The aim of the educational program

Training of highly qualified applied specialists for production activities at industrial enterprises, who are ready to apply standard methods for calculating technological processes, who own the forms and methods of working with personnel, who are able to model processes, develop and justify proposals for their improvement.
Graduate model
Graduate qualification Professional sphere:

Sections of science and technology containing a set of means, methods and methods of human activity aimed at creating competitive non-ferrous metallurgy products; powder metallurgy, composite materials and coatings, promising technologies for the processing of mineral raw materials and based on the use of modern methods and design tools, mathematical and computer modeling of technological processes.
The object of professional occupation:

Industrial enterprises of ferrous and non-ferrous metallurgy, enterprises of the mining industry, design and research organizations, factory laboratories, firms of various forms of ownership.
Types of professional occupation:

- production and technological;

- organizational and managerial;

- settlement and design.
Functions of professional occupation:

- training of specialists who are able to formulate and solve modern production problems, plan and conduct experimental research activities in the metallurgical industry, who own modern information technologies;
- training of managers at various levels of enterprises, organizations and management bodies in the relevant branches of the metallurgical industry.
Graduate competences map
Formed core competencies Program outcome
1. The ability to demonstrate innovation and independence in labor and educational activities Analyze, evaluate and compare various theoretical concepts in the field of metallurgy
Perform work to ensure effective interaction between departments and take measures to provide all necessary production equipment
2. Ability to carry out cultural and speech communication using modern communication tools and technologies Have communication skills that allow you to effectively implement professional activities
Demonstrate knowledge of foreign languages for communication in society as a whole and in a professional environment
3. Ability to conduct system analysis of products and processes in the field of metallurgy Own modern computer technologies used in processing the results of scientific experiments
Work on modern scientific equipment when conducting scientific research in the field of metallurgy
4. Ability to solve non-standard problems using analytical, computational, experimental and innovative methods Manage real technological processes for processing raw materials, obtaining metals, analyzing technological processes
Analyze the full technological cycle, develop proposals for improving technological processes
5. Ability to develop proposals to improve the efficiency of resource use Use in practice the appropriate methods of theoretical and technological calculations of metallurgical processes and equipment
Manage the development and implementation of new methods of laboratory control in production, as well as the improvement of existing methods of quality control of products
6. The ability to build models to describe and predict phenomena, analyze them with an assessment of the applicability limits of the results obtained Choose research methods, plan and conduct the necessary experiments, interpret the results and draw conclusions
Evaluate data and draw conclusions, select methods and conduct tests, analyze basic patterns in metallurgy
Modular Curriculum
Base disciplines Profiling disciplines Additional types of study