Goals: ability to use computers as a support in solving professional problems, writing programs using more sophisticated programming languages; developing algorithms and data structures for data evaluation, using computers in a work process and presenting complex problems in a format that can be processed by a computer programmer; using commercially available and open-code software for ... Read more
Goals: Students acquire fundamental knowledge necessary for communication with other engineering professions. The course provides basic knowledge about technical documentation, graphic presentation of engineering concepts and objects, basic machine elements, assemblies and machines that are commonly applied in the field of materials technology. Topics of the course cover: methods of dimensioning basic machine elements with ... Read more
Goals: deepening and upgrading previous knowledge of chemistry: understanding basic chemical concepts and stoichiometry. Contents: methods, definitions and basic concepts in chemistry, atoms and elements, molecules and compounds, chemical reactions, interactions in aqueous solutions, thermochemistry, structure of atoms, periodicity, chemical bonds and molecular structure, orbitals, metal bonds, gases, intermolecular forces, liquids and solids, solutions, chemical ... Read more
Goals: deepening and upgrading previous knowledge in physics and its application in other professional courses; developing critical and analytical thinking for experimental work and solving technical problems. Topics of the course cover: mass point mechanics, rigid body mechanics, oscillation, fluid mechanics, heat, second law of thermodynamics, electrostatics, magnetic field, oscillations in matter, wave optics, photometry, ... Read more
Goals: acquiring knowledge of basic concepts of linear algebra and its application in practice; understanding real numbers and mathematical operations using these; being able to use matrices and determinants in solving linear equations. Through exercises, students acquire calculation skills and practical applications of linear algebra in the professional field. Topics include: real numbers: basic theories ... Read more
Goals: understanding texts related to raw materials, engineering materials, process manufacturing techniques, materials processing and forming, equipment, energy, company management and organisation, etc. and acquiring other foreign language competences. Practising reading skills: reading technical data, graphs; Building general and specific vocabulary; Writing skills: reports, letters, minutes of a meeting; Speaking skills: language of meetings, presentations, ... Read more
Goals: understanding relevance of industrial furnaces in particular technological procedures and technologies. Constituent elements of furnaces, dimensioning and selecting appropriate types of furnaces, operation of furnaces and auxiliary equipment for optimal operation. The course encourages students to carry out autonomous studying, team work, project work and use of professional literature and modern sources of information.
Goals: acquiring basic techniques of artistic forming of metals: forging, casting, welding, surface protection; ability to design and operate the procedure of making a metal product (from the stage of design to production); knowing materials and forming technologies; understanding different forming capacities of materials and using appropriate technology; designing unique artistic forms (artistic forging, artistic ... Read more
Goals: acquiring theoretical bases on powder metallurgy, planning, manufacturing procedures of output raw materials, syntheses of materials and products.