Chemical Processes in Raw Materials Processing and Materials Production

The study programme (SP) Chemical Processes in Raw Materials Processing and the Materials Production is characterized by the combination of 4 key words: raw materials + technology + energy + materials. The program is focused on the training of technologists and development-researchers in the field of processing of non-ore raw materials and the production of non-metallic (especially ceramic) materials using chemical and high-temperature processes, it follows the bachelor's study by explaining specific topics in the following areas:

• analysis and control of chemical processes;
• properties of materials in relation to the structure and technology of production;
• high-temperature production of non-metallic materials with functional properties, especially industrial ceramics; 
• technological applications of materials; 
• complex processing and recycling of industrial ceramic waste and production-related environmental technologies; 
• economical/efficient use of energy and the associated modelling and simulation, control/control and automation, analytical and measurement technology.

Subjects in the recommended study plan (RSP) of the SP open up opportunities for students to specialize and deepen the technological and engineering basis of the field. The RSP SP also includes courses focused on identification methods and methods of inter-operational control (analytical methods and methods of material characterization) including economic, legal and environmental foundations and soft skills/competencies. The mission is to educate creative and technically equipped experts, process engineers with broad theoretical, practical, experimental skills and competencies for the complex processing and use of primary and secondary raw materials, management of the production of inorganic materials, for development and research as well as for a specific area of state administration and public self-government, responsible decision-makers, using modern tools of technology, information technology, including IT).  SP prepares the engineers to praxis who are able to actively contribute to the digitization of technological processes and automated processing of operational data to increase the efficiency of processes in various nodes while respecting the principles of the circular economy and ethical within the field.

The aim of the study programme Chemical Processes in Raw Material Processing and Materials Production is to prepare graduates – university-educated professionals who:

• have acquired knowledge important from the point of view of their area of specialization, especially in the field of complex processing of non-ore raw materials and the production of non-metallic (especially ceramic) materials using chemical and high-temperature processes;
• master the general theoretical foundations of technological processes in the manufacturing industry, understand and actively use the principles of similarity and analogy – they are flexible and easily understand specific production processes (based on technical description) at future employers and are able to detect and effectively use potential reserves;
• master modern IT tools to the extent necessary for planning, designing, operating and managing even complex technological processes and equipment within the field;
• have not only specific professional knowledge, but also high-quality general knowledge and skills that are widely applicable within the field, expanding their competencies for employment not only in the silicate industry and in the processing of natural and secondary raw materials, but also in metallurgical and chemical production and trading companies and their research institutions.

A graduate of the engineering study programme Chemical Processes in Raw Material Processing and Materials Production is:

• has demonstrated that by studying the subjects of the study program, he has acquired knowledge for the management of chemical low- and high-temperature processes and the analysis of materials enabling him to solve demanding professional tasks aimed at the effective use, development and innovation of technological processes in the chemical processing of raw materials and the production of materials and to responsibly lead the team with which he solves the tasks;
• continues to expand their knowledge through self-study; a deeper understanding of the core disciplines of the field allows him to analyse and develop existing technical solutions with a high degree of independence and creativity;
• is flexible and demonstrates the ability to practically use and develop information technology tools in solving the tasks entrusted to them – is able to simulate and control technological processes by computer and develop new technological procedures; in specific applications, is able to use and further develop computer support in design, design and scientific research activities;
• is able to perform stationary and dynamic analysis of processes, solve practical tasks of dynamics of hydromechanical and thermodynamic systems, fluid flow, heat and mass transfer, as well as interactions of transfer phenomena with chemical reactions, also within high-temperature processes; can assess thermal stress and wear of reactor materials;
• is ready to plan, implement and manage the operation of individual facilities, including technological units, including environmental;
• is adaptable, can also cooperate with experts from other professions; communicates professionally in English.

Graduates of the study program will gain awareness of the need to build a sustainable industry on the basis of environmentally acceptable technologies and the circular economy.  With his second-level university education, he is employable in practice, but also able to continue his studies in the third-level study program with a material and technological focus.

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