Digitalization of Metallurgical Processes

This advanced engineering degree programme focuses on the integration and innovative use of digital technologies and skills in industrial systems. It builds on the fundamental concepts acquired during the Bachelor's degree in the relevant or related degree programmes. The study programme focuses intensively on two interlinked domains: next-generation tools and methodologies to increase the efficiency of the production chain and state-of-the-art technologies aimed at innovative, efficient, low-carbon and sustainable industrial solutions. This is underpinned by a commitment to strengthen the resilience, competitiveness and environmental sustainability of current industrial processes, to ensure significant emission reductions and to expand the frontiers of specialised expertise. A significant part of the curriculum is dedicated to advanced technological and digital skills, which include not only specific technical skills but also personal and interpersonal (soft-skills) skills that are crucial in today's rapidly evolving industrial age. Students will have a comprehensive advanced knowledge of cutting-edge software packages, tools and platforms including the use of programming languages in industry, including those dealing with industrial analysis, environmental impact assessment, strategic planning and advanced modelling and simulation of manufacturing processes. The engineering program emphasizes a digital transformation approach with a priority on sustainability and long-term value creation in the industrial sector according to current industry requirements. This advanced and comprehensive degree program will offer deeper insights into various manufacturing processes and technologies, from advanced metallurgical processes to innovative state-of-the-art industrial technologies available. The program also provides strategies to minimize emissions and adopt sustainable business models and practices. In addition to technical knowledge, the curriculum aims to hone managerial skills, strategic thinking, advanced organizational skills, and enhanced presentation and communication skills. A key aspect of the curriculum will be the involvement of real case studies, industrial projects and collaborative research, ensuring that graduates will be able to apply their acquired knowledge practically in addition to theoretical knowledge. The ultimate goal of this engineering degree programme is to shape the next generation of industry leaders. These professionals will not only handle the complex challenges of the modern industrial world with agility, but will also be knowledgeable in the spheres of environmental protection and technological advancement.

The graduate has advanced knowledge of mathematics, chemistry, physics, metallurgical processes, thermo-chemical processes and energy science; he/she is familiar with methods and means of organisation and management; he/she has knowledge of current objectives of sustainable development and of environmental, social and corporate management and marketing; he/she has analytical and digital skills; he/she has an overview of methods of modelling and simulation of industrial processes; he/she is familiar with alternative sources of energy and possibilities of electrification and technologies of combustion of fuels. The graduate understands the technical, economic, ecological, managerial and legal disciplines within the needs of the field; understands the interrelationships, knows the necessary theories, concepts and methods of the field enabling to collect data and perform problem analysis for the performance of lower technical and managerial functions; understands the possibilities, conditions and limitations of the use of theories, concepts and methods in technical practice; is able to independently carry out a research project, to find and sort and present information relevant for the solution of the entrusted task, and possibly also to propose simple and innovative procedures. Applies knowledge of process digitisation, decarbonisation and sustainable industry, data analysis and information technology. Focuses on sustainability, digitalisation and energy transformation of industry and applies his/her knowledge according to the current needs of industry in order to achieve carbon neutrality according to the global Sustainable Development Goals of the United Nations and the European Union.

The graduate is able to communicate effectively with management and technicians/engineers in the operation of production, is able to apply digital skills to the production process and implement individual analytical-digital skills to smaller technological-process units; understands the essence of environmental, social and corporate management and the goals of a sustainable enterprise; has a basic understanding of experimental methodology, laboratory work, analytical procedures, the accuracy and processing of laboratory measurement results and operational data and their software evaluation; as well as of management systems and logistics; is able to apply and apply knowledge to handle various tasks and problem solving in the field of optimization and digitalization of technical processes; is prepared to hold a managerial position as a technologist; to work in the field of management and quality control, as well as in the business and public sector. He is prepared for team work and can communicate in a foreign language. He/she is oriented towards finalizing solutions and is able to defend a problem-solving approach.

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