As part of the Kazakhstan-German Week of Science and Education, a roundtable was held at EKTU named after D. Serikbayev with representatives from Brandenburg Technical University titled “Key Directions for the Development of the Metallurgical Industry: Innovation, Sustainability, and Digitalization.”
Advanced solutions in the field of production process automation, big data utilization, and artificial intelligence were presented to enhance the efficiency and accuracy of manufacturing. Special attention was given to the implementation of digital twins and monitoring systems, which enable real-time optimization of production management.
Energy Efficiency — new methods for improving energy efficiency in metallurgy were discussed. Participants shared advanced experience in the use of energy-efficient equipment and technologies, as well as explored prospects for the integration of renewable energy sources in production processes.
High-Temperature Metallurgy — one of the central topics was the work with high-temperature materials and processes. New approaches to the production and processing of metals at extremely high temperatures were considered, opening opportunities for creating stronger and more reliable products in various industrial sectors.
Innovative Processing Methods — the final focus was on innovative methods for processing metals and alloys. Participants discussed the latest technologies such as additive manufacturing, laser processing, and the use of new types of thermal and chemical treatments. These methods significantly improve product quality and expand the possibilities for the application of metals across different industries.
Special attention was given to presentations of scientific projects by EKTU researchers, including:
- “Improving the Tribological and Corrosion Properties of Steel Injectors for Applying Liquid Fertilizers to the Rhizosphere,”
- “Study of the Effect of Microwave Treatment on Technological Raw Materials,” and
- “Development of a Combined Method for Obtaining a Thermal Barrier Coating YSZ/GZO for Thermally Stressed Parts and Components of Rocket and Space Equipment.”
The roundtable was attended by representatives from Brandenburg Technical University (BTU), scientists and staff from D. Serikbayev East Kazakhstan Technical University (EKTU), faculty members of the Metallurgy educational program, as well as master’s students and senior undergraduates of this program. The event served as an important platform for exchanging knowledge and experience in metallurgy, while also strengthening international cooperation.
