In Dr. Gaitzsch's German talk, it quickly becomes apparent that things are running hot at IFAM. At 1000 °C and more, high-temperature materials such as superalloys, aluminides of iron or titanium, and refractory metal alloys have to prove their functionality. The higher the temperatures, the more efficiently such materials function. High-temperature metallic materials are of great interest in research and industry in sustainable energy technology and mobility. However, Dr. Gaitzsch knows from his laboratory experience that only when simulation, modeling, and manufacturing are seamlessly intertwined do raw material-efficient and industry-suitable manufacturing processes meet the requirements of reverse engineering. Highly interesting, highly complex, and highly interesting. Despite the afternoon hour on Friday, more than 50 participants in the auditorium followed Dr. Gaitzsch's presentation, for which the DGM would like to thank him in detail.