Technical ceramics, also known as advanced or engineered ceramics, represent a new frontier of innovation in the materials industry. Engineered from synthetic raw ingredients through precision manufacturing processes, these inorganic materials offer unparalleled performance and versatility across various applications. They open the door to infinite new breakthroughs in manufacturing as they’re easily more durable and easier to employ compared to traditional materials like glass, metals and plastics. What has caught the imagination of engineers and scientists are the unique properties of advanced ceramics, which promise exceptional performance while driving cost-efficiency. Tailored to meet the precise demands of diverse applications, advanced ceramics offer solutions that optimize efficiency and durability, making them indispensable in cutting-edge industries. A key focus of research in the technical ceramics sector revolves around advanced thermal ceramics, particularly the degradation of thermal barrier coatings. Understanding the mechanisms behind oxidation, corrosion and hot rust degradation is crucial for enhancing the resilience of ceramic materials when exposed to high temperatures. Researchers are hard at work to map out these complexities via a range of experimental and computational methods, which hold the key to a whole new branch of applications and solutions across multiple industries. Innovations in technical ceramics extend to the realm of artificial intelligence with the integration of Finite Element methods and machine learning techniques to analyze the effects of high-velocity impacts. By leveraging AI-driven approaches, researchers aim to enhance predictive capabilities and optimize material performance. The advent of next-generation ceramic 3D printers marks a significant milestone in the industry. Techniques like Ceramic On-Demand Extrusion (CODE) enable the precise fabrication of complex ceramic components through layer-by-layer printing. This cutting-edge method not only streamlines production but also ensures the integrity and quality of the final product, which has not been previously possible working with traditional materials.