Attending training at Treibacher Industrie AG is crucial due to their renowned expertise in eco-friendly synthesis techniques which aligns with the project's objective of designing and synthesizing novel ceramic powders. Access to their specialized knowledge and facilities ensures a thorough understanding of cutting-edge, environmentally friendly synthesis approaches, enhancing the project's success. Treibacher Industrie AG's state-of-the-art thermal spray facilities, including Atmospheric plasma (100HE™, Axial III™, Sinplex Pro Oerlikon Metco, F4-MB) and suspension plasma, offer a unique opportunity for hands-on experience. The training will allow ERA Talents to operate these systems, receive expert guidance, and gain insights into the feasibility of depositing ceramic coatings using different thermal spray methods. This exposure is invaluable for developing practical skills and understanding the intricacies of advanced thermal spray technologies. In addition, Training at Treibacher Industrie AG provides access to facilities equipped for isothermal oxidation, furnace cycling, hot corrosion tests, measurement of particle velocity, thermal conductivity and hardness of the coatings. The company's expertise in analyzing degradation mechanisms during high-temperature exposure and developing post-processing treatments is essential. Learning from their advanced analytical tools and methodologies will significantly contribute to the project's success, allowing ERA Talents to optimize and enhance the properties of next-generation materials for Thermal Barrier Coatings (TBCs). Investigating the effect of the plasma spray process on the final properties of coatings is pivotal for optimizing their performance and durability. The plasma spray process, with its intricacies in parameters such as temperature, velocity, and powder characteristics, significantly influences coating microstructure, porosity, and adhesion. Understanding these effects is crucial for tailoring coatings with desired structures based on application requirements. Treibacher Industrie AG's expertise and cutting-edge facilities provide an ideal environment for ERA Talents to delve into the complexities of plasma spray parameters. Through systematic analysis, statistical modeling, and digital twinning systems, they can gain insights into the correlation between process variables and coating properties, facilitating the development of advanced Thermal Barrier Coatings (TBCs) with enhanced structural integrity and superior performance. This investigation not only contributes to the project's success but also advances the broader understanding of plasma spray processes in the field of materials science. Effective project management is paramount for the successful execution of the outlined objectives. The multifaceted nature of the project necessitates a strategic and well-coordinated approach. ERA Talents will benefit from Treibacher Industrie AG's industry-leading project management practices, ensuring a structured workflow, clear timelines, and efficient resource allocation. The company's established protocols for collaborative research, coupled with ERA Talents' interdisciplinary training, will facilitate seamless coordination between different project components. Regular monitoring, feedback loops, and flexibility in adapting to unforeseen challenges are integral aspects that will be emphasized during the training, fostering a dynamic and adaptive project management strategy. This collaborative project management approach ensures that each phase of the research aligns with the overall project goals, enhancing the likelihood of achieving impactful outcomes in the development of next-generation Thermal Barrier Coatings (TBCs).