Research grant brings Farshid to UBT for two years

Dr Safoora Farshid's stay is a prime example of the excellent scientific cooperation between leading international researchers and German research institutions. In this interview, Farshid provides insights into her scientific career, her current projects and the importance of international cooperation for materials research.

UBTaktuell: How did you end up spending two years at the University of Bayreuth?

Dr Safoora Farshid: The Scouting Program of the Alexander von Humboldt Foundation served as the catalyst for this partnership. Thanks to my Ph.D. supervisor, Prof. Dr. Mahshid Kharaziha  I understood about the current postdoc position. Since my knowledge of surface engineering, ceramics, and composite coatings closely relates to the chair's emphasis, I was proposed by Prof. Dr. Ing. Schafföner.

UBTaktuell: What are you working on together here, and why?

Dr Safoora Farshid: We are synthesising and characterising PEO/polysilazane-based coatings on various alloys, such as steel and aluminum, to use in high-temperature applications. The goal is to create a multifunctional protective coating that improves steel and aluminum corrosion resistance and the thermal performance. This is important because, although steel and aluminum are widely used and reasonably priced materials, they are prone to corrosion in harsh and hot conditions. It may be a good option for concentrated solar power systems if its qualities are improved.

UBTaktuell: How does your research complement the research at the University of Bayreuth?

Dr Safoora Farshid: My experiences in surface engineering and developing ceramics and composite coatings based on plasma electrolytic oxidation could enhance the proficiency of the University of Bayreuth in working on ceramic materials and high-temperature applications. A composite coating based on polysilazane-based coatings and plasma electrolytic oxidation (PEO) will lead to the development of a multifunctional coating that results in elevating the substrate's resistance in high-temperature corrosive environments. This strategy is aimed at continuing studies in innovative functional materials and sustainable energy at the University of Bayreuth.

UBTaktuell: What do you expect from this stay?

Dr Safoora Farshid: Professionally, I hope to contribute to innovative material solutions that can lower the cost and increase the efficiency of renewable energy systems, particularly in concentrated solar power. On a personal level, I am also looking forward to experiencing the research environment at the University of Bayreuth and making professional connections that can extend my research network in Europe.