Successful Habilitation: Dr.-Ing. habil. Alberto Leonardi
Dr.-Ing. habil. Alberto Leonardi has successfully completed his habilitation in the field of Multiscale Simulation of Nanostructured Materials. The Dean of the Faculty of Engineering, Prof. Dr. Kai Willner, congratulated him on receiving his teaching qualification when he handed over the habilitation certificate.
Mr. Leonardi shared his motivation for his habilitation and his plans for the future in a short interview. Mr. Leonardi is expected to present his research to the public at this year’s Department CBI Day.
Topic of the habilitation thesis:
„Multiscale Simulation of Nanostructured Materials“
What was your motivation to habilitate?
My motivation to pursue the habilitation was the desire for a professorship career and my deep passion for scientific research and knowledge dissemination. This milestone is not just a formal requirement for an academic position; it represents a significant recognition of my competencies on an international level. The thrill of discovery and the joy of sharing new insights are what initially drew me to a career in research. Achieving the habilitation felt like a natural progression, aligning perfectly with my dedication to advancing my field and contributing to the global scientific community. It’s a testament to my commitment and a stepping stone towards the goal of becoming a leading researcher and educator.
What are your plans for the future?
I am deeply committed to securing a professorship appointment. Currently, I am a scientist at the Rutherford Appleton Laboratory, one of the largest research centres in the UK, where I continue my exciting research on nanostructured materials. This role not only allows me to expand my network of collaborations but also to establish a dynamic research group. Additionally, I regularly organize academic courses and international workshops, which are incredibly fulfilling. I plan to develop and introduce new graduate-level courses that seamlessly integrate cutting-edge research with practical applications in nanotechnology. My immediate goal is to secure funding for a multi-disciplinary research initiative focused on innovative solutions for energy and environmental remediation applications. All these efforts align with my broader aim of establishing an institute for the study of nano-architectured materials, which hold significant relevance in the fields of physical and life sciences, including applications in the aerospace, energy storage, and production industries.