Prof. Dr.-Ing. Christian Hasse

As an engineer, I aim to deepen our understanding of thermofluidic phenomena through rigorous, fundamental research. My work is driven by the belief that engineering – based basic research is an independent and essential part of science – rooted in real-world relevance, but guided by systematic, model-based, data- and theory-driven approaches.

After completing my PhD, my time in industry revealed how many established technical processes still lack a solid scientific foundation. This experience shaped my conviction that engineering research can serve as a bridge between curiosity-driven science and practical application—not as a one-way translation, but as a distinct approach that draws strength from both domains.

Since returning to academia—first in 2010 at TU Freiberg, and since 2017 at TU Darmstadt—I have been pursuing this vision. Together with my team, I develop advanced mathematical models and simulation methods to explore reactive flows on high-performance computing systems. We strive to generate knowledge that enables real innovation and contributes to solving the major challenges of our time – such as the energy transition – by integrating theory, simulation, and experiment with practical application on equal terms.

It’s one of the privileges of my profession to work alongside early-career researchers, to support their development—and to learn from their fresh perspectives. I aim to foster this spirit not only in everyday collaboration, but also through dedicated initiatives like the STFS Spirit and programs such as Ignite Sustainability.