Christoph Ackermann

Christoph Ackermann is a Professor of Structural Engineering at the Peter Behrens School of Arts, Düsseldorf University of Applied Sciences. He is based in Building 6 (PBSA), Room 06.1.033, Münsterstrasse 156, Düsseldorf, and teaches structural design at both bachelor’s and master’s levels. His academic work bridges architecture and engineering, focusing on load-bearing systems, materials, and integrated design methodologies.

• Professor of Structural Engineering, Peter Behrens School of Arts (since 2015)
• Former guest professor at Beuth Hochschule Berlin (2011–2012)
• Lecturer at Hochschule München and Hochschule Karlsruhe (2008–2010)
• Consulting engineer in Munich (since 1999)

His research centers on structural engineering, particularly steel construction, industrial buildings, pedestrian bridges, and energy-efficient design. He emphasizes practical relevance through built examples and case studies, promoting methodological learning and student presentations using digital media. His teaching includes courses such as Tragkonstruktion I/II and Tragkonstruktion MA.

The publications reflect a strong focus on innovative structural solutions using new materials, energy efficiency in public transport infrastructure, and sustainable industrial architecture. Key themes include lightweight bridge design, integration of engineering and aesthetics, and the application of advanced materials in construction projects across Germany.

Scientific Awards:

• Preis des deutschen Stahlbaus 2016
• Ingenieurpreis 2013 der Bayerischen Ingenieurekammer-Bau
• Auszeichnung des Deutschen Stahlbaues (2012, 2006, 2004)
• Förderpreis des Deutschen Stahlbaues 1994

Christoph Ackermann advises students through project-based learning and presentations. He oversees a Space Laboratory (Raumlabor: 06.1.026) and collaborates with staff member Verena Witjes and student assistant Maureen Grenda. His professional experience includes roles at Schlaich, Bergermann und Partner and Barthel und Maus, contributing to high-profile structural designs before entering academia.

He leads applied research in structural design and maintains strong industry connections through his consulting practice in Munich. His work emphasizes the synergy between architectural vision and engineering precision, particularly in public and industrial infrastructure.