Climate change, the transformation of energy systems and the responsible use of resources are among the greatest challenges of our time. They not only shape ecological, economic, political and social action - they also pose key questions for architecture.

Architecture means combining different perspectives and requirements: from visionary ideas to clear technical specifications. The design process is rarely straightforward. Rather, it arises from a network of thoughts, necessities and creative impulses that combine to form a viable solution.

The end result is a concept that is not only convincing in terms of design, but is also feasible in terms of building physics, building technology and cost-effectiveness. The interplay between building physics and building technology plays a decisive role here. Building physics examines the physical principles of construction - such as heat, sound, moisture and fire protection - while building technology ensures the planning and integration of systems that guarantee comfort, safety and energy efficiency, such as heating, ventilation, air conditioning, plumbing and electrical installations. Together, they influence all phases of the building life cycle - from design to operation.

As a department of building technology and building physics, we combine architectural concepts with sound building physics analysis and integrated building technology. In teaching, we focus on formats that promote critical thinking and enable students to work on complex future issues. Our goal: to develop sustainable, innovative and holistic solutions for the built environment - and thus actively contribute to shaping a future worth living.