“The building environment of tomorrow will be very different from today’s static and passive constructions, featuring interactive rooms and adaptive structures.” This is one of Werner Sobek’s key messages. An important step towards eco-friendly construction was the founding of Stuttgart University’s Collaborative Research Centre, supported by six faculties and fifteen institutes. The interdisciplinary research is planned to last for 12 years and according to Sobek is entering “completely uncharted territory” in many areas.

An important example of eco-friendly yet more efficient construction is the “Stuttgart SmartShell”, developed by Stuttgart’s ILEK in 2012 and absolutely groundbreaking for the new research project. This was the world’s first large-scale adaptive shell structure: an ultra-thin wooden shell measuring only 4mm in thickness yet spanning a surface of 100 square metres. The adaptable supporting structure can react in milliseconds to changes in load thanks to a special control system, resulting in the effective prevention of material fatigue and producing a considerable increase in the performance of supporting structures in high-rise buildings, wide-span façades, bridges or stadium roofs in particular.

The future will see stronger connections between people and their homes and workplaces. This will influence the building environment around us - the aim will be to increase user comfort and functionality throughout. The B10 Active House designed by Werner Sobek was built in Stuttgart Killesberg on the Weissenhof Settlement housing estate in 2014, attracting considerable international interest as the first of its kind. Even now, the completely future-oriented house still serves as an innovation lab, giving visitors impulses for energy self-sufficient, sustainable future living combined with the use of electric vehicles.

“B10 is a prototype designed to show how the Active House principle can be applied to high-density residential city buildings”, explains the architect. “Faced with a continual increase in world population and an expected scarcity of resources, we urgently need new methods that will allow us to build more with less – and help us to fully return materials used in construction back to their natural or technical material cycles. This is the guiding principle behind the work of the Collaborative Research Centre.

A “demonstrator” is currently under development in the grounds of the institute – a 10-storey building being erected to facilitate the detailed analysis of practical applications for adaptive façades and supporting structures.

A one-day symposium entitled “Sustainability and Mobility in the Built Environment” was held on July 13th 2017 in the thyssenkrupp AG test tower in Rottweil – the Collaborative Research Centre (SFB 1244) played a key role in the event, which was jointly hosted by ILEK and Werner Sobek.

The Institute for Lightweight Structures and Conceptual Design (ILEK) hosts a series of lectures each semester related to Adaptivity.

Founded by Werner Sobek in 1992, the company is internationally synonymous with engineering, design and sustainability and employs over 350 employees with offices located in Berlin, Buenos Aires, Copenhagen, Dubai, Frankfurt, Hamburg, Istanbul, Moscow, New York, Stuttgart and Vienna. Every Werner Sobek project is characterized by a winning combination of outstanding design and premium engineering, incorporating ingenious concepts to minimize the use of energy and material resources.
Werner Sobek AG is run under the management of Roland Bechmann, Prof. Dr. Lucio Blandini, Stephen Hagenmayer and Prof. Dr. Thomas Winterstetter. Prof. Dr. Werner Sobek acts as Chairman of the Supervisory Board.

For further information please visit: https://www.wernersobek.com/