About us

Getting to market | Center Building and Infrastructure Engineering

CBI

The construction industry is of great importance in Germany. In 2018, around 360 billion euros were used for construction measures, which corresponds to around 10 % of Germany’s gross domestic product. In addition, almost 6 % of the total value added in the construction industry is generated by the approximately 2.5 million employed persons (almost 6 % from the entire federal territory). This makes the construction industry a key industry in Germany. When looking at productivity growth per employee, the well-known inertia of the construction industry is striking. Compared with the information and communications industry (increase of approx. 150%) and manufacturing industry (increase of approx. 75%), there has been virtually no increase in the construction industry over the past 30 years. This confirms the prejudices of the conservative construction industry against renewal and innovation. This is mainly due to the uniqueness of individual construction projects and the fact that the service life of buildings is much longer than that of products in other sectors. As a result, safety requirements, particularly on the part of the authorities, are also much stricter and reservations about renewals and innovations are naturally higher. However, production-enhancing innovations are unavoidable in the construction industry, also because of the increasing shortage of skilled workers.

This is precisely where the CBI wants to start and develop faster technology transfer in the areas of bridge construction, building construction and road construction with associated infrastructure. Close cooperation between various representatives of the value chain and other competitors will bring new innovations and technologies to construction sites more quickly. The early involvement of the authorities will eliminate construction-related concerns. The consortium approach to solutions thus benefits all those involved in construction and increases the competitiveness of the individual trades.

The holistic approach of the CBI aims to integrate the latest trends in emerging technologies into construction as effectively as possible. New processes, construction methods and optimized high-performance materials can thus quickly become the standard, even in the age of digitalization.

Vision

Current issues such as digitalization, globalization, climate change and the shortage of skilled workers are more topical than ever. These issues are already being countered in many other industries through digitalization, automation and new processes. Research would allow this progress in the construction industry as well, but unfortunately the implementation of innovations is usually very slow. Together with its community, the CBI would like to accelerate these processes and contribute to making fast and efficient technology transfer the standard for structural engineering and transport infrastructure construction. In addition, innovative approaches to solutions help to increase competitiveness, also in international comparison.

Mission

The RWTH Aachen Campus will grow by a further 800,000 m² over the next few years, making it one of Europe’s largest research centers with a total area of 2.5 km². Together with RWTH Aachen University, the campus will enable a bundling of expertise. These are available to the CBI and its members, enabling innovations to be transferred into market-ready products and technologies. The mission of the CBI is to optimize and accelerate the technology transfer of innovations from the laboratory to the construction sites.

Strategy

In order to fulfill this mission, the CBI focuses on interdisciplinary and consortial cooperation between the current 28 members, the participating institutes and the official cooperation partners. In this way, trust can be built among each other, resulting in mutual inspiration. This ensures a fast and uncomplicated technology transfer and thus leads to significant progress for the entire community.

Through this strategy, it is possible to accelerate the transformation of current trends and innovations into market-ready technologies. This means that new innovations can be deployed on the construction site more quickly.

Team

Participating Institutes

Institute of Steel Construction

In addition to the traditional tasks of steel, composites and lightweight construction, the Institute of Steel Construction also includes timber construction, wind engineering, construction glass and building physics. In addition to research and development, crucial tasks are standardization, expert reports and technical consulting.

STB

Prof. Dr.-Ing. Markus Feldmann

Initiator

STB

Prof. Dr.-Ing. Markus Kuhnhenne

Institute of Highway Engineering

Additional to research and development, the Institute of Highway Engineering also provides consulting services regarding the planning and operation of roads, traffic engineering, earthworks, road engineering and the equipment and operation of tunnels. The institute is equipped with a material testing center for road construction and a calibration station independently certified by the Federal Highway Research Institute (BASt).

CBI

Prof. Dr. Alvaro Garcia Hernandez

Head of Institute

Institute of Structural Concrete

The Institute of Structural Concrete focusses on the load-bearing and deformation behavior as well as the structural design of steel-reinforced concrete, prestressed concrete and composite structures. Next to composite materials with new materials, integral building concepts and sustainable construction principles are gaining major importance.

IMB

Prof. Dr.-Ing. Josef Hegger

Initiator

IMB

Prof. Dr.-Ing. Martin Claßen

Institute of Building Materials Research

The spectrum of the Institute of Building Materials Research ranges from basic research to applied research and development, often in cooperation with industrial partners. As an internationally active research and testing institute, a variety of standardised or also individual and innovative testing services are provided.

IBAC

Prof. Dr.-Ing. Michael Raupach

Initiator

IMB

Prof. Dr.-Ing. Thomas Matschei

Former

ISAC

Prof. Dr.-Ing. Markus Oeser

Initiator

Management / Main contact person

CBI

Benjamin Camps

Phone: +49 241 80 23650
Mail: camps@cbi.rwth-campus.com

Management Assistant

CBI

Andrea Dohlen

Mail:
dohlen@cbi.rwth-campus.com

Collaborating Institutes

IMB

Dr. Jan Bielak

Coordinator Structural Concrete

Mail:
jbielak@imb.rwth-aachen.de

IBAC

Dr.-Ing. Christian Helm

Coordinator Building Materials Research

Mail:
helm@ibac.rwth-aachen.de

STB

Kevin Wolters

Coordinator Steel Construction

Mail:
k.wolters@stb.rwth-aachen.de

STB

Dr. Dominik Pyschny

Coordinator Sustainability

Mail:
dpy@stb.rwth-aachen.de

ISAC

Dr. Dirk Kemper

Coordinator Roads

Mail:
kemper@isac.rwth-aachen.de

Project Assistants

CBI

Nico Steinert

Mail:
steinert@cbi.rwth-campus.com

Project Assistants at the Institutes

IMB

Mario Aguilar Rueda

Mail:
maguilar@imb.rwth-aachen.de

IMB

IMB

Christian Dommes

Mail:
cdommes@imb.rwth-aachen.de

IMB

Sven Engel

Mail:
sengel@imb.rwth-aachen.de

IMB

Matthias Kalus

Mail:
mkalus@imb.rwth-aachen.de

IMB

Christopher Schmidt

Mail:
cschmidt@imb.rwth-aachen.de

STB

Achim Geßler

Mail:
ag@stb.rwth-aachen.de

ISAC

Maximilian David

Mail:
david@isac.rwth-aachen.de