Institute of Transport Science, RWTH
Aachen

Institute of Transport Science, RWTH
Aachen

Institute of Transport Science, RWTH
Aachen

Institute of Transport Science, RWTH
Aachen

Institute of Transport Science, RWTH
Aachen

Institute of Transport Science, RWTHin Aachen

The new building for the Institute of Transport Science (VIA) at RWTH Aachen University is a forward-looking academic and research facility that sets new standards for sustainable construction in the university environment. Constructed using an innovative modular timber construction method, the building combines environmental responsibility with high functionality for research, teaching and experimental use. The high degree of prefabrication, the resource-efficient design and the flexible layout make this project a prime example of climate-conscious and sustainable construction on the RWTH Aachen University campus.

Institute of Transport Science, RWTH
At a glance

Responsible researchSpace for innovation and the future

The new building for the Institute of Transport Science (VIA) at RWTH Aachen University combines sustainable construction with modern requirements for research and teaching. It embodies resource-efficient architecture, a high degree of flexibility and a new standard of quality in university working environments. An office block comprising 54 timber modules and a hall constructed using prefabricated elements form the heart of the complex. Particular challenges included the demanding on-site fit-out, the high standards required for the building services, and the complex implementation of the façade. The building serves as an open space for interdisciplinary exchange and applied research. In addition to office, seminar and teaching spaces, it offers experimental and testing facilities as well as communal areas. An oversized model railway is being constructed in the hall, which will be used in future for training and research in the field of railway infrastructure. One architectural highlight is the green façade, made up of pre-cultivated plant panels with an automatic watering system, which helps to improve the microclimate. The modular construction allows for flexible adaptation to future requirements. The use of timber reduces the carbon footprint and ensures a high degree of prefabrication, resulting in shorter construction times. The timber-frame modular construction combines sustainability with technical efficiency. The new VIA building is a prime example of climate-conscious, flexible and future-proof university construction.

Building project Aachen Institute for Transport Research (VIA),
Seffenter Weg 8,
52074 Aachen
Construction Timber modular construction

Completion 2026
Total area 1.580 m2
Volume of the wooden components 490 m3
Stored CO2
in the construction
377 tCO2
Avoided CO2
in the construction
450 tCO2
Regrowth speed
in german forests
15 Minutes
Client NRW Building and Property Management,
Aachen, www.blb.nrw.de
Architect Beißel Architekten Aachen,
Aachen,
www.aachener-architekten.de
Engineering firm Ripkens Wiesenkämper Ingenieure, Essen,
www.rw-ingenieure.de

Eckers & Engel, Köln,
www.eckers-engel.de

AmpedUp Engineering, Köln,
www.ampedup.koeln
Manufacture, delivery and installation DERIX Group

Model views

The model view produced by the Institute of Transport Science at RWTH Aachen University provides a comprehensive representation of the structural details. It illustrates the architectural and structural elements in their entirety and makes the building’s structure clear.


Full view of CAD model

Further
Topics

Custom-made glued laminated timber

Our glued laminated timber (glulam) can be used to build customised structures, as we can produce the components in almost any shape and size – entirely according to your wishes. The kiln-dried timber boards are joined together by finger-jointing to form long slats. Discover our wide range of glulam.

Solid and versatile modular construction

Whether roof, ceiling or wall – X-LAM can be used in a variety of ways. Our X-LAM element construction gives you great freedom in building design. The flexibly usable elements made of cross laminated timber are custom-made for you and can be assembled quickly and easily.

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