黑料网

News

Metaverse revolutionises architecture - turning physical spaces into digital experiences

Aalto University and Henning Larsen, part of the Ramboll Group, are creating a new world where augmented reality brings new content and meanings to spaces.
Metaversity: Interface and user interaction in the colorSense app demo using Fologram.
Metaversity: Interface and user interaction in the colorSense app demo using Fologram

The metaverse offers entirely new ways to create spaces that seamlessly combine the physical and digital worlds. Augmented reality enables the transformation of spaces, their versatile use, and the creation of new user experiences. 

鈥淭he metaverse can revolutionize our understanding of spaces and their use. It is also a key to more sustainable architecture, where physical spaces can be replaced or extended through digital means,鈥 says Pia Fricker, Professor of Computational Methods in Landscape Architecture and Urban Planning at Aalto University.

Professor Fricker's research team is working closely with the Henning Larsen architectural office on the METAVERSITY-project, funded by the Ramboll Foundation in Denmark. As part of the research, the university caf茅 was transformed into a dynamic environment that responds to users' feelings.

According to Mariusz Hermansdorfer, Head of Computational Design at Henning Larsen, the collaboration is an excellent example of how a partnership between a university and a company can accelerate innovations in the field of architecture.

Photo: Mariusz Hermansdorfer, Head of Computational Design at Henning Larsen

鈥淭he research brought new insights into the interaction between space and users. The academic approach combined with our practical perspectives provides a solid foundation for applying the results to, for example, offices, cultural institutions, or public spaces"

Mariusz Hermansdorfer, Head of Computational Design at Henning Larsen

Student Caf茅 Transformed into Dynamic Experimental Environment

The test platform for the research was the multifunctional student caf茅 at the Aalto University School of Arts, Design and Architecture. Like other multifunctional spaces, it previously lacked a distinct character and students found it difficult to feel a sense of ownership of the space. 

鈥淲e wanted to find out how students can take over the space and modify it to their liking,鈥 Fricker explains.

The research, conducted by Mahsa Tajalli, Tina 膶erpnjak, Pia Fricker, Maya Shpiro, Mariusz Hermansdorfer and Iliana Papadopoulou, developed amongst others a smartphone application that allows the space to respond to students' feelings about it, changing its form and colours accordingly. This enabled multiple users to use the application simultaneously, increasing interaction and discussion about the use of spaces.

鈥淯sers can leave their mark on the space either as themselves or anonymously. In our Colour Sense prototype, colours represent emotions and needs, creating empathy and a shared understanding of spaces. Digitalization also enhances the accessibility of spaces,鈥 Fricker continues.

Pia Fricker Photo: Aalto University/Evelin Kask
Pia Fricker Photo: Aalto University / Evelin Kask

Sustainable Architecture of the Future

As a researcher, Fricker is deeply engaged in exploring how emerging digital technologies will shape the built and unbuilt environment. She sees the metaverse not just as a technological shift, but as a possible paradigm change鈥攐ne that will redefine how spaces are designed, experienced, and adapted over time.

鈥淭his is a new approach, but its significance must be understood. Collaboration with our corporate partner helped in this: they are grounded in reality and can assess the future value of the research. Often, we concluded that we should go even further and think even more radically. It was truly inspiring,鈥 Fricker explains.

The research lays the foundation for sustainable architecture. The metaverse reduces the need for physical spaces, thereby diminishing the environmental impact of construction. Additionally, it offers an alternative to renovation, as spaces can be digitally modified repeatedly for different needs.

For firms like Henning Larsen and Ramboll, this represents an opportunity to expand their service offering beyond traditional architectural design. As expertise in integrating the digital and physical worlds evolves, companies can offer more versatile and innovative solutions to their customers.

鈥淥ne-off projects can transform into long-term partnerships, where we provide continuous services to optimize spaces and enhance user experiences,鈥 Hermansdorfer concludes.

Text: Marjukka Puolakka

Further information

Read more

Students riding bikes in front of the Aalto University V盲re building, photo by Unto Rautio

School of Arts, Design and Architecture

One of the most prestigious universities in its fields. We educate our students to create imaginative, collaborative, compassionate and unconventional approaches to the most pressing challenges of today.

Student teamwork at Aalto University. Image: Unto Raunio

Department of Architecture

We train professionals to design human-centred environments.

Kaksi naista tekem盲ss盲 kankaisia rintamerkkej盲. Kuva: Marko Oikarinen / Aalto-yliopisto

Corporate collaboration

Research collaboration strengthens expertise and future business development. New product and service ideas are created in study projects. Our campus offers an inspiring operating and networking environment. At Aalto's recruitment events, companies meet the top talents of the future.

  • Updated:
  • Published:
Share
URL copied!

Read more news

Visit to an informal neighborhood, presenting inconsistent building practices in Rufisque, Senegal.鈥≒hoto by Daniel Gog-Ciceu
Cooperation, Studies Published:

TUM + Aalto SGT summer course explores economic land dynamics in West-Africa through innovative simulation

The summer course offered a dynamic simulation on land economics tailored for West African countries: Liberia, Ivory Coast, Ghana, Togo, and Benin.
Interview of a woman moving from an informal settlement to new social housing developed by NGO UrbaSEN in Dakar, Senegal.鈥≒hoto by Sofia Pascolo, Aalto SGT Student
Cooperation, Studies Published:

SGT Studio'25: Students explore sustainable and affordable housing solutions in Senegal

For the first time, Aalto鈥檚 Sustainable Global Technology (SGT) Studio course has initiated a project in Senegal, focusing on affordable and sustainable housing.
Artistic illustration: Algorithms over a computer chip
Research & Art Published:

Aalto computer scientists in STOC 2025

Two papers from Aalto Department of Computer Science were accepted to the Symposium on Theory of Computing (STOC).