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Our application for the design of the new main building of Mathias Corvinus University has been bought
Our architectural design at the competition for the new multifunctional building of Mathias Corvinus University has been bought. Congratulations to all participants, and a big thank you to the team of ARROW Architects and Lépték-Terv Landscape Architects for your work! The entry represents quality for the Contracting Authority, especially in terms of landscaping, spatial organisation, and the elegant interior courtyard. A particularly beautiful solution is created in the space and level of the auditorium, where the central space is set on the ground, somewhat amphitheatre-like, following the slight rise, making the changes in the terrain more intense, treating them as a problem not to be avoided, and, with its exciting visuals, enticing visitors to stay longer, thus carrying a great potential for community building.
Lead architects:
- ARROW: Ulrik Raysse, Bertrand Labalette STUDIO IN-EX: Inke Ivány (É/1 01-1164), Sándor Jassó (É/1 13-0837), Péter Krámer ( É/1 01-2550)
Architects:
- ARROW: Eduardo Vieira, Mohamed Samir STUDIO IN-EX: Dániel Dobszai, Ádám Nagy, Sales Oliver, Ágnes Zalántai
Engineering designers:
- Structural engineering: Gábor Szabó
- Landscape architecture: Stoeva Liliya, Barnabás Szakács, Natália Szécsényi
- Building services engineering: Antal Szilágyi
- Building electricity: István Bakos
- Fire protection: László Csonka
- Road and utility design: Gábor Diviki, Adrienn Kurucz
Recent posts
From idea to impact
At IN-EX, we believe that our greatest asset is the knowledge, experience and curiosity of our people. The Innovation Hub was created to ensure that our engineers’ ideas do not remain isolated suggestions: we give them space, develop them together, and take initiatives that create real value all the way through to implementation.
Structural Challenges of an Automated Warehouse System and a BIM-Based Solution
Our project serves as a good example of how adapting existing industrial buildings to modern technologies can present a complex engineering challenge. The implementation of the automated high-bay warehouse system involved not only a technological conversionbut also the adaptation of an existing reinforced concrete hall structure to new operational, structural, and fire safety requirements.
New Technology, Existing Structure: A Steel Structural Solution for the Conversion of an Automated High-Bay Warehouse
During the interior conversion of a high-bay warehouse attached to a manufacturing plant, it became necessary to install a state-of-the-art automated storage system. In the first phase of the project, we were commissioned to assess, at the conceptual design stage, whether the existing structural framework was suitable for accommodating the new technological system and to determine what structural modifications would be required to implement the conversion.
One Office, One Model: The Benefits of 3D Design and Multidisciplinary Collaboration
STUDIO IN-EX is a multidisciplinary design studio where almost every design discipline is represented under one roof. Every day, our colleagues experience the benefits of having designers from different disciplines work side by side, within a shared closed BIM environment and in the same office. What are these benefits in practice? We spoke to Lilla Vámos, one of our low-voltage systems designers, about her experience.
Case Study: Saving on Investment Costs Through Smart Warehouse Design
We believe that the investment cost of a project can be influenced to a significant extent during the design phase. For this reason, our approach goes beyond simply meeting the applicable requirements. We also investigate alternative technical solutions that can provide the same level of technical performance and safety while resulting in lower investment costs.
Model Checking Is Not About Finding Errors
In model-based design, a BIM model is no longer just a 3D representation. A well-structured model contains geometry, information, and discipline-specific relationships in a single source of truth. It drives drawings, quantity take-offs, schedules, equipment lists, technical data deliverables, and serves as the common platform for multidisciplinary coordination.