The MaCAD is a unique online programme training a new generation of architects, engineers and designers ready to develop skills into the latest softwares, computational tools, BIM technologies and AI towards innovation for the Architecture, Engineering and Construction (AEC) industry.

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Commercial 3D printing in concrete

Theory of Structural Materials: Commercial 3D printing in concrete Faculty: Prof Jane Burry Faculty Co-presenter: Dr Sascha Bohnenberger Thesis Technological innovation has always been an important part in the advancement of architecture, allowing new tools to solve current problems in the design industry. The 20th century showed us the great mechanical properties that concrete is … Read more

Mission Critical Materials

If all architects and engineers saw the development of our projects as the aerospace industry does, we would begin to see many projects incredibly optimized for their use in structural, environmental, etc. Terms. In recent years we have experienced an increase in space exploration. Because technology has become more democratized, more simulations and experiments can … Read more

Light and the Nordic city

Around 60°N latitude, where several Nordic capitals—including Oslo, Stockholm, and Helsinki—are located, daylight plays a special role in the daily lives of their inhabitants. There is a large seasonal variation in daylight from  long summer days up to 19 hours of daylight to long dark winters with less than 6 hours. The opposite occurs in … Read more

SCALE MATTER

Structural Materials Is the scale of the projects in the experimentation on computational design fabrication an obstacle or an opportunity?  Since architects started to shed their skin on the conventional way in practice and caught the digital era, the abundance of application of digital design on the realization became joyful for the audience. Mario Carpo … Read more

IS COMPUTATIONAL DESIGN THE RENAISSANCE OF THE STRUCTURAL SYSTEMS ?

The last 10-15 years of development in computers and software have given most engineers and architects the capacity to self-resolve every kind of problem with complex structural forming in a short amount of time.                                                                         This has allowed them to break the calculability paradigm. Where what was not able to be calculated, or even … Read more