Press Release January 15, 2025

From Physical Models to Integrated Design: The Lesson of Google Bay View and Betanit’s Thought

Google Bay View

1. Introduction – The Model as a Tool for Knowledge

In architecture, building models is not just a way to represent an idea but to test, question, and understand it.
Betanit has always believed that the modeling phase — whether physical or digital — is where theory meets practice, where the project takes shape and begins to dialogue with reality.

Today, examples like Google Bay View show how current this approach remains: even the world’s most technological companies feel the need to create full-scale and scale-down models to validate their design choices.
Architecture thus returns to being an experimental laboratory, where the model becomes a tool for shared thinking.


2. Google Bay View: Technology and Human Sensitivity

The campus, designed by BIG – Bjarke Ingels Group and Heatherwick Studio, under the guidance of Michelle Kaufmann and Asim Tahir, represents an evolution in how we conceive the workspace.

Google’s teams built physical and digital models to understand how light, climate, and acoustics behave, even constructing some parts at a 1:1 scale to test real human comfort.

🔗 The first campus built by Google | Bay View and Charleston East – Video

This process reflects a design method that Betanit deeply shares: an experimental, iterative, and interdisciplinary approach in which the project evolves through continuous testing, observation, and collaboration among different minds and skills.


3. Physical Models and Digital Simulations: A Necessary Dialogue

In Betanit’s lab, the sun and the sky truly enter on a small scale: simulators reproduce natural light in miniature, allowing us to observe how it interacts with form and material.

Unlike purely digital simulations, these experiments provide a real physical understanding of light and matter.
The Betanit simulators, used in companies, architecture studios, and universities, let future professionals confront the physics of light directly.

This transforms scientific knowledge into tangible experience, balancing technical rigor with perceptive sensitivity.


4. Science, Knowledge, and Enthusiasm

Every project begins with an act of enthusiasm — the curiosity to understand, improve, and create something meaningful.
But enthusiasm and science must advance together: without knowledge, we risk improvisation; without enthusiasm, we lose innovation.

The case of Google Bay View shows how experimentation and the integration of diverse disciplines can generate results that combine beauty, functionality, and sustainability.


5. Conclusion

In architecture and engineering, the future belongs not only to technology but to how knowledge becomes experience.
Betanit will continue promoting this vision: design as an experimental and collaborative process where physical models, real simulators, and digital tools coexist to create more conscious, sustainable, and human buildings.

Science and knowledge walk hand in hand with enthusiasm — only by merging these three can true innovation emerge.

Direct Experiences and Perceptions


Fonti e approfondimenti

These testimonies show how Google Bay View is perceived not only as a technological workplace but also as a natural, comfortable, and collaborative environment.

Official Sources

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