BMW FIZ Munich - Light & design in the service of innovation

At the heart of the Research and Innovation Center (FIZ) of the BMW Group in Munich stands the Project House, a studio-workshop building that sets new standards for synergistic collaboration.

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View into the light-filled atrium of the BMW Group Research and Innovation Centre (FIZ) featuring modern architecture and a bustling atmosphere.

Roof view of the BMW Group Research and Innovation Centre (FIZ) featuring modern glass façade and innovative architecture.

Impressive glass roof structure in the BMW Group Research and Innovation Centre (FIZ), showcasing modern design and abundant natural light.

Modern glass roof structure of the BMW Group Research and Innovation Centre (FIZ) with a view of the sky.

Large, curved glass roof structure in the BMW Group Research and Innovation Centre (FIZ) with impressive natural light and modern architecture.

A Glass Roof That Combines Architecture and Function

The central atrium of the Project House is covered by a stunning glass roof. The LAMILUX Glass Roof PR60 stands out with its modern design and precise technical execution.

4 Project Floors900 Glass Panels225 Custom Formats

LAMILUX Glass Roof PR60

Interior view of the BMW Group Research and Innovation Centre (FIZ) featuring curved glass facades and an expansive glass roof channeling natural light into the modern office spaces.

Tailor-Made Light Architecture

The BMW Research and Innovation Center is a flagship project for modern work environments. Around 20,000 employees work across 500,000 square meters, focusing on research fields such as autonomous driving and electromobility, shaping the future of mobility. The glass roof above the atrium connects all those making their way to work, ensuring that the building is flooded with daylight.

Exterior view of the BMW Group Research and Innovation Centre (FIZ) showcasing its distinctive architecture with a curved facade.

Technology That Overcomes Challenges

Daylight, energy efficiency, and pioneering design come together in this project, setting new standards for functionality and aesthetics in architecture. With 900 individually manufactured glass panels, including 225 in custom formats, an architecturally sophisticated concept was realized, allowing the atrium to shine in natural light. Despite the low roof inclination, an efficient drainage solution was developed. The installation of the glass roof took place while FIZ remained fully operational, requiring the highest level of technical precision. The result is an energy-efficient roofing solution that convinces through functionality and durability.

Glass roof structure at BMW Group FIZ with modern steel beams.

The Importance of Daylight at Work

Daylight plays a crucial role in modern work environments and has a significant impact on well-being and productivity. The atrium of the Project House serves as a prime example of how thoughtful light architecture can positively influence the work environment. The LAMILUX Glass Roof PR60 floods the building with natural light, improving concentration and creativity among employees. Studies show that sufficient daylight in the workplace reduces stress, enhances mood, and creates a healthier work environment. Light also acts as a connecting element, fostering an inspiring atmosphere for synergistic collaboration, inforcing the spirit of innovation at BMW FIZ.

Find out more about daylight here!

Close-up of the glass roof at BMW Group Research and Innovation Center FIZ.

Energy Efficiency Through Glass Architecture

To align with the forward-thinking nature of the building, long-lasting and energy-efficient solutions were essential. The LAMILUX Glass Roof PR60 meets this requirement by combining aesthetics and energy efficiency. The high-performance glazing reduces the need for artificial lighting while providing excellent thermal insulation, leading to energy savings. This sustainable solution contributes significantly to reducing energy consumption and the ecological footprint, making it a key element in a future-oriented research facility.