A floor plan is a hypothesis: it describes how a building might function and already carries within it numerous ideas for its later use. It describes paths that unfold intuitively, spaces that provide orientation, and details that make being there pleasant. Architecture designed for people takes this perspective into account from the very beginning. It understands use not as a consequence of design, but as its starting point.
Planning architecture for people means considering usage scenarios from the outset. How does someone move through a building? Where does someone seek orientation? When does a detail become a barrier? These questions concern not only public buildings, such as hospitals, but every building that is used on an ongoing basis. Offices, hotels, residential buildings, educational institutions... The scale varies, but the fundamental question remains the same: how does a planned space become a place that is intuitively understood and experienced positively? The answer rarely lies in a single element, but in the interplay of operation, accessibility, and atmosphere — three areas that are closely interlinked in practice and mutually reinforce one another.
Switches, buttons, and control elements form the interface between people and space. They are used every day, often in the background — quite naturally. Precisely for this reason, they play a major role in determining whether a building functions intuitively or generates unnecessary need for explanation. Gira develops building technology with the aim of making operation as simple and intuitive as possible. Modular platforms such as the Gira System 70 allow lighting, blinds, heating, and more than 200 other functions to be conveniently controlled. The user interface can be equipped either in a classic style or with modern smart home functions, depending on the requirements of the project or its users.
At Gira, however, smart home does not necessarily mean visible sci-fi technology or complex control concepts. Once set up, much happens in the background without users having to actively think about it. This eliminates the often time-consuming process of familiarizing oneself with building technology, reduces everyday complexity, and sustainably increases the comfort and well-being of the people in the building.

Barrier-free design is no longer a niche discipline but a prerequisite for architecture that is open to everyone. This applies to the floor plan as much as to the level of detail: grip heights, movement spaces, surfaces, safety in wet areas. KEUCO addresses precisely this point, developing bathroom solutions that are both barrier-free and of high design quality: grab bars, fittings, and accessories that meet the requirements of DIN 18040 without compromising on design quality. Good accessibility, after all, doesn't stand out — it simply works.
With PLAN CARE and AXESS, KEUCO offers two series that are aligned with the requirements of DIN 18040. The solutions range from a hinged shower seat within a flexible rail system to a fold-up support rail. The AXESS fold-up support rail, designed by Studio F. A. Porsche, nearly disappears when folded up — flat, clean, and giving no hint of its actual function.
At KEUCO, accessibility does not mean sacrificing design quality for the sake of function. The strongest solutions integrate seamlessly into high-quality bathroom design without standing out, providing support and safety exactly when needed. In this way, a functional element becomes a natural part of the space.
Spaces need to be legible. People should be able to recognize where they are, which areas belong together, and what use is intended for a given place. This comprehensibility does not arise from the floor plan or signage alone. Light, color, and the varying emphasis placed on different zones also help make spatial relationships visible.
Light can highlight pathways, mark transitions, and differentiate between areas. It directs attention, supports orientation, and makes clear whether a place is intended for focused work, communication, movement, or retreat. Especially in open and flexibly used spaces, differentiated lighting design can help create order and clarity without dividing the space with additional walls.
TRILUX develops lighting systems that specifically support such spatial structures. Rather than illuminating a surface uniformly throughout, zonal lighting design is oriented toward the respective uses. Different areas receive the light quality and effect that correspond to their function. This means the space is not merely illuminated, but becomes more comprehensible in its organization.
With Yonos, different luminaires and lighting effects can be combined into a modular office lighting system. Workstations, communication areas, circulation zones, and retreat spaces can be differentiated in terms of lighting technology while still being brought together in a coherent design. This creates comprehensible spatial zones that are intuitively grasped even in open floor plans.
Color can further reinforce this structuring. As part of the Make it Yours color concept, luminaires can be integrated into a room's color and material concept. Here, color serves not merely as a decorative element. Recurring color codes can mark areas, indicate uses, or support specific paths and points of orientation. This requires deliberate and consistent design that creates clarity rather than adding visual clutter.
IntuSens sensors complement this planning dimension with sensor technology and automatic adjustment. The system detects presence and daylight and regulates lighting according to actual use. This allows the intended light quality to be maintained even as occupancy, daylight availability, or usage situations change.
User-friendly operation, barrier-free design, and thoughtful lighting management are not separate disciplines. They work together, jointly shaping the quality of a building in everyday use. Architecture for people follows this perspective not as an obligation, but as a fundamental attitude.