THE GRADING BUILDING – ARCHITECTURE INSPIRED BY NATURE

THE GRADING BUILDING – ARCHITECTURE INSPIRED BY NATURE

THE GRADING BUILDING - WELLNESS ARCHITECTURE INSPIRED BY NATURE

YEAR:

2021 – 2024

LOCATION:

UNDISCLOSED

STATUS:

DESIGN STUDY

About the Project

The Grading Building reimagines the historic grading structures of Central Europe as a contemporary environment for wellbeing. Developed for Therme Group, the project explores how nature, geometry and architectural design can come together to create an immersive spatial experience.

Organised around a central, dome-lit atrium and pool, the circular structure brings together modular capsules, grading walls and cascading staircases that integrate circulation and seating. Its layered arrangement explores the relationship between light, air, material and movement, drawing inspiration from the atmospheric qualities of traditional grading structures.

240207_Topview#-withcontext
previous arrowprevious arrow
next arrownext arrow

The Brief

Therme Group’s programme evolved during the design process rather than following a fixed room schedule. The studies tested arrangements for bathing and gathering spaces, circulation and optional internal capsules, balancing communal use with more private rooms. They also considered air circulation, adjustable openings, material choices, and planting in response to the humid, salt-rich environment, treating the surrounding landscape as part of the visitor experience.

2,055 m²TOTAL SURFACE AREA TO COVER
8GRADING TOWER SEGMENTS
4BUILDING LEVELS
17-Animated-View-Grading-Building

The Concept

The design arranges grading walls, modular spaces and cascading staircases around a pool beneath a central dome. Water and daylight shape the atmosphere, while the circular layout creates places to pause and gather.

The circular design also carries forward ideas explored through Catharsis at Burning Man. From a temporary gathering place in the desert to a new interpretation of a historic salt-making structure, the work asks how architecture can bring people together through their surroundings.

slide-153-radial-structure-website-edited

Mathematical Logic Research

The study developed the Hyperbolic Disk pattern through a series of geometric tests. Starting with eight-sided cells, it mapped cell endpoints and average points along edges and curves to generate lines and polylines. Three scale variations were overlaid with the original model and a revised pattern to compare their proportions and relationship with the structural walls.

The geometry was then translated to the building’s radial structure. The process moved from locating centre points and creating a linear pattern to offsetting paths, adjusting and connecting polygons, then scaling them inwards from the centre. Overlay studies revealed clashes between the polygon pattern and radial grid, guiding further adjustments to fit the pattern to the structure.

Historic Gradierwerk IV in Bad Nauheim, showing the long timber wall packed with blackthorn branches.

Historic Gradierwerk IV, Bad Nauheim. Photo by Z0man via Wikimedia Commons, licensed under CC BY 3.0.

Gradierwerke: Salt, Air and Material

For centuries, Gradierwerke, or salt graduation towers, concentrated brine for salt production. Saltwater is pumped to the top of timber walls packed with blackthorn branches, then trickles down through the twigs. These provide a large surface for evaporation: some water evaporates, leaving the remaining brine more concentrated.

The falling brine releases fine droplets into the air, creating a distinctive environment shaped by moisture and the blackthorn’s texture. Some historic towers now serve as open-air inhalation spaces, where visitors come to sit, breathe and unwind.

The Experience

The experience unfolds through movement, pause and changing perspectives. As visitors move between levels, the patterned grading walls filter daylight and cast shifting shadows across the interior. Reflections from the pool bring subtle movement to the surrounding spaces, while the central pool and dome offer a shared point of orientation.

Visitors can set their own pace: exploring, bathing, pausing to take in the architecture or spending time with others. As the light and activity change through the day, so does the atmosphere. Wellbeing becomes part of the building’s rhythm, shaped by movement, stillness and shared moments.

310124_NighttimeRender

TEAM

Architects

Mamou-Mani Architects – Arthur Mamou-Mani, Krishna Bhat, Andros A, Holly Hawkins, Nina Pestel, Shalom Osuchukwu, Yvonne, Clinton Glen Mendonca, Harry Kingham, David Akindipe, Molly-Mae Onyett, Jing Wen Chiou, Bartosz Kurylek, Zeynep Aydinoglu, Wenxin Xu, Eleonore d’Hauterives, Hsiaoju, Aleksandra Kugacka, Minran Xue, Yasaman Arbabifard

Client

Therme Group

Architects Collaborators

GGS Architekten PartmbB

Partner – Marius Meyer-Seipp

Project team – Peter Grund, Nico Köhler, Silvia Huhn, Timo Trabner, Mahyar Jalali