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What do we offer?

Tools and services for ANALYSING, PREDICTING and OPTIMIZING the human-centered
performance of buildings and cities.

Consulting Services

for planners, developers and municipalities


Accessibility analyses help in understanding socio-economic potentials of a place.  You can inform you decisions by knowing:

How many amenities can be reached by walking, driving or public transport?

What is the catchment area of service, shop or public facility and how many people can be reached?


Walking is not only the cheapest and most ecologically friendly way to get from A to B. It also promotes social contact and physical health. Therefore walkability is major factor influencing the quality and economic value of property. You can benefit from the walkability analysis by:

Measuring the walkablity of a existing environment – how does it promote walking?

Predicting the walkability and economic value of future development

Defining efficient measures to improve the walkability


People experience their environment mainly by vision. What they see influences their experience and behaviour. Our advanced visual analysis methods help to:

Identify visual attractors and visually prominent places

Create navigation-friendly environments

Estimate the visual impact of new developments

Pedestrian and Vehicular movement Flows

Understanding how people move in a city is a key factor for successful urban planning and allocation of commercial activities. With our methods you can:

Proof your concept before its build

Maximize the return of your investment 

Discover the hidden potential of urban areas

Design optimization
Today large amounts of data about people and their environment are collected. We help to analyse and visualize these data in order to gain deeper insights into the effects of environmental variables. These can then be used to support decision making and participatory planning processes.
The environment that is planned and later surround thousands of people is always only one of many possibilities. With our advanced modeling tools we can rapidly create numerous planning variants in order to discover the universe of possibilities and find trade-offs between economic, social and ecological factors.

Generative & Analysis Tools

for urban and architectural planning

DeCodingSpaces Toolbox for Grasshopper

Computational analysis and generation of STREET NETWORK, PLOTS and BUILDINGS

DeCodingSpaces Toolbox for Grasshopper is a collection of analytical and generative components for algorithmic architectural and urban planning. The toolbox is free software released by the Computational Planning Group (CPlan) and is a result of long term collaboration between academic institutions and praxis partners across the globe with the common goal to increase the efficiency and quality of architecture and urban planning.

Who we are?

DecodingSpaces TEAM and PARTNERS network

German based international team of architects, urban planners and data-scientist working together with renowned research institutions throughout the globe

Partner Institutions
Bauhaus-Universität Weimar, Chair of Planning Systems

Bauhaus-Universität Weimar, Chair of Planning Systems | Prof. Dr.-Ing. Dirk Donath

For more information, please visit InfAR

Emerging City Lab Addis Ababa
ECL-AA serves as a framework to enable teaching and research that is directed towards practice-based and interdisciplinary design in the context of emerging cities with Ethiopia as a showcase.  It has been founded by Bauhaus-Universität Weimar and EiABC Addis Ababa.

For more information, please visit ECL-AA

ETH Zürich, Chair Information Architecture
ETH Zürich, Chair Information Architecture | Prof Dr Gerhard Schmitt

Information Architecture, as we define it, has applications on 3 scales:  small – the object or building; medium – the village or urban district; large – the city or territory.  It builds on the assumption that there exist information structures –stable or dynamic – that represent crucial properties of architecture, settlements and territories. Based on this assumption, Information Architecture supports integrated trans-scalar design and evaluation, and it helps to make the invisible visible on each one of those scales. Simulation and visualisation are the major tools of Information Architecture. Both require appropriate abstraction and representation. Data and information are the raw materials of Information Architecture.

For more information, please visit ETH IA

Future Cities Laboratory Singapore
The Future Cities Laboratory (FCL) was established by ETH-Zurich and Singapore’s National Research Foundation (NRF), and operates under the auspices of the Singapore-ETH Centre.

The Singapore-ETH Centre was established in Singapore in 2010 as a joint initiative between ETH Zurich and Singapore’s NRF, as part of the NRF’s CREATE campus. The centre frames two research programmes: the Future Cities Laboratory (FCL) and the Future Resilient Systems (FRS). The centre aims to strengthen the capacity of Singapore and Switzerland to research, understand and actively respond to the challenges of global environmental sustainability.

for more info, please visit ETH FCL

AIT Austrian Institute of Technology, Smart and Resilient Cities

The AIT Austrian Institute of Technology is Austria’s largest non-university research institution. With its eight Centers, AIT regards itself as a highly specialized research and development partner for industry and concerns itself with the key infrastructure topics of the future.

For more information, please visit AIT

Dr. Martin Bielik

Dr. Martin Bielik

CEO, Founder, Partner

Co-founder of DecodingSpaces. He has professional training in architecture, urban planning and data science. He is researcher and lecturer at Bauhaus-University Weimar, Germany and the Emerging City Lab Addis Ababa, Ethiopia.