Design in Dynamically Changing Environments

Name
Martin Petrov
Education degree
Master
School
School of Architecture
Study programme
Computation in Architecture
Year
2019

The dangers of rising sea levels and the dynamic environments they create, start to question our practice as architects and designers. Addressing this issue requires the understanding of systematic behaviours outside of our field of expertise. To do this we need tools in our own design environments, which are based on real phenomenons, in order to help us make informed speculations.

Simulation

Rising temperatures and melting poles, resulting in a non-linear rise of sea-levels. The reduced gravitation pull of the poles makes predictions of the rising sea levels almost impossible.

Cities like Copenhagen, have the tendency of reclaiming land from the sea. With the danger of rising sea levels, we need to start speculating and rethinking how we approach environmental change - do we fight nature with dykes, or do we try and steer it and let it inform our decisions?

Rising sea Levels 2020-2150
Land Reclaimation 1900-2020
Land Reclaimation 2020-2040
Solutions to rising sea levels - dykes
State of the art
Proposed Tool

I have developed a custom tool in the native environment of rhinoceros and grasshopper3d, in order to be independent of a tool that is designed for engineers, which leaves us in the spot of working with something we don’t understand. We can use computational methods  to translate the knowledge of  very precise and explicit tools from other disciplines, in our own design evnironments in order to empower us as architects and designers, in order to make informed decisions and build robust speculations, instead of drawing weird islands in the water.

Calibrating simulation from the real Sand motor. This also gives the relationship between iteration and time.
Target design intent - spatial and programmatic diversity.
Intervention Map

The target design intent aims to create a spatially rich and diverse sandscape. The interventions at this level are abstractions that inform the behaviour of the sand in time. The abstraction will be articulated later. At this scale, I am aiming for design exploration and harvesting the knowledge of the simulation in order to build my intuition as a designer.

Sand Motor Simulation
Tracking and Understanding Change

When working with dynamic environments, I had to develop a method of understanding and tracking dynamics. The following gallery shows the use of the tool to forecast future events, look into the past and do both at the same time. This gave me an understanding of how different areas change and what is the relationship between interventions and the sandscape.

Articulating Inflatables regarding to the dynamics of the sandscape

The same simulation used for the masterplan is used for the scale down plans in order to study the interaction between the sand and the casted foundations. The abstracted regions in the masterplan are now the foundations. 

Scaled Sandmotor Simulation

Forming Sand
Forming Foundations
Analog testing
In 2017-2019, KADK is working with the UN sustainable development goals
This is reflected in our research, teaching and the students’ projects. This project relates to the following UN goal(-s):
Industry, innovation and infrastructure (9)
Sustainable cities and communities (11)
Climate action (13)
Life on land (15)