Disruptive Eco-logics

Observation and exploration of natural disruptive processes in computational models.

The main goal of the research was to explore new contemporary conceptual design and technological approaches using relevant digital techniques to speculate possible design strategies for architectural environments. The concept was based on investigation of new design potentials reflecting disruptive processes in nature and their further inplementation in computational models. The logic of these processes and its using in architectural models can define different understanding of matter driven by digital technology and evokes another meaning of ecological aspects of the environment which is out of conventional eco-relational models of design thought. I have built my own computational algorithms (GHdefinitions) and 3D animation models of self-organized nonlinear syntetic structures based on the logic of attraction and environment interaction using 3D digital tools Grasshopper and Rhinoceros.

Emergence in Urban Environments

PhD Thesis

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Tokyo Pop Culture Lab

Honorable Mention Award

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Tokyo Pop Culture Lab

Early Conceptual Models

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Altar wall "Flames of Holy Spirit" Brno

"Do not quench the Spirit." 1 Thessalonians 5,19

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Iterative Protocols

Processing sketches exploring the iterative and coded rules-based behavior of the emerging animated custom brushes.

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Pheromonics design strategies

Natural behavior of the artificial living creatures can be reflected and embeded into the computational models used in urban speculations in order to discover and explore emergent phenomena and potentials of selected urban dynamics.

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Synthetic landscapes

Artificial landscapes emerged from disruptive processes which can be observed in computational models whilst the potential of their spatial organization and surface character can be understood as a novel type of pattern and tectonics of the future cities.

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Emergent articulation field

Speculative urban formations.

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Symbiosis

Test of user defined and controlled behavior of the moving agent-based system in order to disturb the spring elements in the field. Can two diferent systems live in mutual symbiosis?

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CHURCH OF HOLY SPIRIT BRNO

Jesus said to them,Have you never read in the Scriptures:The stone the builders rejected has become the cornerstone; the Lord has done this,and it is marvelous in our eyes? Matthew 21:42

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Hylacka-Vetrovy tower

The proposed tower is a significant symbol in the countryside of Vetrovy. It fully respects natural characteristics of the environment and its whole scenery-practically melts into it.

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Disruptive Eco-logics

Observation of disruptive natural processes in computational models.

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Remote Calibrations

The Bartlett School of Architecture DfMA project

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Architectural and Urban Design

Selected architectural and Urban design projects.

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Emergence in Urban Environments

PhD Thesis

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Fish Trap Pavilion

FabFestival 2018 London

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Programmed-In: Kiln Canopy in Flimwell

The Bartlett School of Architecture DfMA project

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Responsive City

Tanjong Pagar 2080+ Competition Entry IAAC

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Interactive Urban Design Prototyping

Empower Shack Project-A case study in Cape Town

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Customised Floating Neighbourhoods

Design interface for non-experts and designers

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Video tests and tutorials

Selected Modelling Strategies

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ESUM

Human perception of Urban dynamics: research at the iA Chair of Information Architecture and Urban Data Visualisation tool

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Large-Scale Urban Prototyping

A Conceptual Framework. Richard Rogers Fellowship research in London, Spring 2018.

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Design-to-Production

Realisation of the Timber Structure in Flimwell Park

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Flux

Design of the Visual and Spatial Urban Intervention in Bratislava

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Paintings

Selection of hand-made paintings

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