Portfolio - Martin Zatecka

Martin Ĺ˝ateÄ?ka 2011 - 2017

Selected works 2017

REURBANIZATION OF THE HOSTIVICE CITY CENTRE p. 17-18

URBAN CONFIGURATOR p. 3-6

2016

PRAŽSKÁ STREET REVITALIZATION p. 19- 20

FLOOR PLAN GENERATOR p. 7-8

WEEKEND CABIN MORÁVKA p. 33-34

2015

2014

TERRAFORMING OF MARS p. 11-12

SYSTEM CITY 0.1 p. 15-16

SYSTEM CITY 0.2 p. 13-14

VERTICAL FARM NYC p. 9-10

FAMILY HOUSE ŠESTAJOVICE p. 37-38

S3MAX - WOODEN PREFABRICATED SYSTEM p. 39-40

2013

2012

DESIGN HOTEL TEMPLOVÁ 41-42

T.G.M. SQUARE TÁBOR p. 29- 30

SEOUL URBAN DESIGN p. 25-26

SPATIAL PLAN HOSTOMICE p. 31-32

CONVERSION OF PERLA 01 BROWNFIELD p. 27-28

FREIGHT RAILWAY STATION TRANSFORMATION p. 33-34

Conceptual projects /1st part/ LIBERLAND DEVELOPMENT STRATEGY p. 21-22

URBAN GARDENS STROMOVKA p. 23-24

Housing projects /3rd part/ Urbanism and Public space projects /2nd part/

URBAN CONFIGURATOR

Year: Program: Status: Design studio: Location:

2017 Urbanism / Research Design Studio FLOW, FA CTU Liberland / universal usage

Urban Configurator is a tool that allows the user to simulate, analyze and compare the various scenarios of city development.

Generates parametric data model based on the principles of circular economy and the bottom-up approach to planning. Input data is based on specific user requirements for functional usage. The goal is to find the optimal variant of territory layout with emphasis on self-sufficiency, spatial variability and flexibility. The data model can be constantly reconfigured and thus resulting variant is updated in real time.

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video: https://www.youtube.com/watch?v=6Sw33ji50V8

City layers

Design phases

Input-output model

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Developement scenarios

Rooftops

Schwarzplan

Walkability

Etapization

Centrality

Population density

Cells density

Land use - graph

Price map

Heights

Consumption

Production

Self-sufficiency

Basic data

Scenario_1.0 - Monocentric city

Scenario_2.0 - Polycentric city

Scenario_3.0 - Zonal city

Scenario_4.0 - Distributed city

Land use - distribution

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Cluster types

User interface preview

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FLOORPLAN GENERATOR

Year: Program: Status: Design studio: Location:

2016 Architecture / Research Design Studio FLOW, FA CTU Prague / universal usage

Design tool allows to generate a variable arrangement of floor plan based on the requirements on the typology, dimensions and position. The spatial structure is then covered with a responsive faรงade that helps create an optimal light and thermal conditions. The entire process of making room layout and design of the facade is carried out automatically based on predefined criteria and data defining space requirements.

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video: https://www.youtube.com/watch?v=XlGSTpw44Mk

Process scheme

Inputs

Spatial distribution

Adaptive skin

Section

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VERTICAL FARM NYC

Year: Program: Status: Design studio: Location: Team:

2015 Mixed-Use Competition Studio FLOW, FA CTU Prague / universal usage Pavel Paseka, Martin Ĺ˝ateÄ?ka

Competiton design for Chelsea district in NYC is trying to look on sustainable development and urban agriculture from the diffrent perspective. Perspective of communities, neighborhoods and their demands for the urban enviroment. What do they actually want? What the residentials ask for? How are they acting in the city and to the city? Is the current state of urban life sustainable in long term? Respect to the urban and natural enviroment and awarness of the growth limits are key issues.The general vertical farming concept was designed as reaction to growing global population and bulit-up areas and therefor the lack of production lands. The effort is to bring the primary agriculture production back to ultimate users. To lower the share of classical intensive agriculture, fuel and energy demand and in general the rate of negative impact of human population on physical enviroment.

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By our opinion the vertical farming itself is not able to reach all these goals. The redefinition of provider - user relationship is needed. But not just in the global scale, although it definetly is the global issue. It is really difficult to achive these goals at global multinational level. But rather in the local scale. It means the level of communities and neighborhoods. Identifying these and offering them what they actually need. Increase the feeling of solidarity and responsibility for their own space for living. These are the starting-points on which the framework or concept is based on.

Communities and neighborhoods identification and their demands:for energy, food, clean air, common space, waste treatment, resiliency and facilities availability. Creating functionaly connected urban ecosystem. Increasing resiliency and toleranced to negativ external issues.

Increasing of self-sustainability at local level and keeping open markets can strengthen whole city, state and event the Earth.

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TERRAFORMING OF MARS

Year: Program: Status: Design studio: Location:

2015 Research Design Studio FLOW, FA CTU Mars

The transformation of Mars to the conditions of life on earth was like the gratest adventure of makind and its gratest challenge, it is necessary to start during the 21st century.

The planet is know to have undergone dramatic climatic changes wich have been linked, by a large consensus, to greenhouse gases.

Global increase in population, its concentration in cities, and the development of emerging countries lead to a big increase in energy needs.

Althrough oil, gas and coal will be avaliable for many years still, but resources are limited.

The goal of tis project is change the Mars into second earth using plant structures of lichen that change Co2 into O2 and can be used as shelter.

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n many respects, Mars is the most Earth-like of all the other planets in the Solar System. It is thought that Mars had a more Earth-like environment early in its history, with a thicker atmosphere and abundant water that was lost over the course of hundreds of millions of years. Given the foundations of similarity and proximity, Mars would make one of the most plausible terraforming targets in the Solar System.

Ethical considerations of terraforming include the potential displacement or destruction of indigenous life, even if microbial, if such life exists.

Terraforming Mars would entail three major interlaced changes: building up the atmosphere, keeping it warm, and keeping the atmosphere from being lost to outer space. The atmosphere of Mars is relatively thin and has a very low surface pressure. Because its atmosphere consists mainly of CO2, a known greenhouse gas, once Mars begins to heat, the CO2 may help to keep thermal energy near the surface.

Moreover, as it heats, more CO2 should enter the atmosphere from the frozen reserves on the poles, enhancing the greenhouse effect. This means that the two processes of building the atmosphere and heating it would a u g m e n t o n e a n o t h e r, f a v o r i n g terraforming.

Etapization of terraforming process

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SystemCITY 0.2

Year: Program: Status: Design studio: Location:

2015 Urbanism / Research Design Studio FLOW, FA CTU Prague

Již dnes jsme schopni zaznamenávat a uchovávat mnoho dat o všech dějích kolem nás. Tyto údaje jsou však evidována v samostatných databázích, jejich propojením bychom však získali nový pohled na věci kolem nás.

Tento projekt se zabývá inteligentním řízením a analýzou procesů ve městech, které jsou vzájemně propojené a reagují v reálném čase na změny. Data jsou přehledně vizualizována a každý tak má přístup k aktuálním a korektním informacím o území a o změnách, které se v něm budou odehrávat.

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video: https://www.youtube.com/watch?v=a_56JHzxSOw

Connectivity

Interactions

Functional scheme

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SystemCITY 0.1

Year: Program: Status: Design studio: Location:

2014 Urbanism Design Studio FLOW, FA CTU Prague - Bubny

Budování města, nebo jeho částí je dlouhodobý proces závislý na množství proměnných faktorů a situací které lze v počáteční fázi návrhu jen těžko předvídat..

Současné plánování neni schopno dostatečně rychle reagovat na změny v městském prostředí a tak je nutné nalezení komplexnějších a průžnějších metod.

SystemCity je parametricky definovaný nástroj, který na základě vstupních dat o lokalitě generuje potenciální varianty prostorového uspořádání území. Tyto digitální modely lze v průběhu času vyvíjet, aktualizovat a neustále analyzovat s cílem nalézt optimální struktury zastavění. Každá změna vstupních parametrů tak nabízí nová řešení, které lze vyhodnocovat na základě dat o území, analýzy chování větru, oslunění a metody Space Syntax. Výběrem z variant tak můžeme získat optimální masterplan území.

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video: https://www.youtube.com/watch?v=I1baqIYi6Ng

Network connections

Optimalisation

Space syntax analysis

Structure

Radiation analysis

Wind analysis

Final structures and data

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REURBANIZATION OF THE HOSTIVICE CITY CENTRE

Year: Program: Status: Design studio: Location: Team:

2017 Urbanism Competition Studio Archistroj Hostivice Martin Žatečka

Návrh na nové centrum obce Hostivice se snaží vytvořit především atraktivní zástavbu městského typu s kvalitním veřejným prostorem, a rozmanitým funkčním a prostorovým uspořádáním. Při hlavní ulici obce jsou situovány administrativní bloky s obchodním parterem, na které navazuje „hlavní” n á m ě s t í . To j e t v o ř e n o r o z s á h l o u zpevněnou plochou umožňující variabilní využití. Na západní části území jsou řadové rodinné townhouse domy. V severozápadní čísti území se nachází otevřený blok bytových domů, které svou prostorovou skladbou vytváří atraktivní veřejný prostor.

Veškeré parkování je řešeno v podzemí, celé území je řešeno jako „car-free” zóna pouze s možností zásobování.

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PRAŽSKÁ STREET REVITALIZATION

Year: Program: Status: Design studio: Location: Team:

2016 Public space Competition Studio Archistroj Kolín Martin Žatečka

Předpokladem dobře fungující ulice je možnost bezproblémového pohybu chodců, proto je v návrhu kladen velký důraz na pěší a cyklistickou dopravu a především na tvorbu zajímavých míst, kde budou lidé chtít trávit svůj čas. Tomu odpovídá celkový design ulice a hlavně náměstí, kterýby se měl stát atraktorem, který bude přivádět lidi a nové investice do lokality. Důležitým krokem je zklidnění tranzitní dopravy, zmenšení křižovatek a zřízení průběžných chodníků v nájezdech z vedlejších ulic, které slouží jako zpomalovací pás.

-Upřednostnit pěší a cyklistickou dopravu před tranzitní automobilovou.

-Atraktivní veřejný prostor pro všechny skupiny obyvatel -Současný design, který se sám stává atrakcí a měl by se stát základem pro rozvoj lokality

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C A

B

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BOTTOM UP DEVELOPMENT STRATEGY FOR LIBERLAND

Year: Program: Status: Design studio: Location: Team:

2015 Research Design Studio Archistroj Liberland Martin Žatečka, Pavel Paseka, Jan Petrš

Development in an urban environment and its planning and regulation have been so far set according to established practice of control by local governments. But in the last decade we can find a large number of examples where this top-down controlled development was not working. It was not answering demands which investors, users and residents of development sites had.

This has led to the need to modify allready made plans and set regulations. Such changes, however, are time consuming and very costly and do not provide the intended conceptual development of the area. The desired development - evaluation of investment in the territory - often does not even happen, or is abstracted only to simple and vague form acceptable by all parties.

Rigid centralized top-down control does not work. Cities are systems that cannot be controlled or remodeled just this way.

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video: http://archistroj.cz/p_liberland.html

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URBAN GARDEN STROMOVKA

Year: Program: Status: Design studio: Location: Team:

2014 Public space Design Studio Archistroj Prague Martin Žatečka, Pavel Paseka, Jan Petrš, Jan Šlemr

Studie městských komunitních zahrádek v pražské Stromovce na Císařském ostrově.

Prostor je pojat jako místo odpočinku s možností provozování nejrůznějších aktivit.

Kromě různě velikých prostor pro pěstování plodin je v areálu dětské hřiště, podium s tribunou pro pořádání přednášek a představení, zázemí s kioskem a několik odpočinkových míst pro posezení.

Zázemí je tvořeno upraveným lodním kontejnerem a je rozděleno na dvě části, v jedné je sklad vybavení pro zahradničení, ve druhé je kiosek s občerstvením.

Projekt se nepodařilo realizovat z důvodu nepovolení terénních úprav a především kontejnerů od vodoprávního úřadu.

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SEOUL URBAN DESIGN COMPETITION

Year: Program: Status: Design studio: Location: Team:

2013 Urbanism Competition Studio Archistroj Seoul Martin Žatečka, Pavel Paseka, Jan Petrš

We belive, that developmet of cities should be rather facilitate and guide than determined, stable and not flexible. This is approach we tried to apply in this competition . Studying Jemulpo-gil expressway we considered surrounding quarters, existing transportation system and geographical and nature elements, character of inhabitants. We tried to solve the problem, that rises up in cities all around the world – the traffic. But is it realy the prime problem? Isn´t that just result of something else? low-dense, widespreading, not-hierarchized, monofunctional form of bulit-up areas.

Now arise a need to reorganize this city fabric to realy sustainable form. This new form is based on walking distance, equalization of functions and public services and providing efficient public tranport system and high-quality public space.

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According to analytical part of the project we tried to locate main points (nods) where should starts the transformation of Jemulpo-gill zone and where should be realized first projects. No one could forecast or prescribe exact form of further development. But we created the model, that shows how could the future evolution looks like. This model situation is just one of many possible scenarios based on gravity of certain important marked points and shortest walking and commuting distance.

To r e a c h i n t e n d e d s t a t e o f u r b a n enviroment we assemble the set of codes or rules (concerning energy production, ecology, transit system, waste management etc.). These should be hold to create attractive, sustainable and selfsufficient city quarters. Important is effort to bacome independent of exhaustible sources of energy. Effort to create autonomus energy system which satisfy energy demand of all inhabitants. System which is as considerate as possible. Cities are places for people. Places where people meets their needs and demands. But also places which are inseparable part of planet enviroment and global eco-system. Let´s not forget it!

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CONVERSION OF PERLA 01 BROWNFIELD

Year: Program: Status: Design studio: Location: Team:

2013 Urbanism Competition Studio Archistroj Ústí nad Orlicí Martin Žatečka, Pavel Paseka, Jan Petrš

The Proposal contemplates the newly created district on the former brownfield near the city center as a socio-cultural complex that will integrate various urban functions and offer a wide range of activities. Such a complex will serve each of the urban community (children, students, parents, workers, seniors) aims to become a platform and a kind of urban engine of daily activities. It integrates the functions purely economic (administrative and research facilities), recreation and sports (House of Children and Youth klubcentrum, hall and sports), residential (apartment and townhouses) and function of ecological, cultural and educational (linear park, plenty of greenery, city gallery vertical farm, minizoo).

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T.G.M. SQUARE TÁBOR

Year: Program: Status: Design studio: Location: Team:

2012 Public space Competition Studio Archistroj Tábor Martin Žatečka, Pavel Paseka, Jan Petrš, Jan Šlemr

Veřejný prostor a náměstí zvlášť má fungovat jako místo komunikace a prolínání pohybů a aktivit obyvatel. Neklademe si za cíl diktovat a přespříliš korigovat směr ani obsah těchto aktivit. Chceme nabídnout kvalitní platformu pro jejich existenci.

Funkční, osobitou, neotřelou a svěží. Pro dosažení tohoto cíle jsme použili matematickou metodu voronoi. Základní struktura vznikla výběrem sítě bodů definovaných v analytické fázi (na základě pohybu lidí v prostoru) a jim přidělené rozdílné míry důležitosti. Na základě takto definovaných toků a pohybů byla vygenerována výsledná stukturální síť dlažby (dva druhy dlažby), záhonů, zatravněných ploch i umístění vysoké zeleně.

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SPATIAL PLAN HOSTOMICE

Year: Program: Status: Design studio: Location: Team:

2012 Urbanism Competition Studio Archistroj Hostomice Martin Žatečka, Pavel Paseka, Jan Petrš, Jan Šlemr Lukáš Kalecký, Eva Bártková

Záměrem ideového návrhu je rozvoj Hostomic jako tradiční ho lokální ho střediska. Sídla, které tvoří zázemí i okolním obcím, poskytuje bydlení, pracovní místa i spektrum služeb. Pro své širší okolí (Prahu a Středočeský kraj) nabízí rekreační zázemí a hodnoty plynoucí z kulturně-historických tradic a lokálních zdrojů. Analýzy ukázaly, že obec/mikroregion má velmi dobré výchozí podmínky pro další rozvoj právě v duchu tezí o trvalé udržitelnosti, posilování vlastní soběstačnosti a životaschopnosti. Ideový návrh proto respektuje dnes často zdůrazňované požadavky po racionálním využívání lokálních zdrojů, snižování energetické závislosti a posilování částečné soběstačnosti (ekonomické, potravinové apod.), což povede k celkové větší odolnosti mikroregionu.

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FREIGHT RAILWAY STATION TRANSFORMATION

Year: Program: Status: Design studio: Location: Team:

2011 Urbanism Design Studio Archistroj Prague - Žižkov Martin Žatečka, Pavel Paseka, Jan Petrš, Jan Šlemr

The whole workshop took almost two months and was organized by the Research Centre for Industrial Heritage FA CTU. It should had shown that it is possible to transform the current brownfield of freight station in Žižkov without the station building itself has been removed (as some development group planned). The workshop was concluded with an exhibition in the Jaroslav Fragner Gallery in Prague.

The design approach was the transformation of the entire site to a new central Zizkov district. The railway station building itself is dedicated to housing and offices, in the parterre mix of trade and services, which creates a live center of the territory. The basement is left for storage rooms and archives. The area of the newly created square (in the middle of the former station building) is entirely pedestrian.

Good accessibility is ensured by extending

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uthe tram line and a possiblenderground station (line D). Along with go-through-able parterre it is possible to establish an attractive space, not only for the residents of the new district, but also for the surrounding areas. On the square, but also in the entire area, we plan to have the amount of industrial elements in the form of tracks, cars and shipping containers, which can be transformed for new purposes in public places. This provides visual and spatial identity that does not deny the former function of the station building and whole area.

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WEEKEND CABIN MORÁVKA

Year: Program: Status: Design studio: Location: Team:

2015 Residential In progress Studio Archistroj Morávka Martin Žatečka, Pavel Paseka, Jan Petrš,

The former hunting cabin is located on a remote sloping site separate from other buildings and recreation facilities. The investors wish was the extension of enclosed space and a proposal for such a layout that would allow recreation of several families at once. Based on this assignment we designed several one-floor buildings. Their placement on the siteis optimized according to solar radiation, light conditions, cabin operation and the most effective sloping site usage. Construction design is derived from geodesic domes.

These domes are connected by the systém of metaballs (several connected spheres).

Final volume of each room is than adjusted according to required headroom and layout of rooms. Whole design process was fully parametric so the was a lot of construction results, spatial variations and layouts. So the client was able to compare them and in the end choose the most appropriate one.

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FAMILY HOUSE ŠESTAJOVICE

Year: Program: Status: Design studio: Location: Team:

2014 Architecture Realized Studio Archistroj Šestajovice Martin Žatečka, Pavel Paseka, Jan Petrš Documentation : Ing. arch. Jakub Chochola, Ing. Eva Fronová Desing of simple house for one family built in the passive standard from Ytong building system. The building has two floors with a floor area of 198 m2. It also has detached garage with two parking spaces. Heating and hot water is provided by a heat pump from the borehole (type: ground-water). In combination with insulation, ventilation with heat recovery and orientation of rooms to the south house meets the energy class A and it is in the register for applicants for national subsidy "Green Savings".In the design of the building our team of authors worked primarily on the architectural study of the building. itself.Fundamental complex thermal and technical assessment of the needs for elaboration of energy label for the building and an application for the grant program „Green Savings“.

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S3MAX - WOODEN PREFABRICATED SYSTEM

Year: Program: Status: Design studio: Team:

2014 Residential Competition Studio Archistroj Martin Žatečka

I belive, that developmet of houses and cities should be rather facilitate and guide than determined, stable and not flexible.Today’s developer construction and catalogue houses dominate the housing market. It is a common situation that people do not have the opportunity to influence how their future home will look like. In my opinion, prefabrication and modular architecture does not have to limit the spatial variability while maintaining the efficiency of production and construction. The design of the S3Max system offers sustainable prefabricated housing with noumerous variations.

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DESIGN HOTEL TEMPLOVÁ

Year: Program: Status: Design studio: Team:

2014 Residential Design Studio Schleger, Hlaváček Martin Žatečka

The suggested building is a new building of design hotel in historical part of Prague at the crossroads of Templová street and Štuparská street. The building extends and completes Hotel Barceló by new functions like welness and new different types of acommodation units. Hotel has seven overground floors and one underground floor.

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