Systemic Approach to Architectural Performance
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This document discusses a systemic approach to architectural performance that focuses on landscape, social, and cultural ecology in the built environment. It proposes fusing several process-based fields, including systems oriented design, performance oriented architecture, prototypical urban interventions, time-based design, service design, and co-design. It also examines traditional architecture from extreme climates and how it adapted to today's practice. The document is centered around holistic and generative design that considers environmental and social responsiveness over time.
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Systemic Approach to Architectural Performance
- 1. << <<< < < < << < < < < < < < < < < < < < < < < < < << << < < < < < < < < < < < << < < < < << < < < < < < < < < < < < <<< < < <<< < < < < <<< <<< << << < < < << < << < << <<< < < < < << < < << <<<<<< < < <<< < < < < < < < < < << < < < < < < < < < < < < < < < < < < < < < < << < < < < < < < < < < < < < < < < < < < < < < < < < < < < < << < < < < < < << < < Trans-Co-Design in Systemic Approach to Architectural Performance The Multi-Layered Media and Agency in Creative Design and Its Processes Marie Davidová
- 2. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 3. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 4. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 5. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 6. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 7. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 8. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 9. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 10. > Focusing on Landscape, Social and Cultural Ecology in Built Environment for Co-Living Performance > Shift from Anthropocene in Built Environment > Biodiversity and Climate Change Adaptation Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 11. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 12. > architectural design and construction > holistic approach > real life laboratory Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 13. > Fusion of Several Process-Based Fields: • ‘Systems Oriented Design’ • ‘Performance Oriented Architecture’ • ‘Prototypical Urban Interventions’ • ‘Time-Based Design’ • ‘Service Design’ • ‘Co-Design, Co-Creation and DIY’ Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 14. • ‘Systems Oriented Design’ Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance Sevaldson 2013
- 15. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 16. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 17. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 18. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 19. • ‘Performance Oriented Architecture’ > Responsiveness Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 20. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 21. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 22. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 23. • Eco-Systemic ‘Prototypical Urban Interventions’ • > Generativness Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance Photo: Carrithers 2017
- 24. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 25. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 26. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance Photo: Wágnerová 2013
- 27. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 28. Collabora�ve Collec�veCollabora�ve Collec�ve CooLAND FUA TUL FLD CZU FZP CZU FHS KU Local Community professionalstudyforcommunitymee�ng professionalstudyforcommunitymee�ng projectprepara�on professionaldiscussion changeofconcept communitymee�ng nego�a�onwithacademy Intro,loca�on,MINI&GIGA-Mapping co-designwithGIGA-Map presenta�on,designselec�on&rolesdivision studioworkshopandexcursion studiocollec�veGIGA-Mapping Excelsior Pub Stora Enso Rothoblaas NGOAcademy -------------------------mappingthepoten�als CoSpons 1.3.2017summer 2016 16.3. 23.3. studiocollec�veGIGA-Mapping 20.4. FLDCZUworkshopfabrica�on 4.5.30.3. co-designwithGIGA-Map 6.4. co-designwithGIGA-Map 13.4. co-designwithGIGA-Map 27.4. buildingonsite&eco-systemicmapping 16.5. OPENING 26.5.11.-12.3. > > > > > > > >>>>>>>> >>>>>>>>>>>>> >>>>>>>> >>>>> >>>>>>>> >>>>> > > > > > > > > > > > > > > > > > > > > > > > >> > > > > > > > > > > > > > > >> > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > --------------------------conceptconclusions---- > --------------------------designandecology------ > --------------------------designandecology------ > ------------------design-ecology-prototypes- > ------------------prototypesandfabdrawings- > ------------------fabdrawings---------------------- > ------------------fabdrawings---------------------- > ------------------fabrica�on------------------------ > ------------------building---------------------------- > ------------------party-------------------------------- > -------------------------------EnviroCityFes�val- > > > > > > COLridor Project Ac�on Diagram > > > Marie Davidová 2017 >>>>>> > > > > > > > >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> > > > > > > > > > > > > > > >>>>>> funding submission >>>>>>>> >>>> studio and funds > > > > > > > >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> > > > > > > > > > > > > funding submission > > > > > > > > studio and funds > > > > > > > > > > >>>> > > > > > > > > > > > > > > > >> >>>>> > > > > > > > > > >>>>>> >> > > > > > > > > >>>>>> >> • ‘Time-Based Design’ > Generativeness Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 29. Photo: Horáková 201ý Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 30. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 31. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 32. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 33. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance Photo: Novák 2013
- 34. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance Photo: Vajdová 2013
- 35. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 36. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance Photo: Novotná 2014.
- 37. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance Traditoinal Architecture from Extreme Climates Observations: • today practice adaptation
- 38. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 39. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance Austland Sørlandet Vestlandet Sør Trondelag Farm House from Lende in Time Jæren, 1845 91 Viga, 1863 Smithy Landa, 350 - 600 5 Barn 1 Farm House, Nes, Mundheim Kvam, 1600 - 1700 81 PERFORMANCEANDOPPORTUNITYOFUSE LOCATIONSOFORIGIN PENETRATIONOFENVIRONMENT&SPATIALDIMENSIONS NUBEROFSIDESDISTRIBUTION REGIONALCLIMATEOFORIGIN 1°Ci i/e e54% RHi 16% MCi 3°C i/e 54% RH i/e 18% MC 2°C e 53% RH e 18% MC 3°Ci i/e e41% RHi 16% MCi 4°C i/e 39% RH i/e 17% MC 4°C e 41% RH e 17% MC 1°Ci i/e e42% RHi 14% MCi 1°C i/e 41% RH i/e 16% MC 3°C e 46% RH e 16% MC 3°Ci i/e e53% RHi 17% MCi 4°C 54% RH i/e 17% MC 4°C e 55% RH e 20% MCi/e i/e 2°Ci i/e48% RHi 18% MCi 4°C i/e 49% RH i/e 17% MC 4°C 50% RH e 17% MCee 3°Ci i/e48% RHi 17% MCi 3°C i/e46% RHi/e 23% MC 4°C 48% RH 16% MCe ee 3°Ci i/e48% RHi 17% MCi 3°C i/e48% RH 20% MC 4°C 48% RH 23% MCi/e e e e 2°Ci 49% RHi 22% MCi 3°C 48% RH 17% MC 4°C 48% RH 23% MCe e ei/e i/e i/e i/e 4°Ci 52% RHi 17% MCi 4°C 52% RH 21% MC 4°C 52% RH 21% MCei/ei/e i/e e e e e 3°Ci 52% RHi 18% MCi 3°C 52% RH 17% MC 3°C 51% RH 22% MC February 2016ei/ei/e i/e e e 2°Ci i/e36% RHi 19% MCi 4°C i/ei/e 35% RH 16% MC 4°C 42% RH 17% MCi/e e e e SPATIALDISTRIBUTIONOFTEMPERATURE RELATIVEHUMIDITY ANDWOODMOISTURECONTENTIN INTERIOR,SEMI-INTERIORANDEXTERIOR DATACOLLECTIONSEASON > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > 19°Ci 53% RHi 14% MCi 21°C 54% RH 14% MC 24°C 51% RH 18% MC August 2017 February 2016 August 2017 February 2016 August 2017 February 2016 August 2017 February 2016 August 2017 February 2016 August 2017 February 2016 August 2017 February 2016 August 2017 February 2016 August 2017 August 2017 February 2016 August 2017 August 2017 August 2017 August 2017 August 2017 August 2017 August 2017 August 2017 August 2017 August 2017 ee> > > > transformableopenness closed semi-open-largeopenings semi-closed-ventilationopenings semi-open-lacelikesemitransparent semi-open-openside leisure working communication loadingofmaterial storingofmaterial animaldwelling shelterforotherspecies temperatureofinteriorspace rela�vehumidityofinteriorspace moisturecontentofwoodininteriorspace temperatureofsemi-interiorspace rela�vehumidityofsemi-interiorspace moisturecontentofwoodinsemi-interiorspace temperatureofexteriorspace relavehumidityofexteriorspace moisturecontentofwoodinexteriorspace NorthFaceOrienta�on EastFaceOrienta�on SouthFaceOrienta�on WestFaceOrienta�on North-WestFaceOrienta�on North-EastFaceOrienta�on South-EastFaceOrienta�on South-WestFaceOrienta�on i/e i/e i/e e 18°Ci 68% RHi 16% MCi 18°C 68% RH 16% MC 22°C 69% RH 16% MCe e e e > > > >i/e 21°Ci 50% RHi 15% MCi 20°C 48% RH 16% MC 27°C 49% RH 9% MCee> > > > e e 18°Ci 55% RHi 14% MCi 19°C 53% RH 14% MC 20°C 56% RH 12% MCee> > > >i/e i/e i/e e 15°Ci 78% RHi 17% MCi 15°C 77% RH 16% MC 13°C 79% RH 16% MCe> > > > 15°Ci 76% RHi 17% MCi 16°C 76% RH 16% MC 15°C 75% RH 18% MCe> > > >i/e i/e i/e e 18°Ci 56% RHi 14% MCi 18°C 56% RH 13% MC 19°C 53% RH 13% MCe> > > >i/ei/e e 21°Ci 54% RHi 14% MCi 23°C 50% RH 15% MC 28°C 60% RH 15% MCe e> > > >i/e i/e i/e i/e i/e i/e i/e 17°Ci 65% RHi 15% MCi 17°C 62% RH 15% MC 24°C 60% RH 15% MCe> > > >i/e 21°Ci 53% RHi 13% MCi 21°C 52% RH 13% MC 22°C 53% RH 13% MCee> > > >i/e 21°Ci 57% RHi 16% MCi 20°C 55% RH 18% MC 23°C 55% RH 16% MCe> > > > ei/e i/e i/e 23°Ci 50% RHi 14% MCi 24°C 47% RH 14% MC 25°C 48% RH 17% MCee> > > >i/ei/e 21°Ci 52% RHi 17% MCi 19°C 52% RH 16% MC 20°C 53% RH 8% MCee> > > > ei/e i/ei/e 21°Ci 52% RHi 17% MCi 19°C 52% RH 16% MC 20°C 53% RH 8% MCee> > > > ei/e i/ei/e 19°Ci 49% RHi 14% MCi 19°C 49% RH 14% MC 21°C 52% RH 0% MCee> > > > ei/ei/e i/e 19°Ci 53% RHi 14% MCi 21°C 53% RH 13% MC 23°C 53% RH 14% MCe e> > > >i/e i/e i/e e e e i/e e i/e i/e i/e i/e i/e i/e e e e e e 25°Ci 66% RHi 11% MCi 21°C 67% RH 16% MC 22°C 71% RH 11% MCe e e > > > > e i/e i/e e e e e 20°Ci 64% RHi 14% MCi 21°C 67% RH 16% MC 21°C 66% RH 13% MC> > > >i/ei/e i/e i/e i/e Viga, 1863 Barn 2 Viga Smokehouse 3 Viga, 1840 Sissela House 4 e 19°Ci 64% RHi 14% MCi 17°C 71% RH 18% MC 20°C 64% RH 14% MC> > > > i/e e i/e i/e i/e i/e i/e i/e 14°Ci 72% RHi 39% MCi 20°C 63% RH 14% MC 15°C 68% RH 16% MC> > > > i/e i/e Litunet, 1700 - 1800 Eldery Hose with Barn 7 e e ei/e 15°Ci 80% RHi 16% MCi 16°C 81% RH 14% MC 14°C 78% RH 16% MCe> > > >i/e i/e ee e i/e 17°Ci 62% RHi 32% MCi 16°C 62% RH 16% MC 17°C 62% RH 16% MCee> > > >i/ei/e i/e i/ei/e e18°Ci 60% RHi 16% MCi 18°C 60% RH 15% MC 17°C 60% RH 17% MCe> > > >i/e ee17°Ci 65% RHi 16% MCi 16°C 61% RH 20% MC 16°C 61% RH 16% MC> > > > i/e e e e i/e e16°Ci 65% RHi 16% MCi 17°C 65% RH 15% MC 16°C 65% RH 16% MCe> > > >i/e i/e i/e e ei/e16°Ci 67% RHi 11% MCi 17°C 67% RH 15% MC 16°C 66% RH 11% MC> > > > ei/e16°Ci 71% RHi 22% MCi 17°C 67% RH 18% MC 18°C 71% RH 7% MC> > > > e ei/e e16°Ci 76% RHi 15% MCi 16°C 72% RH 16% MC 17°C 73% RH 14% MC> > > > i/ei/e Litunet, 1700 - 1800 Small Dwelling 2 Litunet, 1700 - 1800 Store House 10 Litunet, 1700 - 1800 Store House 10 Kolbenstveit, 1850 Kolbenstveit 1850 Barn 2 i/e i/e February 2016 August 2017 August 2017 August 2017 August 2017 August 2017 August 2017 August 2017 August 2017 WORLDAXISORIENTATION 1 2 3 semi-interiorspacefromoneside semi-interiorspacefromtwosides semi-interiorspacefromthreesides semi-interiorspacefromfoursides 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 3 3 3 3 3 3 GIGA-mapping Svalgangs and Skuts Systemic Approach to Architectural Performance Project with the Kind Support by EEA Grants GIGA-Map by Marie Davidová The study was performed by Marie Davidová and Dana Raková who are also the authors of the images. The data were col- lected from Norsk Folkemuseet in Oslo - The Open Air Museum, Slotsfjellsmuseet in Tønsberg, Landa Muzeum, Viga, Litunet, Kolbensveit and Hordaland Museum in Bergen. We would like to thank to Birger Sevaldson from the Oslo School of Architecture and to Jørgen Solstad from Vestfold Cultural Heritage Buildings Preservation for giving for providing us with information and to Stian Myhren and Terje Planke from Oslo Open Air Museum, Sondre Skur Roberg, Kristina Litherland and Hakon Livland from Slolotsfjells- museet in Tønsberg, Nils Viga Hausken from Viga, Stina Ekelund Erlandsen from Nesesjøhuset and Espen Kutschera from Hordaland Museum in Bergen for providing us with plans and/or accessing us the spaces. source of climatic diagrams: yr. (2016). Clima. Retrieved February 15, 2016, from http://www.yr.no/ source of map of Norway: Central Intelligence Agency. (1998). Central Intelligence Agency. Retrieved February 1, 2016, from https://www.cia.gov/ source of plans: Enerstvedt, Å. (1995). Huset, Bustad, Arbeidstat. Fana: Hordamuseet. Høibo, R. (2004). Folk i Ryfylke: Kolbeinstveit. Sand: Ryfylkemuseet. Høibo, R. (2007). Folk i Ryfylke: Viga. Sand: Ryfylkemuseet. Oslo Open Air Museum and Ryfylke Museum Archive Relating Environmental and Social Conditions of Norwegian Traditional Archi- tectures’ Non-discrete Spaces, so called “Svalgangs” and “Skuts” clim materialresponsiveperformance a�cperformance The unclimatised spaces between interior and exterior, generating the onion principal of the building, securing to different extends visual, sound, light and climatic penetration, have its place in almost all traditional architectures, performing as its energy exchange with the surrounding environ- ment. “Svalgangs and Skuts”, the semi-interior spaces in Norwegian traditional architecture, are giving various opportuni- ties of use and performance. They are serving as public-private and indoor-outdoor interface, developed in high poten- tials of articulation with different or even gradual degrees of permeability in relation to socio-environmental conditions. The GIGA-map is relating such spaces in context of their original climatic location, opportunities of use or inhabitation, options of penetration of overall environment and spatial dimensions, its distribution enveloping the interior spaces, world axis orientation in today location and climatic Exchange of the onion principle. The GIGA-map is zooming into various scales and layers, relating data and their development through colour coding gradients, their intensity through dashed lines and weights, themes through curvature degrees and arrows suggesting the process of the performance.
- 40. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance transformableopenness closed semi-open-largeopenings semi-closed-ventilationopenings semi-open-lacelikesemitransparent semi-open-openside leisure working communication loadingofmaterial storingofmaterial animaldwelling shelterforotherspecies clim materialresponsiveperformance a�cperformance
- 41. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance i/e 4°Ci 52% RHi 17% MCi 4°C 52% RH 21% MC 4°C 52% RH 21% MCei/ei/e i/e e e e 3°Ci 52% RHi 18% MCi 3°C 52% RH 17% MC 3°C 51% RH 22% MCei/ei/e i/e e e> > > > > > > > 19°Ci 53% RHi 14% MCi 21°C 54% RH 14% MC 24°C 51% RH 18% MCee> > > > temperatureofinteriorspace rela�vehumidityofinteriorspace moisturecontentofwoodininteriorspace temperatureofsemi-interiorspace rela�vehumidityofsemi-interiorspace moisturecontentofwoodinsemi-interiorspace temperatureofexteriorspace relavehumidityofexteriorspace moisturecontentofwoodinexteriorspace NorthFaceOrienta�on EastFaceOrienta�on SouthFaceOrienta�on WestFaceOrienta�on North-WestFaceOrienta�on North-EastFaceOrienta�on South-EastFaceOrienta�on South-WestFaceOrienta�on i/e i/e i/e e e e i/e 21°Ci 54% RHi 14% MCi 23°C 50% RH 15% MC 28°C 60% RH 15% MCe e> > > >i/e i/e e i/e i/e i/e i/e e 17°Ci 62% RHi 32% MCi 16°C 62% RH 16% MC 17°C 62% RH 16% MCee> > > >i/ei/e i/e i/ei/e e18°Ci 60% RHi 16% MCi 18°C 60% RH 15% MC 17°C 60% RH 17% MCe> > > >i/e ee17°Ci 65% RHi 16% MCi 16°C 61% RH 20% MC 16°C 61% RH 16% MC> > > > i/e e e e i/e e16°Ci 65% RHi 16% MCi 17°C 65% RH 15% MC 16°C 65% RH 16% MCe> > > >i/e i/e i/e e ei/e16°Ci 67% RHi 11% MCi 17°C 67% RH 15% MC 16°C 66% RH 11% MC> > > > ei/e16°Ci 71% RHi 22% MCi 17°C 67% RH 18% MC 18°C 71% RH 7% MC> > > > e ei/e e16°Ci 76% RHi 15% MCi 16°C 72% RH 16% MC 17°C 73% RH 14% MC> > > >i/e i/e
- 42. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 43. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 44. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance 22°C32°Ce i/e32% RHe i/e 39% RHi/e 20°C25°Ce 31% RHe i/e 35% RHi/e 28°C35°Ce 28% RHe i/e 31% RHi/e 20°C24°Ce 32% RHe i/e 31% RHi/e 22°C i/e 35% RHi/e 20°C i/e 36% RHi/e 25°C i/e 32% RHi/e 17°C i/e 37% RHi/e 18°C21°Ce 47% RHe i/e 61% RHi/e 18°C i/e 58% RHi/e 21°C i/e 59% RHi/e 14°C i/e 57% RHi/e 13°C i/e 59% RHi/e 13°C i/e 57% RHi/e 15°C i/e 58% RHi/e 13°C i/e 61% RHi/e UndergroundCity FairyChimneys Valleys RockWalls Valleys RockHills author: Maximilian Dörrbecker, source: https://commons.wikimedia.org/wiki/File:Map_of_Cappadocia.jpg, licenced under: Creative Commons Attribution-Share Alike 2.5 Generic license. https://chronicle.fanack.com/turkey/geography/ http://www.nigde.climatemps.com/ http://www.kayseri.climatemps.com/ Fully Ground Fully Ground Fully Ground Fully Ground Fully Ground Fully Ground Fully Ground Fully Ground Masonry Addition - Wall Masonry Addition - Wall Masonry Addition - Interior and Semi-Interior Spaces, Terraces Masonry Addition - Interior and Semi-Interior Spaces, Terraces Masonry Addition - Interior and Semi-Interior Spaces, Terraces Masonry Addition - Vaults Roofing, Landscaping FarmAnimalInhabitation HumanInhabitaton PigeonInhabitaton Permanent Use Permanent Use Permanent Use Occasional Use Permanent Use Occasional Use Permanent Use Permanent Use Permanent Use Permanent Use Permanent Use Permanent Use Permanent Use Permanent Use Occasional Use Permanent Use Permanent Use Permanent Use Occasional Use Permanent Use Permanent Use Permanent Use Permanent Use Permanent Use Permanent Use Occasional Use Occasional Use Occasional Use NorthFaceOrientation EastFaceOrientation SouthFaceOrientation WestFaceOrientation LocalandRelatedClimate ExteriorTemperature ExteriorRelativeHumidity Semi-InteriorTemperature Semi-InteriorRelativeHumidity >> >> RelationshipofCarvingandAdding Ground and Semi-Ground Inhabittation: Cappadacia Case Study Thematic GIGA-Map author: Marie Davidova project: Traditional Architecture and Its Performance funded by Student Grant Competition at the Technical University of Liberec, Czech Republic The thematic GIGA-Map is relating macro and micro climatic relations of exterior and semi-interior spaces with geological posi- tion and world axis orientation, substrative and additive building within and with tuff stone. The dashed lines express intensity and periodicity of the occurrence of certain fields, while the marking dot suggest the abundance by their size and intensity by gradients. The graphics arrows express increases and decreases, while the text arrows suggest the reading directions. The map clearly expresses, that when designed vise, the semi-interior space without full enclosure, can manipulate the internal climate up to approximately 10°C through the ground material and natural ventilation; and different climates and word axis ori- entations were designed for different purposes of use. This also relates to co-habitance with different species with different cli- matic, excess and spatial needs. <<< <<< <<< <<< <<< <<<
- 45. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance 32°Ce 32% RHe 25°Ce 31% RHe 35°Ce 28% RHe 24°Ce 32% RHe UndergroundCity FairyChimneys Valleys RockWalls Valleys RockHills NorthFaceOrientation EastFaceOrientation SouthFaceOrientation WestFaceOrientation ExteriorTemperature ExteriorRelativeHumidity <<< <<<
- 46. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance 22°C i/e 35% RHi/e 20°C i/e 36% RHi/e 25°C i/e 32% RHi/e Fully Ground Fully Ground Fully Ground Fully Ground Masonry Addition - Wall Masonry Addition - Wall Masonry Addition - Interior and FarmAnimalInhabitation HumanInhabitaton PigeonInhabitaton Permanent Use Permanent Use Permanent Use Occasional Use Permanent Use Occasional Use Permanent Use Permanent Use Permanent Use Permanent Use Permanent Use Permanent Use Permanent Use Permanent Use Occasional Use RelationshipofCarvingandAdding<<<
- 47. 7.4 Formidling/motesal 7.6 Lager 7.5 Multimedia 7.3 Utstill ingsareal 7.3 Utstillingsareal5.1 MiSF - sjef 7.3 Utstillingsareal 7.3 Utstillingsareal skriver 6.1 Recepsjon 7.1 Butik 7.2 Garderobe ±0,000 +3,100 +4,200 +6,350+6,200 +7,000 +7,000 -4,360 2.0 Magasin 6.7 Reinholdsrom 2.0 Magasin 6.5 Garderobe 1.2 Lager ureint6.1 Recepsjon 7.1 Butik 7.2 Garderobe 7.3 Utstillingsareal ±0,000 +1,150 +1,150+1,150 +1,15 +1,15 0 2 5 10 snitter 1:200 del snitt 1:100 BB’ AA’ axometri PÅ VEI Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance På Vei: • speculation
- 48. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance Responsive Transformer: • application
- 49. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 50. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 51. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 52. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance Spiralling Slope: • practice application
- 53. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance Birke 2018
- 54. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance Birke 2018
- 55. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance Birke 2018
- 56. • ‘Service Design’ > non-anthropocentric eco-systemic services Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance Photo: Carrithers 2017
- 57. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 58. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance Photo: Škuta 2014
- 59. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 60. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 61. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 62. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 63. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
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- 65. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 66. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 67. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance • ‘Co-Design, Co-Creation and DIY’
- 68. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 69. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance Photo: Zapletal 2014
- 70. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 71. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 72. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
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- 75. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 76. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 77. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 78. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 79. < < << < <<< < < < < < < < < < < < < < < < < < < < < < < < < < < << << < < < < < < < < < < < << < < < < < << < < < < < < < < < < < < < < < < < <<< < < <<< < < < < <<< <<<< << << < << < < < << < << < << <<< < < < < << < < << <<<<<< < <<< <<< < < < < < < < < < <<< < << < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < << < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < << < < <<<<<< < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < << << < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < << < < < < < < < < < < < < < << < < < < << < < < < < < << < < < < < < < << < < < < < < < < < < < < < < < < < << < < < < < < < < < < < < < < < < < < < < transformablyopen veryopensemi-interiorspace -theparasitegeneratespublic-privatespace semi-interiorspace-thepeelgenerates The Tsunami Disaster Dec 26th 2004 (Marie Davidová, Erik Stenman and Pavel Žikovský 2006) with the place of the disaster through horizon. (workshop tutors: Marie Davidová and Krištof Hanzlík (Coll Coll) with Petra Fišerová, Marta Mezerová, Zuzana Pavlová, Pavel Mahdal, Libor Mládek, Adam de Pina and Eduard Seibert 2012) Mannsåker & Marie Davidová 2009) - Mood for Wood: Comunity Origami Furniture (workhop tutors: Marie Davidová, Šimon Prokop; students: Pulina Hajdú, Wojtek Kozłowski, Lencsés Albert, Martyna Rajewska, Simona Tóthová, Agnieszka Turczyńska 2015) The project covers transformable furniture for perifery comunity gar- den in the city of Poznań. It enables a mixture of preset and opportu- Roubalová 2012) - the pavilion was dancing in wind, responding by its height to humidity level. - dents: Alena Novotná, Anna Hrušová, Antonín Hůla, Barbora Slavíčková, Jakub Kopecký, Jiří Fáber, Jiří Pokorný, Petr Tůma, Tereza Jílková, Rad- im Sýkora, Eliška Antonyová, Tereza Lišková, Filip Janata, Tomáš Kytka, Petr Havelka 2014) LOOP is a research and public pavilion in one. While being weather re- “waterfall sound from motorway”. It’s main topic is variosity of sound proposed to generate pleasant urban environment. with graphic studio Skuta Design: Jan Škuta 2011) - - - Nilssen-Love 2011) + Ray 3 Prototype (Marie Davidová 2016) The museum complex project with onion princile for its climate, supported by environment responsive envelope Ray 3. The semi-interior space of such system generate both, pleasant cli- BARCODE B10.1 - Fasade Concept Development Fagernes 2007) On the BARCODE B10.1 fasade concept development we - - eral visual diversity of both interior as well as exterior. SpiralTreeHouse (Marie Davidová & Prokop Závada 2010-2013) SpiralTreeHouse is built from the rest trees in the forest as a - dynamics of the tree and its environmental input that will evolve social boundary conditions environment - design responsive temperature responsive light responsive sound responsive radio waves responsive human - design responsive leisure work meeting point material loading material storing sleeping furniture shelter screen parasite environment - material responsive movable public private public-private design - environment responsive material - environment responsive temperature effect light effect sound effect radio waves effect <<<<<<< fully open - boundary conditions - closed >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> The courtyard space was occupied by balloons for people to chill out, play and interact. < < << < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < << < < < < Design’s Boundary Conditions in Relation to Environmental Interactions GIGA-map Systemic Approach to Architectural Performance and Wood as a Primary Medium to Architectural Performance project Marie Davidová This GIGA-map developed as a ZIP-analysis of GIGA-map- ping Workshop lead by Birger Sevaldson that was mapping pavilions from the project Wood as a Primary Medium to Architectural Performance. It is mapping a problem of dif- ferent types of environmental, biological as well as physical, interactions through a range of boundary conditions of dif- ferent designs. The case designs were either authored or co-authored by the GIAGA-map’s author and were selected due to their suitability to the not fully strict ‘gradient’. The map lays out a matrix of parameters and relating their interactions that often generate more or less complex feed- back loops, some of them cycling even in hierarchical con- stellations. The stroke thickness doesn’t fully reflect the hi- erarchy in the system but the importance of related interac- tions. The gradient of the splines represents the boundary crossings, while the colour gradient of lines and texts for each project represent a range from design’s openness to closeness of the boundary. Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 80. < < < < < < < < < < < < < < < < < < < < < < < < < < << < < < < << < < < < < social boundary conditions leisure work meeting point material loading material storing sleeping furniture shelter screen parasite public private public-private material - environment responsive temperature effect light effect sound effect radio waves effect < < Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 81. < < << < <<< < < < < < < < < < < < < < < < < < < < < < < < < < < << << < < < < < < < < < < < << < < < < < << < < < < < < < < < < < < < < < < < <<< < < <<< < < < < <<< <<<< << << < << < < < << < << < << <<< < < < < << < < << <<<<<< < <<< <<< < < < < < < < < < <<< < << < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < << < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < << < < <<<<<< < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < << << < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < << < < < < < < < < < < < < < << < < < < << < < < < < < << < < < < < < < << < < < < < < < < < < < < < < < < < << < < < < < < < < < < < < < < < < < < < < transformablyopen veryopensemi-interiorspace -theparasitegeneratespublic-privatespace semi-interiorspace-thepeelgenerates The Tsunami Disaster Dec 26th 2004 (Marie Davidová, Erik Stenman and Pavel Žikovský 2006) with the place of the disaster through horizon. (workshop tutors: Marie Davidová and Krištof Hanzlík (Coll Coll) with Petra Fišerová, Marta Mezerová, Zuzana Pavlová, Pavel Mahdal, Libor Mládek, Adam de Pina and Eduard Seibert 2012) Mannsåker & Marie Davidová 2009) - Mood for Wood: Comunity Origami Furniture (workhop tutors: Marie Davidová, Šimon Prokop; students: Pulina Hajdú, Wojtek Kozłowski, Lencsés Albert, Martyna Rajewska, Simona Tóthová, Agnieszka Turczyńska 2015) The project covers transformable furniture for perifery comunity gar- den in the city of Poznań. It enables a mixture of preset and opportu- Roubalová 2012) - the pavilion was dancing in wind, responding by its height to humidity level. - dents: Alena Novotná, Anna Hrušová, Antonín Hůla, Barbora Slavíčková, Jakub Kopecký, Jiří Fáber, Jiří Pokorný, Petr Tůma, Tereza Jílková, Rad- im Sýkora, Eliška Antonyová, Tereza Lišková, Filip Janata, Tomáš Kytka, Petr Havelka 2014) LOOP is a research and public pavilion in one. While being weather re- “waterfall sound from motorway”. It’s main topic is variosity of sound proposed to generate pleasant urban environment. with graphic studio Skuta Design: Jan Škuta 2011) - - - Nilssen-Love 2011) + Ray 3 Prototype (Marie Davidová 2016) The museum complex project with onion princile for its climate, supported by environment responsive envelope Ray 3. The semi-interior space of such system generate both, pleasant cli- BARCODE B10.1 - Fasade Concept Development Fagernes 2007) On the BARCODE B10.1 fasade concept development we - - eral visual diversity of both interior as well as exterior. SpiralTreeHouse (Marie Davidová & Prokop Závada 2010-2013) SpiralTreeHouse is built from the rest trees in the forest as a - dynamics of the tree and its environmental input that will evolve social boundary conditions environment - design responsive temperature responsive light responsive sound responsive radio waves responsive human - design responsive leisure work meeting point material loading material storing sleeping furniture shelter screen parasite environment - material responsive movable public private public-private design - environment responsive material - environment responsive temperature effect light effect sound effect radio waves effect <<<<<<< fully open - boundary conditions - closed >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> The courtyard space was occupied by balloons for people to chill out, play and interact. < < << < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < < << < < < < Design’s Boundary Conditions in Relation to Environmental Interactions GIGA-map Systemic Approach to Architectural Performance and Wood as a Primary Medium to Architectural Performance project Marie Davidová This GIGA-map developed as a ZIP-analysis of GIGA-map- ping Workshop lead by Birger Sevaldson that was mapping pavilions from the project Wood as a Primary Medium to Architectural Performance. It is mapping a problem of dif- ferent types of environmental, biological as well as physical, interactions through a range of boundary conditions of dif- ferent designs. The case designs were either authored or co-authored by the GIAGA-map’s author and were selected due to their suitability to the not fully strict ‘gradient’. The map lays out a matrix of parameters and relating their interactions that often generate more or less complex feed- back loops, some of them cycling even in hierarchical con- stellations. The stroke thickness doesn’t fully reflect the hi- erarchy in the system but the importance of related interac- tions. The gradient of the splines represents the boundary crossings, while the colour gradient of lines and texts for each project represent a range from design’s openness to closeness of the boundary. • Shift from Anthropocene • > Biodiversity and Climate Change Adaptation Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 82. Research by Design through: • > Eco-Systemic Prototypical Urban Interventions • > Related Historical Prototypes Studies Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 83. Leading to the Shift from Anthropocene in Built Environment > • cross-species co-living > dwelling and edible landscape • co-design process > the process of its performance • public and transdisciplinary communication and co-design • analogue and digital co-design for adaptation • Creative Commons Attribution-NonCommercial 4.0 Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 84. Shift from ‘Cities for People’ (Gehl, 2010) > Participation of Both, Biotic and Abiotic Agency > One Co-Performative Ecosystem, the ‘Real Life Laboratory’ Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 85. Twofold ‘Ecological Urbanism’ (Mostafavi & Doherty, 2016): • physically prototyping and testing our work through overall ecosystemic engagement • tool to communities to spread the work through DIY Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 86. These multi-layered and multi-scaled local specific eco-systemic trans-co-design real time processes are therefore building the ground of the very open newly emerging design field of Systemic Approach to Architectural Performance Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance
- 87. Thank you! Marie Davidová, MArch, Ph.D. Founding Member and Chair of Collaborative Collective md@collcoll.cc Lecturer at the Welsh School of Architecture Founding Member of Systemic Design Association Read my publications at: Marie Davidová, MArch, Ph.D.: Systemic Approach to Architectural Performance