PORTFOLIO mariia kapitonova
PORTFOLIO ARCH. KAPITONOVA
CURRICULUM VITAE MARIIA KAPITONOVA 10_01_1990 Via Cadolini 13 _ Milan, Italy _ 20137 Permanent Italian residence permit, Work permission in EU +39 320 2252356, kapitonova.ms@gmail.com
birth address citizenship phone email
https://www.linkedin.com/in/mariia-kapitonova
Mariia is interested in Project Management, Urban planning and Research. She is able to organize work in multicultural and multidisciplinary team. Very sensitive to a good graphic design. EDUCATION 2_2019 - 7_2019
Project Management Course Peter the Great St.Petersburg Polytechnic University _ St.Petersburg, Russia 92 | 100
9_2013 - 12_2015
MSc Urban Planning and Policy Design School of Architecture, Urbanism and Construction Engineering, Politecnico di Milano _ Milan, Italy 110 cum laude | 110 (with remarks) Thesis: Energy of the Frost. Sustainable strategies for Yakutsk, the extreme cold city Prof. Eugenio Morello, Co-supervisor: Prof. Stefano Recalcati
8_2015
2015 World Cities World Class University Network symposium, Eco-campus City University London _ London, UK Project: Enhancing sustainability and community engagement of the City University London campus. _Prof. A. Balducci, Prof. E. Morello, Prof. S. Clauss.
9_2007 - 7_2013
Specialist degree in Architecture Department of Architecture _ Ufa State Petroleum Technological University _Ufa, Russia 6-year program _ 4.95 | 5.00 cum laude (with remarks) Thesis: Organization of public spaces in the historical center of Ufa Prof. Olga Spirina, Prof. Ramil Baymuratov
3_2015
MIAW_ Milano International Architecture Workshop Politecnico di Milano _ Milan, Italy Project: Multiplayer city _ Prof. Luis Basabe Montalvo _ Madrid, Spain _ 30.00 | 30.00
9_2002 - 7_2006
Art school Diploma Art school N2 _ Ufa, Russia 4.85 | 5.00
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WORK EXPERIENCES 11_2019 - current time
Project Manager | Brusnika developer _ Yekaterinburg phases: masterplan, architecture, landscape, interior, lighting design collaboration with local and international teams: Baumschlager Eberle, E2A, KCAP, Mecanoo, Noefer Arkitekten, ANA Arkitekten, Stefan Forster Arkitekten, Greenhance, West 8, Studio Peter Fink, Open Fabric, S&P Teaching assistant | Politecnico di Milano, Faculty of Architecture and Society _ Milan, Italy Final studio for the 3rd year of bachelor ‘Form use & interiors for Contemporary Dwelling’
3_2017 - 9_2017
Architect | ARUP _ Milan, Italy Architect, urban designer, graphic designer, researcher
6_2014 - 11_2019
Research projects: ‘Future of the Ports’, Milan, Italy ‘Fiume verde’, in a collaboration with Stefano Boeri Architetti, Milan, Italy ‘PLANET: The Smart City ‘, Milan, Italy ‘Urban Bio-loop. Growing, Making, Regenerating’, Milan, Italy ‘Cities Alive: Shaping a Walking World’, London, UK ‘100Resilient Cities, Milan Resilient City Strategy’, within the 100 Resilient Cities pioneered by the Rockefeller Foundation, Milan, Italy Design projects: Barcelona Airport masterplan , Barcelona, Spain Taranto Citta Vecchia international masterplan competition,Taranto, Italy Concept project of Krakow Airport Masterplan , Krakow, Poland Templeshannon street masterplan , Enniscouthy, Ireland Masterplan and urban design for Nikolskaya Courtyards , Moscow, Russia Masterplan for la Munoza, Barajas International Airport , Madrid, Spain Masterplan for Catania International Airport , Catania, Italy International competition for Mutti S.p.a. , Parma, Italy Participation in Yenikapi Cruise terminal Masterplan , Istanbul, Turkey Participation in Istanbul artificial islands , Istanbul, Turkey Olonkholand Complex International Competition,Yakutsk, Russia Assessment: New Theatre Site Assessment, Lucerne, Switzerland. 7_2011 - 1_2013
Junior Architect | Archproject, Dubinsky studio _ Ufa, Russia Temple complex in honor of the Holy Matrona of Moscow (realized)
SKILLS graphic project management language
AutoCAD, Adobe Suite, Sketch Up, 3d Max, Graphic, Aquarelle, Tempera Drawings Asana, Miro, public presentations (municipality, international fairs) English _ C2, Russian _ C2, Italian _ B2, Serbocroation _A2 5
PORTFOLIO ARCH. KAPITONOVA
EXHIBITIONS Les Pétales, for VENICE BIENNALE ARCHITECTURE 2021 Social Housing Masterplan in Yaounde, Cameroon Mariia Kapitonova in an Arup Italia team curated by Stefano Recalcati English | Italian Pavillion of Italy, Arsenale zone, Venice, Italy 22nd of May - 21st of November 2021
Title Author (s) Language Exhibition place Date of exhibition
Future of ports Exhibition devoted to ongoing research driving by Arup University about main trends in ports and its influence on the city landscape Mariia Kapitonova, Serena Girani, curated by Stefano Recalcati English ARUP HEADQUARTER, 8 Fitzroy Street, London, UK 3rd of July-7th of September 2017
Title Author (s) Language Exhibition place Date of exhibition
Reporting from Marghera and other waterfronts special project for VENICE BIENNALE ARCHITECTURE 2016 Mariia Kapitonova, Serena Girani, curated by Stefano Recalcati English Arup, 8 Fitzroy Street, London, UK 3rd of July-7th of September 2017
Title Author (s) Language Exhibition place Date of exhibition
Re.Co.De! reshaping contemporary dwelling’, exhibition of the BA students’ work Thematic Design Studio - AUIC School - Politecnico di Milano curated by M.Kapitonova, M.Bricocoli, G.Hanninen, G.Postiglione, R. Pemjea et al. English | Italian Edificio 11, Politecnico di Milano - Via Andrea Maria Ampère, 2, Milan, Italy 10th of July- 1st of September 2017
Title Author (s) Language Exhibition place Date of exhibition
Fiume verde for ‘5 scenari in mostra a Milano’ organized by FS Sistemi Urbani, Comune di Milano, Regione Lombardia for the MILAN DESIGN WEEK 2017 Mariia Kapitonova, team STEFANO BOERI Architetti, curated by Stefano Boeri Italian Passerella Biki pavilion, Porta Genova, Milan, Italy. April 2017
Title Author (s) Language Exhibition place Date of exhibition
Wanna be fancy for Ri-Formare Milano 2015 series of the photographs Mariia Kapitonova, curated by Massimo Bricocoli, Giovanni Hanninen Italian LA TRIENNALE DI MILANO, viale Emilio Alemagna, 6, Milan, Italy. March 2015
Title Author (s) Language Exhibition place Date of exhibition
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COMPETITIONS Scalo Greco international masterplan competition C40 Reinventing Cities_ Milan, Italy Mariia Kapitonova, Arup Masterplan team, in a collaboration with studio Barreca & La Varra Innesto, the 1st Zero Carbon “Social Housing” project in Italy concept masterplan 1st prize Italian | English September 2019
Title Author (s) Project Award Language Date
Taranto Citta Vecchia international masterplan competition _ Taranto, Italy Mariia Kapitonova, Arup Masterplan team in a collaboration with Prof. P. GABELLINI, studio FABIO NOVEMBRE. Taranto Citta Vecchia concept masterplan and strategic vision Special mention of the jury Italian December 2016
Title Author (s)
International competition for Mutti S.p.a. _Parma, Italy Mariia Kapitonova, Arup Masterplan and Architectural team Masterplan for the Mutti factory renovation and reorganization Top 5 projects Italian March 2016
Title Author (s) Project Award Language Date
Olonkholand Complex International Competition _ Yakutsk, Russia Mariia Kapitonova, Arup Masterplan and Architectural team Olonkholand Complex Masterplan 1 ST PRIZE English | Russian July 2014
Title Author (s) Project Award Language Date
Project Award Language Date
PUBLICATIONS Growing, making and regenerating: the Urban Bio-loop M. Kapitonova, G. Carra, S. Ilardi, S. Girani English “Growing, making and regenerating: the Urban Bio-loop”,ARUP, Milan, 2017, p. 74 2017
Title Author(s) Language Publication place Date of publication
Cities Alive: Shaping a Walking World M. Kapitonova, D. Scopelliti, S. Claris, C.Fraticelli, et al. English ”Cities Alive: Shaping a Walking World”, ARUP, London, 2016, p. 166 2016
Title Author(s) Language Publication place Date of publication
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PORTFOLIO ARCH. KAPITONOVA
TYPOLOGY | LEGEND
ACADEMIC PROJECT PROFESSIONAL DESIGN PROJECT RESEARCH URBAN PLANNING ARCHITECTURE PHOTOGRAPHY ART & PAINTING TEAM WORK INDIVIDUAL WORK
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SELECTED PROJECTS
Year PAGE SWISS TOWER
2021
10
NORTHERN QUARTERS
2021
22
INNESTO SCALI GRECO
2019
28
TARANTO CITTA VECCHIA MASTERPLAN
2016
32
FUTURE OF THE PORTS
2017
36
ENERGY OF THE FROST
2015
38
OLONKHOLAND MASTERPLAN
2014
42
A GREEN RIVER FOR MILAN
2017
48
MULTIPLAYER CITY
2017
50
WANNA BE FANCY
2015
52
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PORTFOLIO ARCH. KAPITONOVA
SWISS TOWER BY E2A The «Swiss Tower» is the first phase of integrated development project in the city centre of Yekaterinburg, a prospective Papanina residential quarter by Brusnika developer. Project includes such phases as a masterplan, transport analysis and simulation, architecture of facades and floor plans, landscape design, interioir design of lobby and unique flats. Mariia worked as a project manager and was engaged with all teams on all phases. The masteplan was developed by dutch bureau KCAP for the area of 34 ha, 300 000 m2 of SFA and density 13 000m2\ha.
PM Brusnika ~25 people team
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The development plot was complicated in terms of urban planning, On one side, there is a water protection zone, and on the other — the mainline drainage system, which is hard to relocate. Not to mention the street red line. As a result, the foundation plot was reduced to just 661 m2. The only advantage was to extend the facade on the street side and thus expand the building volume. There were concerns about the viablity to build a tower in such a tiny spot but then it was decided to turn it to structural morphology. And just due to the plot restrictions, the tower receives such peculiar feature as an arch and elegant columns.
Yekaterinburg, Russia Key facts: SFA 15 500 m2 Number of flats: 184 Medium flat size: 65,5 m2
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Renders of Swiss tower on the waterfront (up) and conceptual idea renderings(down)
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Site plan 1:500
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The tower is designed by swiss bureau E2A as a transparent glass shell with solid cores - staircases and bathrooms - of reinforced concrete permeating it. The contrast of materials singles it out from the urban fabric - staircase a nd elevator sections and bathrooms acting as cores, the rest is made of glass.
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Also there are light, lacy balconies with rounded basements with a view to maximise on the area of apartments overlooking the pond. The balconies add sculptural shapes to the building and additional depth to the facades. They also create attractive light and shade effects, varying at different times of day. Moreover, the balconies allowed of designing French windows in apartments.
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Another peculiar feature of the project is small circular window in bathrooms - they are called oeil-de-boeuf or bull’s eye. Designed at 11eye level, they are conceived so that residents can get a view of the scenery while taking a shower.
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Materialität Fassade
Fassade - F
Fassade - F
F.1 Holzmetalfenster Materialization OUTSIDE aussen: Aluminium Bronze
F.1 Betonelemente - B Holzmetalfenster aussen: Aluminium Bronze F.1 Betonelemente - B Holzmetalfenster aussen: Aluminium Bronze F.1 Betonelemente - B Glasfaserbeton Betongrau Verglasung - G
F.1 Glasfaserbeton Betongrau
Verglasung - G
F.1 Glasfaserbeton Betongrau
Materialität Fassade
Verglasung - G
G.1 3- Fach Isolierungsverglasung
G.1 Sonnenschutz - E 3- Fach Isolierungsverglasung G.1 3- Fach Sonnenschutz - E Isolierungsverglasung F.1 F.2 E.14 Holzmetalfenster Holzmetalfenster Rafflamellen aussen: Sonnenschutz - E innen: deckend Aluminium Aluminium Bronze gestrichen Bronze RAL/NCS Betonelemente - B E.14 Rafflamellen Aluminium Bronze Fassade - F
F.1 Glasfaserbeton Betongrau
E.14 Rafflamellen Aluminium Bronze
Verglasung - G
G.1 3- Fach Isolierungsverglasung Sonnenschutz - E
E.14 Rafflamellen Aluminium Bronze
E.15 Rafflamellen Aluminium Bronze
F.2 Holzmetalfenster innen: deckend gestrichen RAL/NCS F.2
Concrete balcony slabs Concrete balcony slabs Holzmetalfenster aparent concrete, pre-stressed in situ orconcrete, prefabricated innen: deckend aparent pre-stressed gestrichen in RAL/NCS situ or prefabricated F.2
Holzmetalfenster innen: deckend gestrichen RAL/NCS
Vertical surfaces - Sanitary cores Vertical surfaces - Sanitary cores reinforced laminaed concrete, 20 - 30 mm ventilated, prefabricated, joineries sanded reinforced laminaed concrete, 20 - 30 mm Product coordinates: - Stahlton Bauteile AG (Switzerland) ventilated, prefabricated, joineries sanded http://www.stahlton-bauteile.ch/ - Polycon (Czech Republic) https://polycon.info/en/ or similar.
Glazing Glazing Triple glass, or according to Russian Standards Product coordinates: Triple glass, or according to Russian Standards - Glas Trösch (Switzerland) https://www.glastroesch.ch/ - Saint Gobain (Germany/Austria) https://www.saint-gobain.de/ or similar.
Metall -- Wood framing in Aluminum Metall Wood framing in Aluminum outside: eloxated, Bronze tone ProductBronze coordinates: outside: eloxated, tone or similar. - BWB Group (Switzerland,Romania) https://www.bwb-group.com inside: painted wooden frames. or similar. NCS towooden architect inside: according painted frames. NCS according to architect
Metall Railing E.15 -- Work, Metall Work, Railing(paint) galvanized and dupicated Rafflamellen NCS according to architect galvanized and dupicated (paint) Aluminium Bronze Product coordinates: - IGP Powder coatings NCS according to architect https://www.igp-powder.com/ or similar. E.15
Rafflamellen Aluminium Bronze E.15 Rafflamellen Aluminium Bronze
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Private terraces on the two floor apartments on the upper floors
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PORTFOLIO ARCH. KAPITONOVA
Floor plans and technical details
труктив
оте)
нта: 13,49 млн
Интерьер + конструктив Height of the floor = 3.30m Вариант 2 Height of the beam (above the H потолка = 3.30 м ( 3.00 м в чистоте) window) = 400 mm Wall underHtheбалки window = 400 мм + без колонн = 520 mm Простенок под окном = 520 мм Удорожание от исходного варианта: 13,49 млн Коробка 5,68 млн Оболочка 5,18 млн View from Отделка the living room 1,51 млн ВИС 1,12 млн
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Подпись под фото 17
Initially, we conceived an even bigger glass area with floor-to-ceiling windows. This meant installing radiant floor heating, but in order to balance the cost we have come up with the solution of making a small pillar underneath the window and placing the radiator there. This pillar is invisible while looking at the building at human height. It is also inconspicuous inside the apartment as it is just over 50 cm from the floor level. We have thus managed to preserve wrap-around glazing as the main architectural principle. Each apartment is equipped with a floor to ceiling window leading to the balcony with no traditional threshold bar, resulting in a levelled surface of the living quarters and the outdoor area. The apartments facing the pond. are so called «Rock star apartments». They were named this way for spectacular views from spacious kitchen and living room overlooking the waterfront. The apartment’s design basically needs no doors - the privacy is ensured by the geometry of sapaces. That said, sliding doors closing at the window transom are conceived in the project. In reality, doors can only be needed for soundproofing. The strength of Swiss layouts is their open framework and ideal forms, where all surfaces are smooth, and there are no protruding shafts or air chutes. On top of that, wrap-around glazing perimeter wise is not only an architectural but an interior highlight. The layout design leaves windows unobstructed.
PORTFOLIO ARCH. KAPITONOVA
Interior design: unique flats In the initial phase of the project there were no laundry rooms inside the apartments. It is true that the Swiss do not require washing machines in every single apartment. It is quite radical for the lifestyle in Yekateriburg though. So we had to make some changes in layouts at the phase of design development and plan utility zones featuring a laundry room or a storeroom in each apartment. Also it was made a very detailed design of unique flats floor plans - it is 2 levels apartment with kitchen on the top floor and an exit to a private roof terrace. The interior design was done by Shubochkiny architects and interior designer Tatyana Kerova. The idea was to show the future owners the possibility of organisation of space and to demonstrate the advantage of the architecture - strip glazing, wooden window frames and proportions of the rooms.
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Entr ance Hall
Entrance Hall 18
Interior design: lobby Public zone interiors will endorse the architectural concept, making the building a single entity. The porch, entrance hall, and floor landings blend into the project concept by means of geometric lines and identical materials. Interiors designed in the spirit of Swiss industrial architecture also by E2A and are enhanced by concrete walls, self-levelling terrazzo floors and crispy white light. They are softened with oak finishes and natural features: plants and an aquarium. The main signature feature is the aquarium, a real highlight of the project. The aquarium separates the retail zone (we imagine a restaurant) from the residents’ lobby on the ground floor. It acts as a divider on the one hand, but also as an interior feature, which is visible at both sides. Meeting no wall the light goes through the aquarium glass and draws attention to Koi fish. When we were discussing the project, our Swiss colleagues referred to this type of fish as fantastic creatures. Thanks to their eye catching orange-yellow scales, they will become the only bright spot in monochrome interiors of the house.
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Decke - D Materialität Fassade
Unsere Tore öffnen Perspektiven.
PORTFOLIO ARCH. KAPITONOVA
Entrance Hall
Fassade - F
en.
D.4 Entrance Hall
D.2 Stahlbetondecke Sichtbeton
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B
Holzwolleplatten
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Wand - W
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Betonelemente -B Core surface: aparent concrete (in-situ) G
Core surface:
Porta area: Floor entrance
aparent concrete (in-situ)
Coir robust coir (cocos) brush mat on SUGGESTED APPLICATION concrete floor Hotel, Public space, Store
W.3 Stahlbetonwände Sichtbeton
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B FloorBoden lobby and-elevator hall: robust coir (cocos) brush mat on polished concrete floor, concrete floor K quality terrazzo W.8 Porta 15, Ruckstuhl; 15mm; Surfatex terrazzo Stütze markiert https://www.ruckstuhl.com WaloL Bertschinger AG Verglasung -G (Switzerland) B y Ruckstuhl
MATERIAL Coir
SUGGESTED APPLICATION Hotel, Public space, Store
MATERIAL
W.4 Mauerwerk weiss gestrichen
W.8 Porta 15, Ruckstuhl; 15mm; Stütze markiert https://www.ruckstuhl.com
Lamp lounge: Floor lobby and elevator hall: Aalto pendant lamp A110 “Hand Grepolished concrete floor, nade”, black quality terrazzo Surfatex terrazzo https://www.artek.fi/en/products/penWalo Bertschinger AG dant-light-a110-hand-grenade (Switzerland)
Fassade - F
https://walo.ch/bodenbelagssparte/mineral-flooring/
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Lamp lobby / corridor: Surface-mounted downlight Hall REA LED from Regent, black
B.3 Hartbeton monolitisch
Coir
Composition
15: 83% coir, 11% sisal, 6% PP 20/25: 87% coir, 13% sisal
B acking
Heavy coating (SB R)
Width of rolls (approx.)
200 cm 6’7’’ ft. cut selvedge
Length of rolls (approx.)
15 m 49’2’’ ft.
B inding
Linen binding
Pile weight (approx.)
15: 4600 g/m² (136 oz./sq.yd.) 20: 5800 g/m² (171 oz./sq.yd.) 25: 6300/7000 g/m² (186/206 oz./sq.yd.)
Total weight (approx.)
15: 6900 g/m² (203 oz./sq.yd.) 20: 8100 g/m² (239 oz./sq.yd.) 25: 8600/9300 g/m² (254/275 oz./sq.yd.)
Total height (approx.)
15: 15 mm (0.59’’ in.) 20: 20 mm (0.8’’ in.) 25: 25 mm (1’ in.)
Wall Reception: carpenters work natural oak cladding door, bullseye window and built in Porta 20124with 15mm Porta 20124 20mm intercom, according to plans and images.
Lamp lobby / corridor: Fire proofed Door elevator hall: Surface-mounted downlight WS 740 REA LED from Regent, black
B urning class
C FL-S1
Application areas
Library Museum Restaurant
Collection
Cocos
Year
1922
Porta 60081 25mm
Reception
R simple screen atmosphere Porta 70003 25mm possible fish type: Japanese koi carps
F.2 Sonnenschutz - E Holzmetalfenster D.4 innen: deckend Holzwolleplatten ze gestrichen E.1 RAL/NCS Hauptzugangstür: Plant Island: Türflügel mit Concrete F.2 element with geweltem plant bassin, pre fabricated, E.14 r Holzmetalfenster with wooden top (natural oak) Aluminiublech, according to images and plans. 19 Rafflamellen ure Lobby innen: deckend inkl. Bullaugen Aluminium Bronze ze Plants gestrichen according to landscape architect. RAL/NCS Core surface:
Floor entrance area:
Materialität Untergeschoss robust(in-situ) coir (cocos) brush mat aparent concrete on concrete floor W.3Porta 15, Ruckstuhl; 15mm; W.4 Mauerwerk weiss Stahlbetonwände 9 https://www.ruckstuhl.com
Sichtbeton
gestrichen
PK61A table to plans and images. Poul Kjærholm for the wood type: natural oak label Fritz Hansen. colour: Marble, Grey Brown
Reception
https://fritzhansen.com
Porta area: Floor entrance
Floor lobby and elevator hall:
Wall Reception: carpenters work natural oak cladding withFassade door, bullseye - Fwindow and built in intercom, https://walo.ch/bodenbelagssparte/mineraccording to plans and images. al-flooring/ polished concrete floor, quality terrazzo Surfatex terrazzo Walo Bertschinger AG (Switzerland)
Composition
15: 83% coir, 11% sisal, 6% PP 20/25: 87% coir, 13% sisal
B acking
Width of rolls (approx.)
200 cm 6’7’’ ft. cut selvedge
Length of rolls (approx.)
15 m 49’2’’ ft.
B inding
Linen binding
Pile weight (approx.)
15: 4600 g/m² (136 oz./sq.yd.) 20: 5800 g/m² (171 oz./sq.yd.) 25: 6300/7000 g/m² (186/206 oz./sq.yd.)
Total weight (approx.)
G.1 3- Fach Isolierungsverglasung
Sonnenschutz - E
to plans and images. wood type: natural oak
E.15 Rafflamellen
Barcelona chair by Ludwi Rohe, leather, cognac
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INNOVATIVE TORSYSTEME
Lamp lobby / corridor: Surface-mounted downlight REA LED from Regent, black https://www.regent.ch/en/products/ product-finder/line/surface-mounteddownlight-rea/ or similar.
Porta 60081 25mm
15: 15 mm (0.59’’ in.) 20: 20 mm (0.8’’ in.) 25: 25 mm (1’ in.)
FÜR INDUSTRIE UND GEWERBE B.4 B.5 Aquarium: Reception Bodenmarkierung PU Belag: mit WS 740 simple screen atmosphere possible fish type: Japanese koi carps Hohlkehle als Parking shaft cladding / elevator doors:: F.1 F.2 galvanized metal. Wandanschluss E.14 Holzmetalfenster Holzmetalfenster RAL/NCS https://www.wolfisberg.com/ Rafflamellen fileadmin/downloads/pdf/ aussen: innen: deckend broschueren/Brandschutztore_2019.pdf Aluminium Bronze Aluminium Bronze gestrichen RAL/NCS Wodden postbox wall: Plant Island: Betonelemente -B carpenters work according Fire proofed Door elevator hall:
B urning class
C FL-S1
Application areas
Library Museum Restaurant
Collection
Cocos
Year
1922
Porta 70003 25mm
Concrete element with plant bassin, pre fabricated, with wooden top (natural oak) according to images and plans.
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Plants according to landscape architect.
https://fritzhansen.com
Lounge chairs:
https://www.artek.fi/en/products/pendant-light-a110-hand-grenade
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carpenters work natural oak cladding door, bullseye window and built in Porta 20124with 15mm Porta 20124 20mm intercom, according to plans and images.
15: 6900 g/m² (203 oz./sq.yd.) 20: 8100 g/m² (239 oz./sq.yd.) 25: 8600/9300 g/m² (254/275 oz./sq.yd.)
PK61A table Poul Kjærholm for the label Fritz Hansen. colour: Marble, Grey Bro
Concrete element with plant bassin, pre fabricated, with wooden top (natural oak) according to images and plans.
Aalto pendant lamp A110 “Hand Grenade”, black
Wall Reception:
Porta 20124 25mm Total height (approx.)
Lounge table:
Plant Island:
Lamp lounge:
BRANDSCHUTZTORE Heavy coating (SB R)
F.2 Holzmetalfenster innen: deckend gestrichen RAL/NCS
B y Ruckstuhl MATERIAL
Coir robust coir (cocos) brush mat on SUGGESTED APPLICATION concrete floor Hotel, Public space, Store
A visiting card for entrances – our tried and tested, robust brush mat, obtainable in different depths.
Coir
https://www.regent.ch/en product-finder/line/surfa downlight-rea/
Plants according to landscape architect.
Materialität Fassade Surface
Aquarium:
E.2 E.5 Nebenraumtür: VeloF.1 Lounge chairs: Türflügel deckend Doppelparker Glasfaserbeton Barcelona chair by Ludwig Mies van der Rohe, leather, cognac gespritzt E.15 Betongrau RAL/NCS Rafflamellen Aluminium Bronze Verglasung - G
W.8 Porta 15, Ruckstuhl; 15mm; 0 1 2 Stütze markiert https://www.ruckstuhl.com
Surface-mounted downlig REA LED from Regent, b
Porta 60081 25mm
simple screen atmosphere Porta 70003 25mm possible fish type: Japanese koi carps
+ 432 m.ü.M
Porta 20124 25mm
Lamp lobby / corridor:
or similar.
B.4 B.5 PU Belag: mit Bodenmarkierung ance Hohlkehle als Parking shaft cladding / elevator doors:: https://www.regent.ch/en/products/ F.1 galvanized metal. Wandanschluss product-finder/line/surface-mountedHolzmetalfenster Unsere Tore öffnenG.1 Perspektiven. downlight-rea/ RAL/NCS https://www.wolfisberg.com/ P fileadmin/downloads/pdf/ aussen: or similar. 3- Fach broschueren/Brandschutztore_2019.pdf Aluminium Bronze IsolierungsEinbauten - E Q verglasung Lounge table: Aquarium: Wodden postbox wall: Betonelemente -B carpenters work according Reception:
N carpenters work natural oak cladding door, bullseye window and built in Porta 20124with 15mm Porta 20124 20mm O to plans and images. intercom, according
https://www.artek.fi/en/p dant-light-a110-hand-gre
A visiting card for entrances – our tried and tested, robust brush mat, obtainable in different depths.
Surface
Porta 20124 25mm
nable in different depths.
-3.45 mWall
Aalto pendant lamp A110 nade”, black
Materialität Fassade
F.1 Glasfaserbeton Betongrau
Porta area: Floor entrance J
Eingang Drittnutzer Velo
Lamp lounge:
B y Ruckstuhl
W.2 Betonstütze
H
8
F.1 F.2 Holzmetalfenster Holzmetalfenster Materialization aussen: / Furniture Lobbyinnen: deckend Aluminium Bronze gestrichen RAL/NCS
Lounge table: PK61A table Poul Kjærholm for the label Fritz Hansen. colour: Marble, Grey Brown
E.15 Rafflamellen Aluminium Bronze
https://fritzhansen.com
Lounge chairs: Barcelona chair by Ludwig Mies van der Rohe, leather, cognac
1
2
F.1 F.2 Holzmetalfenster Holzmetalfenster Materialization aussen: / Furniture Lobbyinnen: deckend Aluminium Bronze gestrichen RAL/NCS
Wand - W
D
E
F
Betonelemente - B
B y Ruckstuhl
W.2 Betonstütze
-4.65 m
H
I
F.1 Glasfaserbeton Betongrau
J
Boden - B K
Verglasung - G M
Decke - D Materialität Fassade Fassade - F
MATERIAL
Coir robust coir (cocos) brush mat on SUGGESTED APPLICATION concrete floor Hotel, Public space, Store
W.8 Porta 15, Ruckstuhl; 15mm; Stütze markiert https://www.ruckstuhl.com
A visiting card for entrances – our tried and tested, robust brush mat, obtainable in different depths.
polished concrete floor, quality terrazzo Surfatex terrazzo Walo Bertschinger AG (Switzerland)
Surface
Coir
Composition
15: 83% coir, 11% sisal, 6% PP 20/25: 87% coir, 13% sisal
B acking
Heavy coating (SB R)
Width of rolls (approx.)
200 cm 6’7’’ ft. cut selvedge
Length of rolls (approx.)
15 m 49’2’’ ft.
B inding
Linen binding
Pile weight (approx.)
15: 4600 g/m² (136 oz./sq.yd.) 20: 5800 g/m² (171 oz./sq.yd.) 25: 6300/7000 g/m² (186/206 oz./sq.yd.)
Total weight (approx.)
15: 6900 g/m² (203 oz./sq.yd.) 20: 8100 g/m² (239 oz./sq.yd.) 25: 8600/9300 g/m² (254/275 oz./sq.yd.)
Total height (approx.)
15: 15 mm (0.59’’ in.) 20: 20 mm (0.8’’ in.) 25: 25 mm (1’ in.)
Wall Reception: carpenters work natural oak cladding with door, bullseye window and built in Porta 20124 20mm intercom, according to plans and images.
Porta 20124 15mm
Porta 20124 25mm
B.3 Hartbeton monolitisch
Aq
Materialität Fassade Floor lobby and elevator hall:
https://walo.ch/bodenbelagssparte/mineral-flooring/
Porta 60081 25mm
B.4 B.5 Aquarium: Aquarium: PU Belag: mit Bodenmarkierung simple WS 740 simple screenatmosphere atmosphere screen possible fish type: Japanese koi carps Hohlkehle als Parking possible fish type: O shaft cladding / elevator doors:: F.2 koi carps metal. Wandanschluss 1F.1 1 Japanese Unsere Tore öffnen Perspektiven.galvanized Holzmetalfenster Holzmetalfenster RAL/NCS G.1 https://www.wolfisberg.com/ P fileadmin/downloads/pdf/ aussen: innen: deckend Unsere Tore öffnen Perspektiven. 3- Fach broschueren/Brandschutztore_2019.pdf Aluminium Bronze gestrichen IsolierungsEinbauten - E Q RAL/NCS verglasung Wodden postbox wall: Plant Island: Betonelemente B Plant Island: carpenters work according N
Decke - D Materialität Fassade
W.4 Mauerwerk weiss gestrichen
W.3 Stahlbetonwände Sichtbeton
Fassade - F
L
-3.45 m
Aquarium
aparent concrete (in-situ)
G
Eingang Drittnutzer Velo
Porta area: Floor entrance
Core surface:
Fire proofed Door elevator hall:
B urning class
C FL-S1
Application areas
Library Museum Restaurant
Collection
Cocos
Year
1922
Porta 70003 25mm
+ 432 m.ü.M
R
Concreteelement element with Concrete with plant
to plans and images.
wood type: natural oak plant bassin, pre fabricated, Sonnenschutz - E bassin, fabricated, with with pre wooden top (natural oak) D.2 D.4 according images and plans. wooden topto(natural oak) Stahlbetondecke Holzwolleplatten according to images and plans. Plants according to landscape B D.2 D.4 A Sichtbeton architect. Plants according to landscape Stahlbetondecke Holzwolleplatten 14 15 17 12 13 16 E.1 E.2 E.5 architect. C B Sichtbeton Hauptzugangstür: Nebenraumtür: VeloF.1 F.1 F.2 Wand - W Türflügel mit Türflügel deckend Doppelparker D C Glasfaserbeton Holzmetalfenster Holzmetalfenster geweltem gespritzt Materialization / Furniture Lobby E.14 E.15 F.1 F.2 Betongrau aussen: innen: deckend Wand - W E D Aluminiublech, RAL/NCS 19 Holzmetalfenster Holzmetalfenster Rafflamellen Rafflamellen Aluminium Bronze gestrichen Materialization inkl. Bullaugen aussen: / Furniture Lobbyinnen: deckend Aluminium Bronze Aluminium Bronze RAL/NCS F E gestrichen Porta area: Floor entrance Lamp lounge: surface: Betonelemente - B Aluminium Bronze Core Verglasung - G RAL/NCS robust coir (cocos) brush mat on Aalto pendant lamp A110 “Hand Greaparent concrete (in-situ) FG concrete floor area: nade”, black Porta Floor entrance Lamp lounge: Core surface: Betonelemente - B Materialität Untergeschoss W.4 W.8 W.2 W.3 Porta 15, Ruckstuhl; 15mm; https://www.artek.fi/en/products/penLobby lounge robust coir (cocos) brush mat on Aalto pendant lamp A110 “Hand Greaparent concrete (in-situ) H G dant-light-a110-hand-grenade concrete floor nade”, black Mauerwerk weiss Stütze markiert Betonstütze Stahlbetonwände https://www.ruckstuhl.com W.4 W.8 W.2 W.3 gestrichen Sichtbeton Porta 15, Ruckstuhl; 15mm; https://www.artek.fi/en/products/penHI dant-light-a110-hand-grenade Mauerwerk weiss Stütze markiert Betonstütze Stahlbetonwände https://www.ruckstuhl.com Materialität Fassade gestrichen Sichtbeton F.1 JI G.1 Floor lobby and elevator hall: Wall Reception: Lamp lobby / corridor: Boden -B Materialität Fassade Glasfaserbeton 3- Fach polished concrete floor, carpenters work Surface-mounted downlight F.1 Betongrau quality terrazzo natural oak cladding REA from Regent, black KJ Floor lobby and elevator hall: Wall Reception: LampLED lobby / corridor: IsolierungsBoden - B Surfatex terrazzo with door, bullseye window and built in Glasfaserbeton verglasung Walo Bertschinger AG intercom, according to plans and images. https://www.regent.ch/en/products/ polished concrete floor, carpenters work Surface-mounted downlight Fassade - F Betongrau (Switzerland) product-finder/line/surface-mountedquality terrazzo natural oak cladding REA LED from Regent, black K L downlight-rea/ Surfatex terrazzo with door, bullseye window and built in Verglasung - G https://walo.ch/bodenbelagssparte/minerWalo Bertschinger AG intercom, according to plans and images. https://www.regent.ch/en/products/ al-flooring/ Fassade - F or similar. (Switzerland) product-finder/line/surface-mountedSonnenschutz - E L M downlight-rea/ Verglasung - G https://walo.ch/bodenbelagssparte/mineral-flooring/ or similar. Lounge table: PK61A table INNOVATIVE TORSYSTEME B.3 B.4 B.5Perspektiven. Aquarium: Fire proofed Door elevator hall: öffnen Lounge table: Unsere Tore M Decke -D N Materialität Fassade Poul Kjærholm for the label Fritz Hansen. Hartbeton PU Belag: mit Bodenmarkierung FÜRsimple INDUSTRIE UND GEWERBE WS 740 screen atmosphere PK61A table Poul Kjærholm B.3 B.4 B.5 possible fish type: Japanese koi carps Lounge table: for the Fire proofed Door elevator Aquarium: monolitisch Hohlkehle als hall: Parking N O shaft cladding / elevator doors:: label Fritz Hansen. F.1 F.2 Hartbeton PU Belag: mit Bodenmarkierung galvanized colour: Wandanschluss simple screen atmosphere PK61A Marble, table Grey Brown WS 740 metal. Poul Kjærholm for the Holzmetalfenster Holzmetalfenster possible fish type: Japanese koi carps monolitisch Hohlkehle als Parking RAL/NCS G.1 https://www.wolfisberg.com/ https://fritzhansen.com 10 O label Fritz Hansen. shaft cladding / elevator doors:: P F.1 F.2 fileadmin/downloads/pdf/ aussen: innen: deckend colour: Marble, Grey Brown galvanized metal. Wandanschluss 3Fach broschueren/Brandschutztore_2019.pdf E.14 E.15 assade - F Holzmetalfenster Holzmetalfenster Aluminium Bronze gestrichen RAL/NCS G.1 https://fritzhansen.com https://www.wolfisberg.com/ IsolierungsP Einbauten E Rafflamellen Rafflamellen Q fileadmin/downloads/pdf/ aussen: innen: deckend RAL/NCS 3Fach verglasung broschueren/Brandschutztore_2019.pdf Aluminium Bronze Lounge Aluminium Bronze Island: Wodden postbox wall: chairs: Aluminium Bronze Plant gestrichen D.2IsolierungsD.4 Betonelemente B Lounge chairs: Barcelona chair Einbauten - E carpenters work according R Q RAL/NCS Stahlbetondecke Holzwolleplatten Concrete element with to plans and images. by Ludwig Mies van der by Ludwig Mies van der Rohe,Barcelona leather,chair cognac verglasung plant bassin, wood type: naturalwall: oak Rohe, Wodden postbox Plant Island: pre fabricated, Loungeleather, chairs:cognac Betonelemente -B Sonnenschutz - ESichtbeton with wooden top (natural oak) carpenters work according
Fassade -F A
B y Ruckstuhl
MATERIAL Coir
SUGGESTED APPLICATION Hotel, Public space, Store B y Ruckstuhl
MATERIAL Coir
SUGGESTED APPLICATION Hotel, Public space, Store
Lo
A visiting card for entrances – our tried and tested, robust brush mat, obtainable in different depths.
Surface
Coir
Composition
15: 83% coir, 11% sisal, 6% PP 20/25: 87% coir, 13% sisal
A visiting card for entrances – our tried and tested, robust brush mat, obtainable in different depths. B acking Heavy coating (SB R)
200 cm Coir 6’7’’ ft.
Surface Width of rolls (approx.)
cut 15: selvedge 83% coir, 11% sisal, 6% PP 20/25: 87% coir, 13% sisal 15 m 49’2’’ Heavyft.coating (SB R)
Composition
B inding
Linencm binding 200 6’7’’ ft. 15: selvedge 4600 g/m² (136 oz./sq.yd.) cut 20: 5800 g/m² (171 oz./sq.yd.) 25: 6300/7000 g/m² (186/206 oz./sq.yd.) 15 m
Width of rolls (approx.) Pile weight (approx.)
Length of rolls (approx.)
Porta 20124 20mm
Porta 20124 15mm
Porta 20124 20mm
Porta 20124 25mm
Porta 60081 25mm
Porta 20124 25mm
Porta 60081 25mm
49’2’’ ft. 15: 6900 g/m² (203 oz./sq.yd.) 20: 8100 g/m² (239 oz./sq.yd.) Linen binding 25: 8600/9300 g/m² (254/275 oz./sq.yd.)
Total weight (approx.) B inding
15: 4600 g/m² (136 oz./sq.yd.) 15: 5800 15 mm (0.59’’ in.)oz./sq.yd.) 20: g/m² (171 20: mm (0.8’’g/m² in.) (186/206 oz./sq.yd.) 25: 20 6300/7000 25: 25 mm (1’ in.)
Pile weight (approx.) Total height (approx.)
Total height (approx.)
15: 6900 g/m² (203 oz./sq.yd.) C FL-S1 20: 8100 g/m² (239 oz./sq.yd.) 25: 8600/9300 g/m² (254/275 oz./sq.yd.) Library Museum 15: 15 mm (0.59’’ in.) Restaurant 20: 20 mm (0.8’’ in.)
B urning class(approx.) Total weight Application areas
+ 432 m.ü.M
Porta 20124 15mm
BRANDSCHUTZTORE
Length of rolls (approx.) B acking
Collection
25: 25 mm (1’ in.) Cocos
B urning class Year
C FL-S1 1922
Application areas
Library Museum Restaurant
Collection
Cocos
Year
1922
Porta 70003 25mm
Porta 70003 25mm
+ 432 m.ü.M
R
to plans and images.
wood type: natural oak Sonnenschutz - E F.1 F.2 Wand - W E.1 E.2 E.5 Holzmetalfenster Holzmetalfenster ept Materialization / Furniture Lobbyinnen: Hauptzugangstür: Nebenraumtür: VeloF.1 aussen: deckend E.1 E.2 E.5 Türflügel Bronze mit Türflügel deckend Doppelparker Aluminium gestrichen Glasfaserbeton Hauptzugangstür: Nebenraumtür: VeloF.1 geweltem gespritzt RAL/NCS E.14 E.15 Betongrau Türflügel mit Türflügel Doppelparker Aluminiublech, RAL/NCS deckend 19 - B Core surface: Glasfaserbeton Rafflamellen Rafflamellen etonelemente geweltem gespritzt inkl. Bullaugen E.14 Betongrau Aluminium Bronze aparentE.15 Aluminium concrete (in-situ) Bronze Aluminiublech, RAL/NCS 19 Rafflamellen Rafflamellen Verglasung - G W.2inkl. Bullaugen Aluminium Bronze W.3 Aluminium Bronze W.4 Betonstütze Stahlbetonwände Verglasung - G Mauerwerk weiss alität Untergeschoss
alität Untergeschoss
Boden - B
F.1 Glasfaserbeton Betongrau
Sichtbeton
gestrichen
accordingelement to images and plans. Concrete with plant bassin, pre fabricated, Plantswooden according landscape with top to (natural oak) architect. to images and plans. according
Barcelona chair by Ludwig Mies van der Rohe, leather, cognac
Plants according to landscape architect.
Lamp lounge: Aalto pendant lamp A110 “Hand Grenade”, black
Porta area: Floor entrance
0
1
2
MATERIAL
Coir robust coir (cocos) brush mat on SUGGESTED APPLICATION concrete floor Hotel, Public space, Store
0 1 2 “Hand GreAalto pendant lamp A110 nade”, black
W.8 Porta 15, Ruckstuhl; 15mm; Stütze markiert https://www.ruckstuhl.com
https://www.artek.fi/en/products/pendant-light-a110-hand-grenade
Materialität Fassade A visiting card for entrances – our tried and tested, robust brush mat, obtainable in different depths.
Floor lobby and elevator hall: polished concrete floor, quality terrazzo Surfatex terrazzo Walo Bertschinger AG
Surface
Coir
Composition
15: 83% coir, 11% sisal, 6% PP 20/25: 87% coir, 13% sisal
B acking
G.1 3- Fach
Heavy coating (SB R)
Width of rolls (approx.)
200 cm 6’7’’ ft. cut selvedge
Length of rolls (approx.)
15 m 49’2’’ ft.
5
Lamp lounge:
B y Ruckstuhl
Wall Reception:
21
carpenters work natural oak cladding door, bullseye window and built in Porta 20124with 15mm Porta 20124 20mm intercom, according to plans and images.
Lamp lobby / corridor: Surface-mounted downlight REA LED from Regent, black https://www.regent.ch/en/products/
5
PORTFOLIO ARCH. KAPITONOVA
NORTHERN QUARTERS PM
In the northern district of the city of Yekaterinburg Dutch bureau LEVS designed a middle-income residential development and Mariia worked as a project manager.
Brusnika
On the outer bounds of the ensemble, the volume functions as a clear delineation of public roads. On the inside, the freestanding ‘urban villas’ refer back to the countryside-like settlements that used to be in the area. The continuous inner courtyard with a public square was design by Polish landscape firm S&P Architektura. Height accents on the corners give the plan directionality and relatability. The façade architecture accentuates different movements in the volume – sideways, upwards and inwards. The sculptural appearance of the buildings is the result of a grid-less façade with distinctive wood-like aluminium volumes on the top. White stucco forms a neutral background for large, randomly positioned windows and outdoor spaces that give the buildings a residential character.
~25 people team Yekaterinburg, Russia Key facts: SFA: 60 500 m2 Land plot: 2.65 Ha Stage 1 & 2: completed 2021 Stage 3 & 4: under completion
Architecture: renderings vs reality
22
PORTFOLIO ARCH. KAPITONOVA
Landscape masterplan: renderings
Landscape design: photos
24
PORTFOLIO ARCH. KAPITONOVA
Lobby interior design: photos
Parking interior design: photos
26
PORTFOLIO ARCH. KAPITONOVA
INNESTO, SCALO GRECO PM, urban planning, graphic design
The Greco Breda site is a former “freight terminal” of 6 ha, part of the Milan strategic plan to transform underused railway areas of the City. INNESTO, the first Zero Carbon “Housing Sociale” project in Italy, is the showroom of Milan’s new sustainability strategies. INNESTO proposes the development of an innovative 4th generation district heating (4GDH) system, powered by renewable sources (including an urban wastewater heatrecovery system). The design of Nearly Zero Energy Buildings is coupled with a preassembled construction technology and an optimal mix of bio-sourced materials. The aim is to reduce CO2 emissions and reduce waste, allowing the structure to be disassembled and 100% recycled. The project promotes active mobility, public transport, sharing systems and a drastic reduction of private vehicle use through reduced availability of parking areas. A 30-year commitment to integrated management is made by leveraging innovative tools and value-adding shared spaces that establish relationships between residents, involving the entire neighborhood: A Human Adaptive Zone.
Arup ~50 people team Milan, Italy Key facts: Winner of International competition organized by C40 Reinventing Cities
28
Renders of main pedestrian street (upper image) and internal courtyard (down)
PORTFOLIO ARCH. KAPITONOVA
Kitchen garden: before and after
Main street: before and after
30
reception and living
private gardens
stair
community garden
stair
private garden
playground
ELEVATION _ scale 1:200
Energy Center
PERSPECTIVE SECTION
Energy system & internal courtyard, Masterplan of the area GROUP L'INNESTO | led by InvestiRE SGR on behalf of Fondo Immobiliare Lombardia | designers studio barreca & la varra / Arup
Digital drawing by Mariia Kapitonova
Milano, 29 / 03 / 2019
PANEL 3
PORTFOLIO ARCH. KAPITONOVA
TARANTO CITTA VECCHIA urban planning
The new vision for the “Citta Vecchia” (“Old city”) proposes attractive spaces, adequately and healthy infrastructured, rediscovery of usual places and the release of new creative energy and economic resources that will stop drift of the decay. “2022 The Island returns to the center” is briefly to recall the changes related to economy, infrastructure, society and environment: from mono-functional district to the creative experimental center; from the space that you are just crossing to the destination; from an abandoned place to center of attraction.
Arup ~10 people team
Our project creates PEDESTRIAN FRIENDLY ENVIRONMENT, where the main elements are: the unique promenade that embraces the island with the two waterfronts, oriented to Mar Piccolo and Mar Grande; via Duomo the main street that reconnects the island with other parts of the city and several transverse paths that makes the area more accessible.
Taranto, Italy Key facts: International competition, Special mention of the jury
32
Visualisation of key public spaces
Definition of main pedestrian street and valorisation of the waterfront
PORTFOLIO ARCH. KAPITONOVA
Temporary solutions Decay and statical condition
Demolition / Reconstruction
Project proposal
34
Visualisation of key public spaces
Axonometry view of the island: key elements of renovation and valorisation
PORTFOLIO ARCH. KAPITONOVA
FUTURE OF PORTS Can the POTENTIAL OF EXHISTING PORTS be reconsidered, and connections and synergies unlocked to help address contemporary urban challenges? Signals of change suggest the potential to open port precincts and unlock access to their specific clusters of services, technologies and skills, while leveranging their unique waterside location. This exhibition is part of an ONGOING GLOBAL RESEARCH project of ARUP UNIVERSITY aimed at defining plausible city-based port developments and opportunities for key stakeholders associated with port ecosystems. It presents a holistic overview of the directions that port development could take, while highlighting the complexity of interrelated influencing factors.
research, graphic Arup Key facts: Exhibition took place in Arup Headquarter, London , UK
Hand drawing by Mariia Kapitonova 36
For accessing the VIRTUAL EXHIBITION scan QR code or click https://mpvr.app.link/pU9WiJeJrF and use virtual glasses
Future of Ports Curator Stefano Recalcati / Assistant curator Serena Girani / Research Mariia Kapitonova, Elisa Magnini / Visual Identity Stefano Mandato / Arup Curator Deborah Smith / Exhibition Production Toria Richardson / Installation and Build TPA Modelmakers / Lighting Francesco Anselmo. Thanks to Jerome Frost, Mark Fletcher, Martin Ansley-Young, Josef Hargrave, Mike Pinkney, Clon Ulrick, James Turley, HafenCity Hamburg GmbH, Chibi Moku, Port of Rotterdam
PORTFOLIO ARCH. KAPITONOVA
ENERGY OF THE FROST Master Thesis
Nowadays, rising the topic of SUSTAINABILITY is a very common practice, if not to say even fashionable. Usually, it is proposed to use renewable sources of energy, deal with efficiency in a case of scarcity of resources, somewhere with the ‘’soft’’ climate. But how to approach this problem and deal with this issue in the areas with very rich natural sources, cheap primary cost of energy and IN THE EXTREME COLD CLIMATE conditions, where apriori the power demand is vastly high? So, the aim of the following study was to develop a strategic proposal in effective use of energy for the city of Yakutsk, the biggest Russian city on a PERMAFROST LAND. Talking about the city itself, it is important to understand the origin of the energy, way of its effective converting to other forms, that is related to the utilities and transport issues and methods of avoiding losses (housing and energy efficiency). Climate restrictions make impossible use of some standard renewable energy technologies, and the access to indigenous fossil fuels reduces the profitability of the others. By investigating these questions and studying the governmental strategic policies, the solution was found in hydro power, that will change completely the picture, and also using solar energy will have impact on a local scale. To decrease the losses it was raised an issue of energy efficiency classes of buildings in the city. The absence of efficiency certifications (“passports”) of the buildings, makes this question very challenging and redirects the research towards the history topics of Soviet mass housing and parameters of construction, that prevailed in Yakutsk as in any other Siberian city.
research, graphic Politecnico di Milano individual work Yakutsk, Russia Key facts: Master Thesis in Polimi Graduated 110 cum laude Supervisor: Prof. Eugenio Morello, Co-supervisor: Prof. Stefano Recalcati
YAKUTSK SWOT ANALYSIS
MAGAN
STRENGTHS
ENVIRONMENT & LANDSCAPE PROXIMITY TO WILD NATURE SURROUNDED BY FOREST HUGE DOMINANT RIVER
SOCIETY & CULTURE YOUNG AGED POPU TION LOW UNEMPLOYMENT RATE ATTRACTIVE FOR WORKING BIG SCIENTIFIC CENTRE POPU TION INVOLVED IN SPORT CULTURAL CENTRE OUTDOOR LOCAL HOLIDAYS
TRANSPORT & ENERGY HIGH COVERAGE WITH BUS ROUTES AIR CONNECTION BIG PORT ON LENA RIVER
OPPORTUNITIES
ENVIRONMENT & LANDSCAPE GREEN REMEDIATION BROWNFIELD REDEVELOPMENT & URBAN INTENSIFICATION NEW ARCHITECTURAL NDMARKS
YAKUTSK
SOCIETY & CULTURE CITY BRANDING TOURISM DEVELOPMENT
TRANSPORT & ENERGY SURPLUS OF ELECTRICAL ENERGY INCREASING ENERGY EFFICIENCY BUILDINGS C SS CONSTRUCTION OF BRIDGE INCLUDING ELECTRIC TRANSPORT IN PUBLIC TRANSPORT USING SO R AND WASTE ENERGY SEPARATE COLLECTION AND RECYCLING USING GAS IN SMALL POWER P NTS COUNTERS FOR CONTROL OF HEAT DISTRIBUTION AND LOSS REGENERATION BUFFER ZONE
ENVIROMENTAL CONNECTION
500 m
1
38
Railway
Water transport
RAILWAY TRANSPORT CONNECTION
WATER TRANSPORT
Automotive transport
Air transport
AUTOMOTIVE TRANSPORT CONNECTION
AIR TRANSPORT CONNECTION
Cherskii
Cherskii
Logashkino Chokurdah
Chokurdah
Olenegorsk Urung-Haya
Zhilinda
Belaya Gora Nizhneyansk Deputatskii
Tiksi
Batagai
Verhoyansk
Ust-Nera Zhigansk
Magadan
Viluisk
Lensk Tommot Aldan
Skovorodino
Handiga YAKUTSK
Viluisk Nurba
Mirnyi
Mirnyi Tommot Nerungri
Aldan Nerungri
Skovorodino
Skovorodino
Ust Maya
Sinsk Sanyahta Olekminsk
Lensk
Domestic flights to other regions
Aldan
Nerungri
Nerungri
Bestyakh
YAKUTSK
Viluisk
Ust Maya Pokrovsk Sinsk Amga Sanyahta Olekminsk Tommot Aldan
Udachnii Udachnii
Handiga
Udachnii
YAKUTSK
Nurba Mirnyi
Lensk
Olenek Olenek
Oimyakon
Handiga
Zyryanka
Batagai
Ust-Nera
Bestyakh
Udachnii Nizhny Bestyakh
Deputatskii
Zhilinda
Olenek Zhigansk Zhigansk
YAKUTSK
Belaya Gora
Tiksi
Urung-Haya
Zyryanka Saidy
Siktyah
Skovorodino
International flights to China, Vietnam, Thailand,Khabarovsk South Korea
Legenda Khabarovsk
Khabarovsk
Northern sea path has short navigation period (40-70 days) Rivers have about 4.5 month of navigation period
Legenda Trans-Siberian Railway Baikal-Amur Mainline Amur-Yakutsk Mainline Amur-Yakutsk Mainline (under construction)
Northern Sea route navigable rivers Arctic Ocean ports river ports
Energy strategy 2020
Khabarovsk
Legenda
Legenda
federal roads regional roads
airports of federal importance
regional roads, gravel surface winter roads
Solar energy
Wind energy WIND ENERGY RESOURCES
SOLAR ENERGY RESOURCES
ENERGY STRATEGY UP TO 2020
Urung-Haya
Tiksi
Eik West Yakutia
Zhigansk
Central Yakutia
Djargalah
Zyryanka
N. Timptonskaya HPP 930 MW Kankunskaya HPP 1200 MW
Irkutsk area
Kudu-Kuel
Nayba
Siktyah
Zhilinda Ust-Nera Oimyakon Uchugei
Olenek
Olenegorsk Belaya Gora
Deputatskii
Taimylyr
Saskylakh
Bestyakh Handiga Batamai Viluisk Ust Maya YAKUTSK Nurba Toion-Ary Amga Mirnyi Sanyahta Lensk Olekminsk Tommot
SouthYakutia
Irkutsk area
Nizhneyansk
Bykovsky Urung-Haya Tiksi
Belaya Gora
Zyryanka
Saidy Batagai Verhoyansk Ust-Nera Oimyakon
Zhigansk Bestyakh
Udachnii
Udachnii
YAKUTSK
FUTURE OF YAKUTIAN ENERGY
Chokurdah
Olenegorsk
Deputatskii
Siktyah Kuberganya Dulgalah Batagai Zhilinda
Energy proposal
Cherskii Logashkino
Cherskii Logashkino Chokurdah Nizhneyansk
regional airports air connection
Handiga
Viluisk YAKUTSK
Nurba Mirnyi Lensk
Aldan
Ust Maya Pokrovsk Sinsk Amga Sanyahta
Olekminsk
YAKUTSK
Tommot Aldan
230MW 1000MW
365MW 3330 MW 930MW 1200MW
1500MW
Nerungri
Nerungri
Khabarovsk area
Khabarovsk area Amur area
Legenda
Legenda
DC 500 KW AC 220 KW existing HPP
Legenda
Department of Energy of the Russian Academy of Sciences allocated 4 districts characterizing possible introduction of solar heating on the territory of Yakutia: beneficial use of solar energy moderate use of solar energy
existing CHP diesel power plants projected HPP
possible use of solar energy very limited use of solar energy
projected CHP
YAKUTSK SWOT ANALYSIS
9 venues SAVING
368.8 t per year of diesel fuel
Zoning of the territory of Sakha Republic by the wind power potential existing wind mills projected wind mills annual average wind velocity more than 4 m/sek annual average wind velocity from 2.6 to 4 m/sek annual average wind velocity less than 2.6 m/sek
9 venues POWER 8. 25 MW
Legenda DC 500 KW AC 220 KW existing wind mills projected wind mills existing solar station projected solar station existing HPP projected HPP
total capacity: WIND AND SOLAR - 50 MW
CHP - 1 250 MW
HYDRO - 9 235 MW
MAGAN
WEAKNESS
ENVIRONMENT & LANDSCAPE URBAN SPRAWL BROWNFIELDS AND POLLUTED AREAS LOW QUALITY OF URBAN DESIGN AND ARCHITECTURE DEFORESTATION AND UNCONTROLLED INDIVIDUAL HOUSES CONSTRUCTION GARBAGE AND DUMP SPREADING NO STORM SEWERS
SOCIETY & CULTURE WEAK PEDESTRIAN INFRASTRUCTURE UNFRIENDLY CLIMATE CONDITIONS CK OF PUBLIC PARKS CK OF IDENTITY
TRANSPORT & ENERGY NO RAILWAY AND SEASONAL ROAD CONNECTION CK OF BRIDGES, POOR QUALITY OF FEDERAL AND MUNICIPAL ROADS ENERGY UNSUFFICIENT HOUSING NOT AUTOMATED CENTRAL HEATING SYSTEM
YAKUTSK
THREATS
ENVIRONMENT & LANDSCAPE GROWING PRICES ON REAL ESTATE CONTINUE OF URBAN SPRAWL FLOODING RISK ON ALUVIAL AREAS GROWING POLLUTION LEVEL
SOCIETY & CULTURE UNCONTROLLED MIGRATION MENTAL AND EDUCATIONAL PROBLEM OF USING PUBLIC TRANSPORT AND WASTE SEPARATION
TRANSPORT & ENERGY NOT FINANCING LENA BRIDGE CONSTRUCTION STRIKES AGAINS RECYCLING FACTORY CONSTRUCTION MUNICIPAL or ISO TION BOARDER
URBAN SPRAWL
500 m
1
PORTFOLIO ARCH. KAPITONOVA
Sustainable strategies for Yakutsk, the extreme cold city City views By analysing the city’s building endowment state, individual strategies for the each series of existing apartment houses strategies have been developed. The accurate assessment of the previously proposed strategies and tools, provided the possibility in saving the energy, that consecutively is planned to be used in improving the sustainable public transport system: involving electrical vehicles and using cheap energy of a national grid. Engaging only these three parameters, as ENERGY PRODUCTION, ENERGY PERFORMANCES CLASSES OF BUILDINGS AND MOBILITY NETWORK, will significantly change city by raising the standard of living. The ecological situation will improve due to reduction of pollution, CO2 emissions and heat losses. Enhancing the urban design occurs as a result of introducing new tools, promoting slow mobility and pedestrian attractiveness, and finally preserving and reinforcing identity, will also radically affect on the society and culture in general.
Analysis of energy effectiveness of different building typologies TYPOLOGIES OF BUILDINGS
emergency condition
TYPOLOGIES TYPOLOGIESOF OFBUILDINGS BUILDINGS
residents residentsreinforced reinforced insulation insulationofoftheir their building building
40
CHARACTERISTICS Barracks (wooden temporary houses) Number of storeys: 2 S = 500 m2 Was built in 1955-75 Inhabitants: 30 Energy class: E Amount of buildings: 230 (core city) Exploitation period: 10-20 years Normative demolition: 1975-1995
ENERGY CONSUMPTION Normative annual consumption: (C) 1 613 050 kWh Real annual consumption: (E) > 2 419 575 kWh Difference between E and C classes: > 806 525 kWh Difference * number of houses: 104 848 250 kWh
STRATEGY
Historical wooden houses Number of storeys: 1-2 S = 100-600 m2 Was built in 1955-70 Inhabitants: vary Energy class: D, E Amount of buildings: not defined Exploitation period: not limited
Normative annual consumption: (C) 53 510 kWh Real annual consumption: (E) > 80 265 kWh Difference bet8ween E and C classes: > 26 755 kWh
CHARACTERISTICS CHARACTERISTICS Panel series MG-300 Panelhouses houses serieshouses MG-300 Individual datached Number ofofstoreys: storeys: 55 Numberof storeys:1-2 Number 66000 000m2 m2m2 SSS===100-600 1955-70 Wasbuilt builtininin1970-1990 1955-70 Was Inhabitants: 230 Inhabitants:2-15 230 Inhabitants: class: EE E Energyclass: class:D, Energy ofofbuildings: buildings: 130 Amountof buildings:1500 130 (core city) Amount Exploitation period: 50 years Exploitationperiod: period:not 50limited years Exploitation Normative Normativedemolition: demolition:2005-2020 2005-2020
ENERGY STRATEGY ENERGYCONSUMPTION CONSUMPTION STRATEGY Normative consumption: Normative annual consumption: Solar panelsannual (10x10m) 37 102 kWh (C) (C)11613 613050 050kWh kWh Normative annual consumption: Real consumption: Real annual consumption: (C) 26annual 755 kWh (1 floor, 10x10m, (E) 575 kWh (E)>>22419 419 575panels kWh 138% efficiency Demolition 5people) - solar Demolition Retrofitting Difference EEand CCclasses: Difference between and10x10m, classes: (C) 53 510 between kWh (2 floors, Making enegy audit >>806 525 806 525-kWh kWh 10 people) solar panels 70% efficiency Improving retrofitting Difference **number ofofhouses: Difference number houses: (D) 61 536 kWh (2 floors) - s.p.- 60% ef. Applying solar panels 104 848 250 kWh 104>80 848265 250 kWh (E) kWh (2 floors) > s.p.- 46% ef.
Panel houses series Panelbrick houses series1-335 1-335 New multifamily houses ofofstoreys: storeys: 55 Numberof storeys:9-12 Number 33500 500m2 m2 SS==vary 1955-70 Wasbuilt builtininin2003-2015 1955-70 Was Inhabitants: 130 Inhabitants:vary 130 Inhabitants: class: EEC Energyclass: class:B, Energy ofofbuildings: buildings: 57 Amountof buildings:249 57 Amount Exploitation period: 50 years Exploitationperiod: period:not 50limited years Exploitation Normative Normativedemolition: demolition:2005-2020 2005-2020
Normative annual consumption: Normativeenergy annualefficiency consumption: Normative (C) 937 (C)sufficient 937050 050tokWh kWh Not use solar panels (8%) Real consumption: Realannual annualsystems consumption: Automated of management and (E) kWh accounting of575 energy consumption, hot (E)>>11405 405 575 kWh Difference between and CCclasses: and cold water; the useEEof energy-effiDifference between and classes: >>468 525 cient lighting systems equipped with 468 525kWh kWh motion sensors and ambient light. Difference **number ofofhouses: Difference number houses: 26 26705 705925 925kWh kWh
Panel Panelhouses housesseries series 1-528 1-528KP KP Number Numberofofstoreys: storeys:99 SS==10 10000 000m2 m2 Was Wasbuilt builtinin1970-1990 1970-1990 Inhabitants: Inhabitants:430 430 Energy Energyclass: class:D, D,EE Amount Amountofofbuildings: buildings:5151 Exploitation Exploitationperiod: period:100 100years years Normative Normativedemolition: demolition:2055-2080 2055-2080
Normative Normativeannual annualconsumption: consumption: (C) (C)22732 732050 050kWh kWh Real Realannual annualconsumption: consumption: (D) (D)33141 141857857-44098 098075 075kWh kWh Making Makingenegy enegyaudit audit Difference Differencebetween betweenDDand andCCclasses: classes: Improving Improvingretrofitting retrofittingififititisis >>409 409807-1 807-1366 366025 025kWh kWh economically economicallyjustified justified Difference Difference**number numberofofhouses: houses: 20 20900 900157157-69 69667 667275 275kWh kWh
Panel Panelhouses housesseries series 1-515/9 1-515/9Sh Sh Number Numberofofstoreys: storeys:99 SS==55000 000m2 m2 Was Wasbuilt builtinin1980-2003 1980-2003 Inhabitants: Inhabitants:180 180 Energy Energyclass: class:D, D,EE
Normative Normativeannual annualconsumption: consumption: (C) (C)11333 333300 300kWh kWh Real Realannual annualconsumption: consumption: (D) (D)11533 533295295-11999 999950 950kWh kWh Making Makingenegy enegyaudit audit Difference Differencebetween betweenDDand andCCclasses: classes: Improving Improvingretrofitting retrofittingififititisis >>199 199995 995-1-1366 366025 025kWh kWh
LOCATION
Demolition
Preservation Making enegy audit Improving retrofitting
Demolition Demolition Making enegy audit Control on the construction in accordance with the project documentation Economic stimulation in order to obtain BAT
LOCATION LOCATION
SECTIONS OFstreets: THE STREETS Views and sections of 2 typical in a city core and in STREET IN THE CITY CORE Poyarkova streetOF THE STREETS SECTIONS STREET IN THE CITY CORE Poyarkova street
STREET IN THE PERIPHERY Stroda street
ground floor parking bike path
bike path
passage
ground floor parking bike path
bike path
passage
STREET IN THE PERIPHERY Stroda street
PV panels
PV panels
PV panels
PV panels
flowerbed bike path
flowerbed bike path
flowerbed bike path
flowerbed bike path
PORTFOLIO ARCH. KAPITONOVA
OLONKHOLAND MASTERPLAN urban planning
Olonkholand masterplan is an INTERNATIONAL COMPETION aimed to create a new qualified development and cultural cluster in Yakutsk - biggest city on a permafrost land.
Arup
Olonkholand has potential to be an place where more people are proud to live, work and have fun, it will be the cultural and civic heart of the Yakutian community.CONCEPT of the project based on a landscape organisation that creates 3 «wild nature parks» that represents 3 LANDSCAPE ZONES of Yakutia: ARCTIC TUNDRA, FLOODPLAIN FORESTS and TAIGA.New park will boast fantastic leisure and winter/summer facilities alongside a new experimental residential settlement.
~10 people team Yakutsk, Russia Key facts: International competition, 1st prize Projected area: 47 ha
© Arup
The masterplan and buildings designs embody strategic sustainable objectives, incorporating a site wide energy, wind, snow and water strategy, an ecological landscape with integrated water management and cycling network.
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Landscape design & dendroplan принципы организации озеленения рассматривая проектируемый участок не только как знаковый для якутска, но и для всей республики саха, предложено объединить идею национального культурного наследия с принципами “дикого урбанизма“ и отобразить природное разнообразие всего края, расположенного в природных зонах средней тайги, лесотундры и тундры.
верхний мир ландшафт верховьев - это небесные ледяные горные гребни. растительность верхнего мира имитирует природную зону “тундра“ с обилием камней, карликовых деревьев, кустарников. окружающие верхний парк высотные здания являются метафорой волн ледяного моря муус кудулу байкал.
1.карликовая береза
2.карликовая ель
5.боярышник
6.дерен
3.бузина
4.камни и мхи
7.шиповник даурский 8.природные камни
5
2 8
1
7
срединный мир
4
3
срединный мир олонхо традиционно описывается как цветущая горная долина-уун дураар хочо. парк срединного мира изображает характерный для аласов луг. использование лиственных деревьев, в особенности березы, с учетом празднования национального праздника ысыах.
9.береза
13.водосбор сибирский
10.осина
11.иван-чай
14.колокольчик
15.лилия даурская
6
12.лён
16.пижма
12
9
14
10
11 16
13
15
нижний мир образ нижнего мира представлен огненным морем уот кудулу байкал, где жарко, сыро, темно. имитация природной зоны “тайга“, преимущественное использование лиственниц и сосен, вдоль существующих водоемов произрастают ягоды и мхи преобладающе красных оттенков.
17 17.лиственница гмелина 18.ель аянская
19.сосна
18 20
20.мхи
19 24 23 21.брусника
22.голубика
23.красная смородина
24.морошка
21
22
дендроплан М 1:1000
141403
международный Конкурс на ландшафтно-архитектурную концепцию комплекса “Земля Олонхо”
дендроплан
10
150 m
градостроительное решение
концентрация
ОСИ ОКРУЖАЮЩИХ КВАРТАЛОВ ОБРАЗУЮТ НОВЫЕ ВНУТРИ ТЕРРИТОРИИ КОМПЛЕКСА И ФИКСИРУЮТ ПОЛОЖЕНИЕ АВТОБУСНЫХ ОСТАНОВОК И ПРИЧАЛОВ. ЗА ШИРИНУ КВАРТАЛА ПРИНЯТА СРЕДНЯЯ ВЕЛИЧИНА КВАРТАЛА В ЯКУТСКЕ 150М. ЗЕЛЕНЫЕ КОРИДОРЫ СВЯЗЫВАЮТ НАБЕРЕЖНУЮ, ПАРК И ИППОДРОМ.
ОСНОВНЫЕ АРХИТЕКТУРНЫЕ ОБЪЕМЫ КОНЦЕНТРИРУЮТСЯ ВДОЛЬ УЛИЦЫ АВТОДОРОЖНОЙ, ЧТО ОБЛЕГЧАЕТ ДОСТУПНОСТЬ И ОБСЛУЖИВАНИЕ ОБЪЕКТОВ. ПЛЮСОМ ВЫБРАННОГО РЕШЕНИЯ ТАКЖЕ ЯВЛЕТСЯ ОРГАНИЗАЦИЯ future development ГОРОДСКОГО ПАРКА ВДОЛЬ НАБЕРЕЖНОЙ И УЧЕТ ПЕРСПЕКТИВЫ ДАЛЬНЕЙШЕГО РАЗВИТИЯ ТЕРРИТОРИИ – ЗАСТРОЙКА ЖИЛЫМИ ДОМАМИ СРЕДНЕЙ ЭТАЖНОСТИ ТЕРРИТОРИИ ВДОЛЬ УЛИЦЫ ИННОВАТОРОВ.
Influence of the context
piers
В СЕВЕРНОЙ ЧАСТИ ЛОЖЕНЫ ОБЩЕСТВ ПОСЕЛЕНИЮ“ - ЖИ КУЛЬТУРНОЙ КОНЦ
Main organisation principles перспективное развитие участка
Green corridors ситуационный план
150 m
upper world bus stops 150 m
medium world
lower world piers
ситуационный план
Urban planning solution
принципы организации территории
зеленые коридоры
схема
141403
The axes of the surrounding quarters form the new ones inside the complex territory and fix the position of bus stops and boat stations. For the width of the quarter it was decided to take the average size of the quarter in Yakutsk that is 150 m. Green corridors are working as link between the embankment of a canal, park and hippodrome.
INTERN
Night view to the Olonkholand theatre from the park
future development
зеленые коридоры
перспективное развитие участка
upper world
medium world
lower world
future development
141403 upper world
схема концентрации основных архи
© Arup
перспективное развитие участка принципы организации территории
INTERNATIONAL LANDSCAPE AND ARCHI
Winter routes and activities in a park
Summer routes and activities in a park
Due to the SEVERE WINTER in Yakutsk which lasts about 9 MONTHS A YEAR, creating conditions to maintain the attractiveness of the complex in winter is a priority.
карта функционирования комплекса зимой
карта функционирования комплекса летом
Поскольку Зима в якутске длится Примерно 9 месяцев в году соЗдание условий для Поддержания Привлектельности комПлекса Зимой является Приоритетным. Проектом Предусмотрено соЗдание крытых Пешеходных галерей, Пассажей, Зимних садов, Павильонов, а так же для соЗдания открытых маршрутов исПольЗованы ледяная Поверхность оЗера сайсары, снежные склоны набережной и открытые участки Парка.
в летнее время ключевыми элементами комПлекса являются набережные. Предусмотрено обустройство Пирсов, соЗдаются условия для исПольЗования туристического водного трансПорта и Занятий водными видами сПорта. комбинация раЗличных тиПов Зеленых насаждений Предоставляет широкий сПектр воЗможных видов активности - от национальных ПраЗдников до уединенного отдыха.
м 1:2000
м 1:2000
141403
международный Конкурс на ландшафтно-архитектурную концепцию комплекса “Земля Олонхо”
функционирование парка зимой и летом
09
PORTFOLIO ARCH. KAPITONOVA
A GREEN RIVER FOR MILAN urban planning, graphic design
Green River (FIUME VERDE) is a urban reforestation project proposes to develop a vision on the future of Milan’s abandoned railway yards. Green River aims to TRANSFORM the 90% of the seven RAILYARDS INTO a NETWORK OF uninterrupted PARKS, gardens, woods, oasis and fruit gardens for communal uses – linked together by green cycle paths realized on rail trail lines, the remaining 10% could be employed to build high density urban areas that will host all those facilities Milan’s districts now lack of: especially young professional housings and student hotels, but also cultural services and people support areas (libraries, clinics, kindergartens), social and market housing. An organized system consisting of public places, architectures and green Metropolitan Towers, characterized by massive ways to inhabit areas and interlace functions. Green River will run through Milan in a circular path, halfway from the late 19th century urban enlargements, the Corpi Santi and the early 20th century peripheral areas; it will also include an urban mobility ring (MM6 on surface) and an underground structure profiting from geothermal energy from the stratum water. With the construction of the MM6 line along the Green River, Milano will then become the fifth European city for extension of its public transport network. The abandoned railway yards conversion will represent one of the greatest urban requalification and rehabilitation projects of the next few years in Europe.
research Arup ~30 people team Milan,Italy Collaboration: STEFANO BOERI ARCHITETTI Key facts: Project was exhibited during Milan design week 2017, pavilion Pasarella Biki
46
Snodo Secondario
Snodo di Scarico Energia elettrica rinnovabile
Irrigazione di campi coltivati
Reticolo idrico esistente
Specchi d’acqua superficiali
Accumulo acqua per usi non potabili
Edificio ad energia quasi zero (NZEB)
Tetto verde per ridurre isola di calore
Pompa di calore ad acqua di falda che fornisce caldo e freddo, zero emissioni
Anello aqua falda
Irrigazione vegetazione con acqua di falda
Diminuzione inquinamento maggiore vita all’ aperto
Sistema di estrazione aqua di falda
Energia elettrica rinnovabile
Energy and water strategy
PORTFOLIO ARCH. KAPITONOVA
MULTIPLAYER CITY urban planning, graphic design
The Via Brunetti Area in Milan’s North West is a highly interesting strategic enclave that shows itself as a huge game board for extremely different actors and transformation scales, going from productive facilities to real estate potentials, and from big infrastructures to marginal squatters. This workshop is NOT about designing how the via Brunetti Area should look like. On the contrary, the task was to develop a tool to describe and play the area’s negotiated transformation, as an open-end process of different and even diverging interests and visions. For that, we described a development’s proposal for Via Brunetti’s area in the form of a GAME. It is a ludic but accurate representation of an urban development. It will thematize the negotiation itself, and will be able to describe very different realities –values, topologies, actors, actions, contexts, etc.- with different tools within a single operational framework. It will be able to describe a its transformation process without defining its result, and focusing on the question “who makes the city?”.
Politecnico di Milano 5 people team Milan, Italy Key facts: Milan Architectural workshop Professor: Luis Basabe Montalvo
Family house +5 Family house +5Family house +5Family house +5Family house +5 Family house +5 Retail
Park
70 +5 Park
Townhouse
60
70 70 +5 Townhouse
70 120 +40 Townhouse +10 Slum dwellers Road
60 +20
60 60 +20 Townhouse
340
Industry
70 +5 Park
70 +5 Park
340 +30 Industry +5 Industry
+30 Energy +10 Energy
+15 Retail
170
Townhouse +10 Slum
680
170
dwellers Road
140 +5
Condominimum
840 140 +45 Condo +15 Apartment
Condominimum
840 280 +45 Condo +15
School
840 280 +30 Hospital
240
20
20 +40 Kindergarden
Kindergarden
Industry
Road
120
240 +20
Cultural center
20 +8
200 +8 Slum dwellers Road
320
200 +30 Logistics
1120 +140 Apartment +70 Logistics
380 760 +60 Condominimum
+20
20 +20
480 +90 Shopping mall
320 +90
Shopping center SCHOOL
S A L E S 840
Low office +5 Low office +5 Low office
Low office
80
+20 High office
720 +200 High office
5 0 %
1680 +300 High office
600 +300
2580
2580
80 +10
320
160
50
1720
Final result - the game «CELL CITY: CELL BY CELL YOU DWELL OR SELL!»
The game board
PORTFOLIO ARCH. KAPITONOVA
WANNA BE FANCY Politecnico di Milano
This project was done for Ethnography and Photography class in Politecnico di Milano. The topic of the course was transformation in architecture and the task was to select an example, to make a research and to discribe the transformation using language of images.
Urban photography
So, I found hotel Ca’ Bianca as an interesting example of crossover, emerging from the mutation and transformation of an historical cascina. While I was collecting intormation people told me their conjectures - a monastery, a villa, a cabaret. Posters and advertisements opened for me the side of a jazz club, poetry evenings for a jet set and a comic show. This place trying to attract customers in all possible ways, grabbing and mixing new tendencies with activities that took part there long time ago.
Ethnography individual work
I was attracted by unexpected combinations of different atmospheres in Ca’ Bianca, it was like I am flipping through a random selection of postcards. Some places reminded me scenes from the movies, others recalled old photos and paintings. Ca’ Bianca - how I saw it - is very connected to the art, culture and creativity and also open to experiments and provocations. In my photostory I want to show you the variety of atmospheres which Ca’ Bianca can provide!
Milan, Italy Key facts: Exhibition took place in La Triennale di Milano curated by: prof. M.Bricocoli, prof. G. Hanninen
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CREATIVE
mum, give me some $ for lunch pls
NORMAL WORKING HOURS
A DREAM just like an engineer
all day... all night... what a life
DECENT SALARY
ARCHITECTURAL JOB MARKET by mariia kapitonova
MARIIA KAPITONOVA +39 320 2252356 kapitonova.ms@gmail.com