Inta Vaska || Portfolio 2021
INTA VASKA LANDSCAPE ARCHITECT AND URBAN DESIGNER email: inta.vaska@gmail.com phone: +45 28 74 91 07 (DK), +371 29 76 04 10 (LV) https://se.linkedin.com/in/intavaska
ll RELEVANT EMPLOYMENT from 2018
Architectural firm ‘UrbanLab Nordic’ / Copenhagen / Denmark Landscape Architect and Urban Designer Developing landscape architecture plans and detailing, rainwater management, urban design concepts, project coordination and communication with contractors www.urbanlabnordic.dk
2016 - 2017
Architectural firm ‘White Arkitekter’ / Sweden / Gothenburg Internship in Landscape Architecture and Urban Planning Research and analysis, developing urban plans and detailing architecture plans, testing ideas in scale models and rhino models for light simulations https://whitearkitekter.com/se/
2013 - 2014
Elizabete Ivanova’s interior studio ‘Art Interior Studio’ / Latvia /Riga Interior Architect Developing architectural plans, space planning and detailing for interior design, communication with clients and contractors https://www.artart.lv/
2008-2009
Real estate and construction company ‘NP Properties’, ‘Nordic Partners’ group / Latvia / Riga Architect Planning and design of industrial buildings, developing masterplans, site surveys, communication with clients and contractors http://www.industrial-park.lv/
2007-2008
Architecture studio ‘Rasma Svetina architects’ / Latvia / Riga Architect assistant Planning and design of residential buildings. http://www.svetinaarchitects.lv
2006-2007
Architecture studio ‘ADK Projects’ / Latvia / Riga Architect assistant Planning and design of residential and industrial buildings, developing masterplans and planning industrial territories 2
ll EDUCATION 2012 - 2019
ll SKILLS
Swedish University of Agricultural Sciences / Sweden Master of Science in Landscape Architecture
2014 - 2016
Lund University, LTH, Architecture School / Sweden
Softwares Skilled
Adobe Photoshop
Master of Science in Architecture,
Adobe Illustrator
with specialisation in Sustainable Urban Design 2009-2014
AutoCad
Adobe InDesign ShetchUp + Vray
Latvia’s University of Agriculture / Latvia Professional bachelor degree in Landscape Architecture
Knowledge of Rhino + Vray Revit
2003-2007
Riga Building College / Latvia
Adobe Lightroom
Diploma with professional qualification - architect assistant
Adobe Premiere Pro
Languages
ll WORKSHOPS & OTHER 2019
2019
Latvian
Native
Participation in Copenhagen Architecture Festival ( CAFx )
English
Proficient user (C2)
Architecture & Film Summer School 2019
Danish
Independent user (B1)*
- Tingbjerg “Mapping the Infrasstructurs of a New Town”,
Russian
Independent user (B1)
Copenhagen / Denmark
Swedish
Basic user (A1)
https://www.cafx.dk/post/tingbjerg-1
Participation in the international Young Planners’ Contest
* Passed PD3 exam in June, 2021
“Liveable Places and Spaces of Tomorrow” organised by VASAB - 4-day collobration in multinational and cross-sectoral teams in an international summer camp in Poland. My team named ‘BeaM‘ proposed new ideas for Maritime Spatial Planning in the Baltic Sea region. / Poznan. Poland. 2015
https://vasab.org/ypc/contest-results/
2022 Winter Olympics. Zhangjiakou / China Participation in the international young architects’ - Architecture Design of Kaunas New Town courtyards, Kaunas / Lithuania
2012
Competences: Project architect (Danish:
workshop ‘Next Door‘
2013
Category B from 2010
1st place in the international design workshop ‘Zhangjiakou 2015‘ - Urban design envision of the future of Zhangjiakou and the impact of the
2014
Driving licence
projekteringsarkitek) and sketching architect
(Danish: skitseringsarkitekt) at UrbanLab Nordic
3rd place in the Jelgava’s Municipality sketch competition
Concept development
‘Listen to the steps of History’
Design development
for the development of the Train Station park in Jelgava /Latvia
Construction plans and
in collaboration with landscape architecture student Jolanta Lauberte
documents
3rd place in the ‘Riga Flower Ball 2012’ festival competition of Botanical Garden of the University of Latvia with an outdoor installation “Psychedelic Baroque” in Riga / Latvia
Competition architect Rainwater Management Graphic Communication
in collaboration with landscape architecture student Jolanta Lauberte 2012
Participation in the Landscape Architecture student workshop - The revitalization of Griziņkalns and Ziedoņdārs territory, Riga / Latvia
2011
Other Interests/Skills Visual Arts
Participation in the 6th Latvian Architecture School workshop
Photography
- Urban development of the Mežaparks territory, Riga / Latvia
Film-making
3
ll PROFESSIONAL WORK - DENMARK & SWEDEN
01
LANDSCAPE OF THE NEW BISPEBJERG AKUTHUS
02
ØSTRE GASVÆRK youth housing and theatre rehearsal studio
03
SALAMANDERHUSENE, TOWNHOUSES
04
TRANSFORMATION ‘PLATS FÖR GÖTEBORG’
05
NEW DEVELOPMENT BASTUBAN REDESIGNING EUROPAHUSET
06
RESIDENTIAL AREA PENNYGÅNGEN
01
LANDSCAPE OF THE NEW BISPEBJERG AKUTHUS / Copenhagen , Denmark ‘UrbanLab Nordic’ Professional experience, ongoing from 2018 Copenhagen, Denmark
Urban Lab Nordic, as sub-consultants of Arup developed landscape architecture part of the tender project and the regulatory project + dispensations. Partners: KHR Architecture, Arup Ingeneering, Kunstner: Camilla Nørgaard + Jakob Bue, Via Trafik. Client: Region Hovedstaden/ Bispebjerg Hospital Urban Lab Nordic, the team: Anne Kathrine Aaris Edslev, Architect, Creative Director and Partner, Anne Schlosser Dehn, Urban Designer, Saray Ossorio Hernandez, Landscape Architect. Jens Klitgaard, BIM expert / Architect. Myself, Landscape Architect and Urban Designer. MY ROLE Primary project architect (Danish: projekteringsarkitek), partly manager (Danish: sagsansvarlig) I joined the project in May, 2018 and since September 2019 I have been involved in design tasks and project coordination between UrbanLab Nordic and other disciplines such as architecture, civil engineering, structural engineering and traffic planning. Together with UrbanLab Nordic team I have been involved in developing the hardscape and the softscape plan; in close collaboration with Anne Kathrine Aaris Edslev I have developed water management plan and principles, design solutions and technical drawings for green roofs and rooftop terrace, I have worked a lot with terrain and accessibility of whole site and moved the lake to a new location. In close collaboration with traffic engineers, I have taken part in designing solutions for roads around the Akuthus area and solutions for protection of the surrounding alley trees. 6
ILLUSTRATIONS PLAN (made in AutoCad, Illustrator and Photoshop by me) 7
VISUALISATION BY KHR ARCHITECTS
(diagrams made by co-worker, Urban Lab Nordic)
PLANTING STRATEGY The planting strategy has been created according to Master Plan for North Bispebjerg, Planting. It outlines the coherent landscaping project for the Accident and Emergency Hospital and the Psychiatric Clinic. The planned landscape around the hospital is inspired by English landscape gardens and from the existing landscape. The new landscape is formed of continuous open spaces, open and green park areas with grass and large solitary trees divided by a number of crossing landscape belts. Additionally, between the bedwings smaller pocket parks will be formed. These “fairy-tale pocket gardens” will be fully planted and rainwater beds will help to handle rainwater.
DIAGRAM FROM THE MASTER PLAN FOR NORTH BISPEBJERG, PLANTING
8
DETAILED PLAN OF THE LAKE AREA IN NORTH (made in AutoCad, Illustrator and Photoshop by me)
(diagrams made by co-worker, Urban Lab Nordic)
THE LAKE In the north-eastern part of the hospital area, there is a small lake. The lake covers approx. 680m2 and is protected. The present shape and location of the lake present a number of challenges in connection to the construction of the new hospital building. Therefore, the lake is slightly moved towards the northeast and reshaped to not encroach on the new hospital building. Around the new lake the terrain is altered in order to create a natural environment. The slope angle of 1:5 creates a sloping lake shore which creates a habitat for the lake’s animals and plants. In rainy seasons the lake may flow over its banks.
9
VISUALISATION BY KHR ARCHITECTS
PRINCIPAL SECTION OF THE EAST SIDE POCKET BETWEEN BEDWINGS (made by co-worker, Urban Lab Nordic)
MAIN CHALLANGE - TERRAIN The main challenge of the project was to design the terrain around the building. The site of Aukuthus slopes down towards the south creating up to 2,5m height difference. Because of that, entrances of the building meet the terrain in different heights, for instance, +26.800 in the south and +22.000 in the north. Additionally, the terrain under preserved alley trees had to stay as it is and also the heights of the roads around the site. Despite all of these challenges, we have created an accessible environment all around the building and a water management plan for the entire site, including guiding principles for rainwater collection and temporary storing at the site.
PRINCIPAL SECTION OF THE SWALES WITH RAINWATER DRAINAGE ALONG AT THE LOWEST PART IN ALL THE POCKETS ALONG THE FACADE (made in AutoCad by me)
10
WATER MANAGEMENT: PRINCIPAL SECTION OF TEMPORARY ERUPTION ON TERRAIN - BASIN IN FAIRY-TALE POCKET GARDENS (made in AutoCad by me)
DETAILED PLAN OF THE EAST SIDE POCKET BETWEEN BEDWINGS 72 AND 74 (made in AutoCad, Illustrator and Photoshop by me)
11
SECTION OF SOUTH PLATEAU (made in AutoCad, Illustrator and Photoshop by me)
DETAILED PLAN OF SOUTH PLATEAU (made in AutoCad, Illustrator and Photoshop by me)
12
The South Plateau is partly placed on top of the underground parking garage and serves as the main arrival area for pedestrians, bicyclists and cars. The main arrival for pedestrians is the landscape stairs that continues historical axis through the hospital area; alternatively, next to the stairs there is a handicap-friendly path with max 4,5% slope for accessibility. Both, stairs and the path lead to the main plaza and the main entrance. The South Plateau also serves as the main arrival for cars. A short-term parking is provided on the terrain giving the opportunity to wait for hospital transport, taxi or a private drive.
PRINCIPAL SECTION 1:250, Nielsine Nielsens Vej OF THE PROTECTED AVENUE TREES ON NIELSINE NIELSENS VEJ (made in AutoCad by me)
Section V1-V1, 1:50, Nielsine Nielsens Vej FREDET TRÆ (Pr) Lind, Tilia x europaea 869 (Ø 6m)
NYT TRÆ (N) Lind, Tilia x europaea 418A
Asfalt GAB 0 Afretningslag Vej macadam
Vandingssystem, Root Rain Urban 1, RRURB 1
Rodklump
Betonsten Afretningsand Stabilgrus Bundsikringslag
60mm 30mm 120mm 190mm
Eksisterende kantsten
Gartner macadam 1:2
Muld
20mm 60mm 30mm
15 ‰
KT: (+24.180)
15 ‰
10 ‰
25 ‰
Muld
Eksisterende gangsti
Allétræsmuld
Eksisterende
Gartner macadam
Chaussésten i granit Afretningslag Vej macadam
Dræn jf. ingeniør
30mm
Underjordisk fastgørelse, Milford MuldVarp Grubet råjord 600 mm
Plan view of the section V1-V1, 1:50. Planned (top image) and existing, LE 34 (bottom image).
418A
Lind, Tilia x europaea
V1
Lind, Tilia x europaea 13
BGN
REPLANTNING
(24.14)
V1
(Ø 6m)
02
ØSTRE GASVÆRK youth housing and theatre rehearsal studio / Copenhagen , Denmark ‘UrbanLab Nordic’ Professional experience, ongoing from 2019 Copenhagen, Denmark
Østre Gasværk is a mixed-use 7 floor building with a youth housing, a car park and a rehearsal room for Østre Gasværk Teater in Østerbro. Urban Lab Nordic, and myself as part of the team, developed a landscape project with recreational facilities, a semi private yard, terraces, plantings, training and bicycle parkings, and activity path. Our team also takes part in the public road project. Partners: KHR Architecture, MOE Ingeniør. Client: Ap byggeri, KAB. Design and build contractor: NRE Urban Lab Nordic, the team: Anne Kathrine Aaris Edslev, Architect, Creative Director and Partner, Anne Schlosser Dehn, Urban Designer, Meritxell Arderiu Ruiz, Landscape Architect. Myself, Landscape Architect and Urban Designer. MY ROLE Project architect (Danish: projekteringsarkitek) and sketching architect (Danish: skitseringsarkitekt). I have been involved in the project from the very beginning. I developed design ideas in the sketching phase and was fully responsible to develop all the drawings including details for the main project (Danish: hovedprojekt) and bidding. The main challenges of the project have been related to plantings and materials in the courtyard on top of the car park and on the terraces. The courtyard design was developed with aim to have a green, functional and recreational space and also at the same time to fulfil the wish for 3 big trees (up to 10m)and requirements from the local plan for bike parkings. Another challenge has been the main staircase to the courtyard, which is also placed on top of the car park. The main stair is planned with many planting boxes and one more big tree. 14
PLAN OF THE LEVEL 1, COURTYARD ON TOP OF THE CAR PARKING (made in AutoCad by me)
SECTION C-C, LEVEL 1 (made by co-worker, Urban Lab Nordic)
15
CONCEPT DIAGRAMS (made in Rhino, SketchUp and Illustrator by me)
Diagram of the shadows and requirements from the local plan: 2500mm free area from the facade.
Primary pedestrian flows from and to the main access roads and potential areas for bicycle parking and outdoor fitness in the shade.
New islands that support primary pedestrian flows connected to the free area min. 2500mm from the facade.
Raised terrain to create good growth conditions for trees and shrubs.
Terrain, benches, trees and shrubs create spaces of a different nature: • recreational area at the west end in the sunny part, • meeting place in the middle, • fitness area in the semi-shaded area at the east end, • shaded flexible area next to the common indoor areas at the eastern end for stays, communal meals or other activities, • bicycle parking at the most shaded part. 16
WORK-IN-PROGRESS ILLUSTRATION (made in Rhino by me)
WORK-IN-PROGRESS VISUALISATION BY KHR ARCHITECTS
17
Filterdug Armeringsnet 100x100 maskestr. 12mm tråd Filterdug
Dræn- og vandreservoir Drænmåtte Rodbeskyttelsesfolie Vandtæt membran
Terrassebrædder 25x125mm Terrassebrædder Højdejusterbare terrassefødder 4 mm Drænmåtte Rodbeskyttelsesfolie Vandtæt membran
Beton bænk/plint Vandtæt membran
+8.300
Dræn- og vandreservoir Drænmåtte Rodbeskyttelsesfolie Vandtæt membran
Filterdug
+8.300
+8.300
450
Beton Dræn- og vandreservoir
Terrassebrædder 25x125mm Terrassebrædder Højdejusterbare terrassefødder 4 mm Drænmåtte Rodbeskyttelsesfolie Vandtæt membran
Toplag af finere kork 20 mm Drænende grov korkbase 50 mm 150-260 mm Skærvemix 4 mm Drænmåtte Rodbeskyttelsesfolie Vandtæt membran
Kantafslutning h=200mm
PLAN OF THE SECTION B-B, LEVEL 1
+7.467 300
450
402
401
Filterdug
Filterdug
120
119
118
117
116
Monteret på stålplade
Plan af snit B-B, 1:
115
114
11U
113
10000
Monteret på stålplade
150 mm 150-260 mm 4 mm
Stor betonflise/plade Skærvemix Drænmåtte Rodbeskyttelsesfolie Vandtæt membran
Beton
TRÆNINGSUDSTYR
Beton Dræn- og vandreservoir
Dimensionering af plantebede, træer 1:20DIAGRAM OF TREE BUILD-UP, LEVEL 1
Beton
Beton bænk/plint
Stålramme
Beton Dræn- og vandreservoir
Snit C-C af opbygning (vest-øst) C-C 1:75 Vegetation; plænegræs, stauder, buske Intensiv jordsubstrat Filterdug 1 lag Dræn- og vandreservoir 40 mm 4 mm Drænmåtte Rodbeskyttelsesfolie Vandtæt membran
Filterdug
TRÆNINGSUDSTYR
450
+7.860
Beton Dræn- og vandreservoir
40 mm 4 mm
Beton bænk/plint
Armeringsnet 100x100 maskestr. 12mm tråd
PLATO
Beton
Beton bænk/plint
+8.435
40 mm 4 mm
Træ lameller
Plan af snit B-B, 1:100
7
B
+7.3
M
10
s- og luftrør
4
UP
Vækstmedie
Belægning
UP
uld
7.467
Rodbarriere
M5
Beton
B1+B2 300
7.467 +7.55
20‰
2%
max. ældning 1:2
BETONDÆK (jf. Ingeniør)
321 M4
2%
stmedie, armeringsnet og drænlag
20‰
1550 5000
7
7
3200 1725
O 7 1
Sokkelaffu
1725
1320 +7.55 +7.80
7.376
Plantekasse C2
+7.80
Betula Utilis Ø 4-6 m
150 mm 150-260 mm 4 mm
Stor betonflise/plade +7.55 +7.33 Skærvemix Drænmåtte Belægning Rodbeskyttelsesfolie Vandtæt membran
1.OP2 Opgang 2
Træets vækstlag/ bundopbygning over terræn r=3375mm
Kantafslutning h=200mm Stor betonflise/plade Skærvemix Drænmåtte Rodbeskyttelsesfolie Vandtæt membran
150 mm 150-260 mm 4 mm
7. Etage 6. Etage 5. Etage 4. Etage 3. Etage 2. Etage 1. Etage +8.300 Stueetage Kælder
1 lag 40 mm 4 mm
Bemærk: Alle mål og koter skal+7.467 kontrolleres på stedet, viste bygningsgeometri er ikke kontrolmålt
Terrassebrædder 25x125mm Terrassebrædder Højdejusterbare terrassefødder 4 mm Drænmåtte Rodbeskyttelsesfolie Vandtæt membran
Beton bænk/plint Vandtæt membran
Beton bænk/plint
+8.435
+8.300
+7.860
+7.355
420
115
305
20‰
Filterdug Armeringsnet 100x100 maskestr. 12mm tråd Filterdug
Rodklump h=1300mm r=775mm
450
Vegetation; plænegræs, stauder, buske Intensiv jordsubstrat Filterdug Dræn- og vandreservoir Drænmåtte Rodbeskyttelsesfolie Vandtæt membran
Beton
B
Hovedprojekt Rev. A
Dato
Beskrivelse
18.03.2021 Opdatering af hovedprojekt
875
Udarb. Kont. Godk. IVA AKE AKE
Beton 1725 Dræn- og vandreservoir
1550 5000 6750
1725
Dr
875
Teaterhaven
SECTION B-B, LEVEL 1
Snit C-C af opbygning (vest-øst),
ØG_K02_H3_XX_0900
af plantebed Snit B-B af plantebed Snit ogB-B træ, 1:30 og træ,
Dimensionering af plantebede, træer, Niveau 1, Gårdrum Udarb.
IVA
Arkitekt Landskabsarkitekt Ingeniør Bygherre
875
Kontrol.
AKE
KHR Architecture URBANlab nordic MOE A/S NRE Denmark
Godk.
AKE
Kanonbådsvej 4b Nørrebrogade 184 Buddingevej 272 Trelleborggade
Mål
1:75,1:30,1:20 Dato 17/02/2021
1437 København K 2200 København 2860 Søborg 2100 København Ø
Tlf. +45 4121 7000 Tlf. +45 3131 7390 Tlf. +45 4457 6000 Tlf. +45 8712 4950
Rev. / A
Rev. A Sagsnummer: Sagsnummer: Sagsnummer: Sagsnummer:
1887
Allétræsmuld Vandings- og luftrør Muld/ Vækstmedie Rodbarriere Armeringsnet 100x100 maskestr. 12mm tråd
Letvægtsjord (min. højde) 110-150mm
Vandtæt membran Beton bænk/plint
Beton
20‰
Beton
Kantafslutning h=200mm
+8.05
Sele
BETONDÆK (jf. Ingeniør)
Linjedræn
150 mm 150-260 mm 4 mm
1490
450
400
+7.80
Muld 280 mm Lecasten 50 mm Geotekstil / filterdug Flamengo 20 mm Dræn Stor betonflise/plade Skærvemix Drænmåtte Rodbeskyttelsesfolie Vandtæt membran
Rodklump
+8.05
300
+7.467
+8.30
Sokkelaffugter
+7.80
300
+7.55
Råjordspude, let stampet Evt. grubet råjord
Drænmåtte, højde 4mm Rodbeskyttelsesfolie Vandtæt membran
18
+7.600
20‰
+7.467
BETONDÆK (jf. Ingeniør)
.Filterdug Filter mellem vækstmedie og drænlag / vækstmedie, armeringsnet og drænlag Høj permeabilitet Filtrerer fine partikler fra vækstmediet Dræn- og vandreservoir, højde 40mm Drænlaget bortleder overskudsvand og ventilerer rødderne Vanddamp siver op igennem huller til subtratlaget
20‰
400 300
+8.30
420 300
1725
2%
BETONDÆK (jf. Ingeniør)
1320
dklump 1300mm 75mm
321 M4
+7.467
+7.55
7.439
rer rødderne get
+7.26
M3
+7.80
Sokkelaffugter 7.467
1725
7.364
+8.30
+8.05
Opgang 7.379 2 1. til 2.sal 7.412
max. hældning 1:2
+8.35
7.364 +7.26
et stampet rd
ØG_K02_H3_XX_0900 Rev. / A
+8.05
400 300
+7.80
+7.86
+7.80
+8.30
Kantafslutning h=200mm
+8.05
+7.55
max. hældning 1:2
1300
7.410 +7.31
Belægning
Belægning Trappe 4 Linjedræn 7.411 1. til 3. sal Bænk/plint M2 M2 P2 Græsser og stauder M1 M2 Trædæk Sokkelaffugter T1 P1 Himalaya birk +7.600
2%
Letvægtsjord (min. højde) 110-150mm
2%
Armeringsnet 100x100 maskestr. 12mm tråd
Stor betonflise/plad Skærvemix Drænmåtte Rodbeskyttelsesfo Vandtæt membran
PLAN, LEVEL 3
403
402
VA
401
7080
120
7080
5850
119 3540
118 3540
117
116
3540
3540
115 3540
114
1
3540
3540
A2.119 Bolig
A1.118 Bolig
7800
N 1176515772 E 652365338
H
Opgang 6 Niv -1 til +3 NF
NA
BSH2
Trædæk Fælles Tagterrasse
7810
M2 ISK Græsser og stauder M3
NB
M3 BSH1
2010
210
3,8m² P3 M3
P2
Trædæk
411
40000
A2.120 Bolig
A4.121 Bolig
TT-8
Trædæk ISK M2 209
UP
P2 M1 14,4m²
P1 Maksimal 50 Personer 14,5m² P1 Fælles Tagterrasse NC ND P1 M3 GræsserNB og stauder P3
+28478
20360
ISK
M4
NA
08_Tagkote
Trædæk 22,6m²
Trædæk 146,4m²
E
A3.122 Bolig
A1.123 Bolig
E*
Fælles Tagterrasse
412
A1.124 Bolig
E*
Bænk/plint
413 Snit H-HNCaf opbygning, 1:50 ND
Græsser og stauder M2 P2 Sedum og 3.OP6 10,6m² græsser UP Opgang 6 P1 M3 3.F3 Forrum ISK Bænk/plint M2 BSH2 E 3.02 Græsser og stauder WC P2 M4 Sedum og 3.01 85,6m² BSH1 Disp græsser Bænk/plint 3,5m²
Græsser og stauder BSH2 P1 28,1m² M1
UP GN
Trappe 4 1. til 3. sal
208
207
206
H 3.OP2 Opgang 2
07_7 etg
+25198
Opgang 2 1. til 2.sal
SD +22265
SC
TT-1
2010
06_6 etg
SB
7810
SECTION E-E, LEVEL 3 P1.081 Bolig
P1.082 Bolig
P1.083 Bolig
P1.084 Bolig
05_5 etg
+19332
SA 7080
3540
3540
3540
3540
3540
Intensiv jordsubstrat Filterdug Dræn- og vandreservoir Drænmåtte Rodbeskyttelsesfolie Vandtæt membran
+16399
570 SIGNATURFORKLARING
300
GRÆSSER OG STAUDER
318
316
315
Terrassebrædder 25x125mm Terrassebrædder Højdejusterbare terrassefødder 4 mm Drænmåtte Vandtæt membran
Beton Filterdug
584
Kantafslutning h=120mm 495
450
317
Kantafslutning h=120mm
Beton
GRÆS / FORHAVER PLANTES MED ENGGRÆS/VILDGRÆS +13.466
319
+13.466
560
1400
+13466
320
Terrassebrædder 25x125mm Terrassebrædder Højdejusterbare terrassefødder 4 mm Drænmåtte Vandtæt membran
Kantafslutning h=120mm
Linjedræn
03_3 etg
1 lag
mm 321 404 mm
Filterdug
2160
Terrassebrædder 25x125mm Terrassebrædder Højdejusterbare terrassefødder 4 mm Drænmåtte Vandtæt membran
Stålprofil
1400
04_4 etg
+13.466
Filterdug Drænmåtte 4mm Vandtæt membran
TRÆDÆK 02_2 etg
+10533
UP-LIGHTS TIL BELYSNING AF TERRASSE SPOTLIGHTS TIL BELYSNING AF BEPLANTNING 02_Teater_2 etg
+8447
3540
VA Vegetation; plænegræs, stauder, buske
+7.55 +7.80
TERRÆNKOTE
* (all plans, sections and diagrams in page 10-11 are made in AutoCad by me)
01_1 etg
+7467
BUSKE
19 UDENDØRS MØBEL
314
3
03
SECTION D-D (made by me and a co-worker, Urban Lab Nordic)
SALAMANDERHUSENE, Townhouses / Hedehusene, Denmark ‘UrbanLab Nordic’ Professional experience, 2019 winter Copenhagen, Denmark
The task was to develop a landscape plan with green areas between 21 townhouses (terraced houses) that are located on a slightly sloping terrain facing south with a view of the Salamander Lake. Urban Lab Nordic was working as sub-consultants of KHR Arkitekter. UrbanLab Nordic, the team: Anne Kathrine Aaris Edslev, Architect, Creative Director and Partner, Anne Schlosser Dehn, Urban Designer, Myself, Landscape Architect and Urban Designer. I worked as project architect (Danish: projekteringsarkitek) primarily with sections.
SECTION B-B (made by me and a co-worker, Urban Lab Nordic)
20
PLAN (made by co-worker, Urban Lab Nordic)
SECTION A-A (made by me and a co-worker, Urban Lab Nordic)
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TRANSFORMATION PLATS FÖR GÖTEBORG / Gothenburg , Sweden ‘White Arkitekter’ Internship, Aug 2016 - Jun 2017 Gothenburg, Sweden
Plats för Göteborg is an initiative to develop the area between the Ullevi Stadium and the Svenska Mässan, Gothenburg. The project proposed to re-develop the area into a vibrant part of the city with a new international arena, a large indoor swimming pool and other sports facilities, as well as new housing and an activity park for all the city’s residents and visitors. The architectural part of the project was developed by four architectural offices, White Arkitekter was one of them. White Arkitekter, the team: Johan Lundin, Architect and Office manager, White Göteborg. Louise Didriksson, Landscape Architect and Urban Designer. Rikard Sjöberg, 3D Graphics. Myself, Landscape Architect and Urban Designer. Our task was to combine the different parts of the project from all the architects involved. Additionally, we were offering to develop a centrally placed activity park which would serve not only local residents but also be an attractive public space for the city. I worked on the concept diagrams, 3D diagrams and the plan, in close collaboration with Louise Didriksson.
Launch projects website: platsforgoteborg.se >
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NEW DEVELOPMENT BASTUBAN REDESIGNING EUROPAHUSET / Mölndal, Sweden ‘White Arkitekter’ Internship, Aug 2016 - Jun 2017 Gothenburg, Sweden
Bastuban is approx. 12 ha in the area of West Eklanda, Mölndal Municipality, located between industrial sites, forest and private villas. The project task was to develop a structural plan, guidelines for the character and kvalitetsprogram (the program of qualities) of the proposal. The area has 4 existing buildings of which one will be kept. Europahuset and was built in the 90s as laboratories. Project team: Thomas Landenberg, Architect. Louise Didriksson, Landscape Architect and Urban Designer. Simone de Bergh, Landscape Architect. Johanna Rand, Sustainability Specialist. Daniel Nilsson, Energy Specialist. Frans Magnusson, Computational Design Specialist. Myself, Landscape Architect and Urban Designer. I worked with the concept and structural plan of the area in close collaboration with Louise Didriksson. I also worked on the plans of Europahuset in close collaboration with Thomas Landenberg and on light simulations with Daniel Nilsson.
Alt. 1
Alt. 2
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Alt. 3
STRUKTURPLAN (in progress)
CONCEPT (first draft)
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RESIDENTIAL AREA PENNYGÅNGEN / Gothenburg, Sweden ‘White Arkitekter’ Internship, Aug 2016 - Jun 2017 Gothenburg, Sweden
Pennygången is a residential area in South-West Gothenburg, district of Högsbo. The project task was to develop new residential buildings, supermarket and kindergarten between the existing residential building and Högsboleden road. Project team: Gunnar Stomrud, Planarkitekt. Gunnar Kjellerstedt, Architect. Hanna Ahlström Isacson, Landscape Architect. Ulrika Bergbrant, Landscape Architect. Myself, Architect Assistant, Landscape Architect and Urban Designer. I worked with the building volume modeling, architecture facades, physical scale model, sections and landscape architecture plan.
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SCALE MODEL
SECTION Section A-A A-A(see plan view on next page)
+ 62,00 + 59,30
+ 58,40
PLAN
Section B-B
+ 54,40 + 48,80
+ 57,00
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ll ACADEMIC WORK - LUND UNIVERSITY
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DENSIFICATION OF ZHANGJIAKOU
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GREEN REMEDIATION OF VERKET AND MOSSEELVA
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DENSIFICATION OF ZHANGJIAKOU / Hebei province , China Lund University, Architecture School Sustainable Urban Dynamics, Autumn 2015, Sweden
BACKGROUND The city of Zhangjiakou is located in the Hebei province in Northern China approx. 200 km from Beijing. The Central City of Zhangjiakou has approx. 700 000 inhabitants. In 2022 it will host some of the Winter Olympics events. Currently China has 20% of the world’s population and only 7% of the world´s arable land which means – they cannot feed themselves. Hebei province, where Zhangjiekou is located, is 4th biggest farming area of China, and about half of Zhangjiakou region is arable land. The average population growth of Zhangjiakou is approx. 2,5% per year or 16 000 new people every year, and they all need somewhere to live. The Southern part of the existing city is covered with farmlands, but the municipality of Zhangjiakou is planning to extend the city and take over around 60 km2 of them. At the same time, if we look at the existing city, there are a lot of unused plots in it like old industrial sites and other vacant spaces. Therefore, MY CONCEPT IS BASED ON THREE MAIN ISSUES: 1.
To avoid urban sprawl, I’m planning to infill the existing city and to densify it.
2.
To create better connections within the city, I’m prioritizing mobility of pedestrians or bicyclists.
3.
To improve biodiversity and life quality, I have added a challenge to make the city greener.
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CONCEPT
avoid urban sprawl
connect
make it green
Make a use of the vacant land and street space in the existing city; Infill existing city with new buildings and new programs; Increase mixture and density.
Connect North and South with fast public transport and pedestrian and bicyclist paths; Connect East and West - both sides of he river and both sides of the old train line.
Increase greenery in the city to improve air quality; Create a green network to improve urban ecosystem and biodiversity, and to improve community access and recreation opportunities.
Land for potential urban infill
Metro line with stops at least every 1000 m Green spine
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STRATEGY FOR THE SITE
pedestrian net
new housing typologies
urban life generator
increased amount of vegetation
PLAN
Waterfront Park with the Pedestrian Bridge Main Shopping Street
Main Plaza with the Metro Station
A Railway Museum
A Old Pavilion
Existing High-rises Old Hutong Area with small busineses
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MY STRATEGY FOR THE SITE IS: 1.
To create a pedestrian network connecting the North and South and East and West parts of the city;
2.
To introduce new building typologies to reach bigger density in terms of people per square meter and new programs;
3.
To generate an urban life, I’m adding a public building – museum, improving the waterfront and activating ground floors in the center of the site,
4.
And I’m significantly increasing the amount of vegetation.
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URBAN BLOCKS
+
Green roof
Terrace
Balconies
≥3m Min 3 storeys Private outdoor amenity
Semi-private/Private courtyard Private gardens Offices/Residential Commercial groundfloor ceiling h ≥ 4,5m
PEDESTRIAN ACCESS
FUNCTIONS
Pedestrian Streets E-W
Residential Offices
-S
ne N
pi en S
Commercial
Gre
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GREEN REMEDIATION OF VERKET AND MOSSEELVA / Moss , Norway Lund University, Architecture School Sustainable Urban Landscape, Spring 2015, Sweden
BACKGROUND The city of Moss is located in the fastest-growing and densest region of Norway. In coming decades the city of Moss will experience great changes in housing, infrastructure development and most likely – climate change problems like heavy rains and a sea level rise. As Moss is a former industrial city, a big part of it is polluted and also the social life of Moss deserves some recovery.
THE CONCEPT OF THIS PROJECT IS BASED ON THREE MAIN ISSUES: 1.
Soil remediation because of the pollution;
2.
Improvement of functions and connections because former industrial areas like Verket is currently missing a clear function and relation to the city, and Moss as a city is missing greater scale culture building;
3.
Prevention of flooding risks because of sea level rise and heavy rains in the near future.
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op s stu
dio
sa
nd
wo rks h
stormwater canal
as se
marina
ide
pa
rk
residential area
seabath
Mosseelva (river)
sauna wetland park
hydro-electric station
culture building
business area
main square
view point
hydro-electric station seabath &sauna
wetland
seaside park
culture building
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forest
Mosseelva
Dry Season
PROJECT DESCRIPTION
Land can be wet, but it is covered with vegetation, which will work as a filtration zone.
The proposal offers to develop the Verket area in a mixed-use district with a seaside park and wetlands on the West side in respect to possible sea level rise, a new calm residential area in the North, and a mixed-use district in the South with a new culture building and Main Square. Along the streets and next to the high slope differences storm water canals are provided.
Seasonal flooding Land will be flooded, but the boardwalk won’t be affected. Vegetation of the flooded area will be partly visible and will work as a filtration zone.
Social, environmental and economical remediation One of the project’s aims is to remediate the Verket area through the use of plants – phytoremediation. Phytoremediation provides mitigation of pollutant concentrations in contaminated soils, water and air. Ground waters and storm waters will be treated before they reach the ocean and the soil is treated at the site without excavating it.
Extreme flooding Most of the wetland park will be flooded; parts of the boardwalks can be under the water. Residential and business district won’t be affected.
Gradually increasing plantations in Verket with plants, which can treat the soil, is a long process with low costs that gives a time for social remediation – ‘Life Before the City’. This motto is borrowed from the Koge Kyst project in Denmark, and it means cultural interventions as a part of development, bringing people to the area before actually building, testing ideas and inviting society to take part in developing their city.
‘Life before the city’*
2015
2025
2030
Second vegetation replaced with buildings etc.
First vegetation replaced with buildings etc. Third plantation.
Removed railway. Second plantation. New culture building. New connections (bridges). 2020
2035
Project Completed!
‘Life within the city’*
*Ref. Moto Used for Koge Kyst Project in Denmark
First plantation.
PLANTATION AND CONSTRUCTION
CULTURE INTERVENTIONS
And lastly, economic remediation- activating Verket and bringing people and new functions to the area, Verket can become an economical sustainable part of the city again.
2040
2045
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INTA VASKA ARCHITECT AND URBAN DESIGNER email: inta.vaska@gmail.com phone: +45 28 74 91 07 (DK), +371 29 76 04 10 (LV) https://se.linkedin.com/in/intavaska
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