PORTFOLIO Sintija Jonikane
CONTENT PROFESSIONAL WORK 1
RECONSTRUCTION OF THE SITE Baznicas street 8, Liepaja, Latvia (APL)
2
REGIONAL MUSEUM Brivibas street 39, Ogre, Latvia (APL)
3
BUILDING RECONSTRUCTION Pumpuru street 5, Liepaja, Latvia (APL)
4 BUILDING RECONSTRUCTION Tirgonu street 25, Liepaja, Latvia (APL) 5
BUILDING RECONSTRUCTION Brivzemnieku street 39, Liepaja, Latvia (APL)
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BUILDING RECONSTRUCTION FOR HOTEL Pils street 2, Kuldiga, Latvia (APL)
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INTERIOR DESIGN FOR RESTAURANT “OLIVE“ Klaipedas 130, Liepaja, Latvia (APL)
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INTERIOR DESIGN FOR APARTMENT Elizabetes street 21a-5, Riga, Latvia (SA)
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INTERIOR DESIGN FOR STUDIO APARTMENT Elizabetes street 21a-11, Riga, Latvia (SA)
ACADEMIC WORK 10 URBAN VISION FOR THE NEW RIGA CENTER IN TORNAKALNS Diploma thesis at RTU 11 VADUZ NUCLEAR - ACTIVE URBAN ARCHITECTURE 1st sem. project at Uni. Liechtenstein 12 BIOCITY LINDAU, GERMANY 2nd sem. project at the University of Liechtenstein 13 GEWERBE ZONES IN LIECHTENSTEIN Research project at the University of Liechtenstein 14 ECO-CITY LEUTSCHENBACH, ZURICH Thesis project at the University of Liechtenstein
APL - “A.Padelis-Lins” architecture office SA - “Sudraba Arhitektura” (Silver Architecture) office © Copyrights 2013 Sintija Jonikane All rights reserved
RECONSTRUCTION OF THE SITE Baznicas street E le va tio n i n 8, a xLiepaja, is A - D Latvia
B uilding wa s b uilt in 19 th C e ntur y B uilding wa s b uilt in 19 th C e ntur y
-D
Historical photo of the site (aroud 1950) Facade in axis A-D E le va tio n i n
R e c o ns tru c te d b uilding
a xis A- D
E le va tio n i n a x i s A - D
R e c o ns truc te d b uil ding
R e c o ns truc te d b uilding R e c o ns truc te d b uilding Visualization
Si te p l an Site plan
Site p la n Site pl an
1 1 1
R ERCON E CON S TSRU T RU CTCT ION ION OFOF S ITE S ITE
R E CON S T RU CT ION O F S ITE
B uilding wa s
OBJECT: BAZNICAS STREET 8, LIEPAJA / technical project BAZNICAS STREET 8, LIEPAJA / technical project b uilt i n 19 th COBJECT: e ntur y
EE ll evat evat ion ion in in aa xx is is 1 1 -- 1 10 0 E l evat ion in a x is 1 - 1 0
Facade in axis 1-10 SS e e cc tt ii o on n B B -- B B (e (e levat levat ii o on n ii n n aa xx ii ss 1 1 0-1) 0-1) S e c t i o n B - B (e levat i o n i n a x i s 1 0-1)
Section B-B (facade in axis 10-1) SS e A -- A e cc tt ion ion A A S e c t ion A - A
Section A-A
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RRERECON ECON CON S STSTRU TRU RU CT CT CT ION ION IONOO O F FFS SITE SITE ITE
OBJECT: BAZNICAS STREET 8, LIEPAJA / technical project
-1
OBJECT: BAZNICAS STREET 8, LIEPAJA / technical project STREET technical project project STREET 8, 8, LIEPAJA LIEPAJA // technical
BAZNICAS leveOBJECT: l OBJECT: BAZNICAS leve l ll eve eve ll
0 leve l 0 leve l level 0 leve l 0 leve l
0 level
1 level
2 level
1 1 1 1
l eve l l eve l leve leve ll
2 2 2 2
leve l leve l leve leve ll
3 3
R E CON E CON TS RU TCT RU CT CT ION ION FITE S ITE S ITE RREERCON CON SSTTSRU RU CT ION ION OF OO FO SFSITE
-1 -1 -1 -1
2 REGIONAL MUSEUM Brivibas street 39, Ogre, Latvia
Building visualization (by J. Andzans)
The main facade towards the street
Site plan
0 le ve l
1 le ve l
0 level 1 le ve l
2 le ve l
1 level 2 le ve l
2 level
R E G ION M UA S EL UMMU OF R E CIT Y E CI R EAGL ION S E UOG M OF O GR
0 le ve l
OBJECT: BRIVIBAS STREET 39, OGRE / technical project 5
3 BUILDING RECONSTRUCTION Pumpuru street 5, Liepaja, Latvia
Photo of the building after reconstruction
Photo of the building before reconstruction
Color solution for the facades
Site plan
Facade in axis 1-4 Section 1-1
Ground floor plan
First floor plan
1 .nss tāva plā ns 1. s tāva p lā
BUILDING RECONSTRUCTION
ns 1. s tāva pO lāŅ nsUstreet Latvia TITirgonu RG IE L AS25, 25Liepaja, ĒK AS REKONSTRU KCI JA
Ē k a pēc rek o ns tr u k c ij as Ē koanspēc o ns tr u k c ij as Ē k a pēc rek tr u krek c ij as
TI RAGSO25 Ņ UĒK IEAS L ASR E25 ĒK AS REKONSTRU KCI OŅU IEL KONSTRU KCI JA Ēk aJApēc rek oĒns k atrpēc u k c ijrek as o ns tr u k c ij as
OŅU 5 Ē K AIESLRAESKONST 25 ĒK AS RUKC R EIJA KONSTRU KCI JA
2. stāva plāns ar vēstur isk ajiem būvn. per iodiem
2. stāva plāns vēstur isk ajiem būvn. per iodiem lāns ar vēstur iskar ajiem būvn. per iodiem
lāns isk ajiem ar vēstur būvn. iskper ajiem iodiem būvn. per iodiem
1. s tāva pl āns 1. s tāva pl āns 1. stāva plāns ar vēstur isk ajiem būvn. per iodiem 1. stfloor āva plan pl āns Historical layers Ground
1. stāva plāns vēstur isk ajiem būvn. per iodiem lāns ar vēstur iskar ajiem būvn. per iodiem
1. st āva plān 1. s st āva pl āns
lāns isk ajiem ar vēstur būvn. iskper ajiem iodiem būvn. per iodiem
Ēk a pir ms reko n str u k c ij as
Ē k a pēc rek o ns tr u k c ij as
reko n str u kĒckija as Ē koanspēc o ns tr u k c ij as Ēk a p ir ms Ēk rekaopir n stms rukcijas pēc rek tr u krek c ij as
reconstruction ĒBuilding k a pi r mbefore s reĒkonst k a pirruk mscijas rek o n st rukcijas Ēk a pēc re k oBuilding Ēns k atrpēc u k cafter ijrek as o ns tr u k c ij as
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A PB A
A PB
1 . s tāva plā ns
APBŪV ES REKO NS T RU 5
BUILDING RECONSTRUCTION Brivzemnieku street 52, Liepaja, Latvia Ē k a pi r m s re konst ruk cijas
APB ŪVES REKON STRUKC IJA
25, LIEPĀJA / tehniskais projekts 9
OBJEKTI: BRĪVZEMNIEKU 52, TIRGOŅU 25, LIEPĀJA / tehniskais proje
1. st āva p l ā n s B R Ī V Z E MNIE KU IE LAS 52 ĒK AS REKONSTRU KC IJ A
Building before
ŅU IE LA S 2 5 Ē K AS REKONSTRU KCI JA
Ē k a pir m s rek o ns tr u k c ij as
Building reconstruction Ē k a pēc after rek o ns tr u k c ij as
Ē k a pē c re kons trukcijas
āns ar vēstur isk ajiem būv n. per iodiem
1. sfloor tāvaplan plān s Ground
āns ar vēstur isk ajiem būv n. per iodiem
1. st āva pl āns Ē k a pēc rek o ns tr u k c ij as
6 Pils street 2, Kuldiga, Latvia
Fasād Fasād e e asīs asīs 4 4 -- 1 1
Fasāde Fasāde asīs asīs
A-G A-G
Fasād asīs 44-1 -1 Facade ine axis
Fasādeinasīs Facade axis A-G A-G
Fasād asīs G Facade inee axis Fasād asīs G-A G -A -A
īs Facade Fas in āde axisas Fas āde as1-4 īs
Fasād e asīs
G -A
Fas āde as īs
Gr Section 3-33-3 Gr iez iez ums ums 3-3
Ground floor plan
Gr iez ums 3-3
1. 1. st st āva āva p p ll āā ns ns 1. st āva p l ā ns
Photo of building
Site plan
1-4 1-4 1-4
6 6 6
DZDZĪVO D ĪVOJAMĀ ZĪ VOJ JAMĀ AMĀS S ĒSKĒAĒKK SAARSSERKON REEKON KON S TSRSTU TRR KCIJA UUKCIJA KCIJA PAPA RPAVIE RR VIE VIE S NSĪCU SNNĪC ĪCU U
OBJEKTS: PILS IELA 2, KULDĪGA / tehniskais projekts
OBJEKTS: PILS IELA 2, KULDĪGA / tehniskais projekts BUILDING RECONSTRUCTION FOR HOTEL OBJEKTS: PILS IELA 2, KULDĪGA / tehniskais projekts
S ienu no t inum i
RR ER STOR ESE TOR S TOR ĀRĀ N EĀ N SAN TOR A“OLIVE A“OLIVE “OLIVE Ā N A” “OLIVE ”IN”IN TIN ET R ET R EJE ”R JE R IN JE R STR SESR JE R S
S ie nu no tOBJEKTS: i KLAIPĒDAS 130, LIEPĀJA / tehniskais projekts Klaipedas street 130,inum Liepaja, Latvia
RE S TOR Ā N A “OLIVE ” IN T E R JE R S
OBJEKTS: KLAIPĒDAS 130, LIEPĀJA / tehniskais projekts 14 14 OBJEKTS: / tehniskais projekts 14 130, LIEPĀJA OBJEKTS: KLAIPĒDAS projekts 130,KLAIPĒDAS LIEPĀJA / tehniskais OBJEKTS: KLAIPĒDAS 130, LIEPĀJA / tehniskais projekts 14 WallSisurveys e nu inumi I tenot r je ra foto
o t in um i
Si e nu not inumi M ē b e ļu un i e k ā r t u i z v ie to jum a plā ns Si e nu not inumi Si e nu not inumi G r3-3 ie z ums 3-3 Section M ēbe ļu un i e k ā r t u i z v ie to jum a plā n s
M ēb e ļu un ie k ār t u iz v i e tojum a plā ns
M ēb e ļu un ie k ār t u iz v i e tojum a plā ns G aismas e ņu iz i e tojum a plā ns ēb e ļu unp ie k ār t u izķvei rem tojum a vplā ns un iek ār tu i z vM i etojuma lāns Bā ra le te M ēb e ļu placement un ie k ār t u iz vplan i e tojum a plā ns Furniture G aism a s ķ e r m e ņu i z v ie to jum a plā n s
G a ismas ķe r me ņu iz v i e tojum a plā ns
I terjera foto I terjeraPhotos foto
G a ismas ķe r me ņu iz v i e tojum a plā ns a ismas ķe rGme v i ens tojum aplan plā ns r ieņu st uizplā fixtures placement s ķ e r meņ uLighting i z v iGeto juma p lāns G a ismas ķe r me ņu iz v i e tojum a plā ns
I terjera foto
G r i e st u plā ns
I te r je ra fo to
G r ie st u p lāns
G r īdu se gum u plā ns Ceiling surface G r ie st u p lāns plan plāns
G r ie st u p lāns G r ie st u p lāns
Gr iez ums 3-3
G r i e zum s 3 - 3 G r ī du se gum u plā ns
Gr iez ums 3-3
I terjera foto I terjera foto Gr iez umsfoto 3-3 I terjera
Bā ra lete Gr iez umsBar 3-3 furniture design Gr iez ums 3-3 Gr iez ums 3-3 Bā ra lete
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R E S TOR Ā N A “OLIVE ” IN T ER J E R S
INTERIOR DESIGN FOR RESTAURANT “OLIVE“14
R E S TOR Ā N A “OLIVE ” INTE R J E R
OBJEKTS: KLAIPĒDAS 130, LIEPĀJA / tehniskais projekts 14
8 INTERIOR DESIGN FOR APARTMENT Elizabetes street 21a-5, Riga, Latvia
Photos of apartment (Silver Architecture courtesy)
1st level
2nd level
Detail drawings
Sections
Detail drawings
9 INTERIOR DESIGN FOR STUDIO APARTMENT Elizabetes street 21a-11, Riga, Latvia
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INTERIOR DESIGN FOR APARTMENT NR.11
OBJECT: ELIZABETES 21A-11, RIGA / technical project
Photo of studio apartment (Silver Architecture courtesy) 4th floor plan
or plan
1st level
5th floor plan
2nd level
Vizualization/ by Maris Zarans
V V ii zz u u aa ll ii zz aa tt ii o on n // b b yy M M aa rr ii ss Z Z aa rr aa n n ss
Furniture design Furniture drawings
The main sections FF u u rr n n ii tt u u rr e e d de e ss ii g gn n
Sections
TT h he e m m aa ii n n ss e e cc tt ii o on n ss
INTERIOR DESIGN
20 20
INTERIOR INTERIORDESIGN DESIGNFOR FORAPARTMENT APARTMENTNR.11 NR.11
OBJECT: OBJECT: ELIZABETES technical project project ELIZABETES 21A-11, 21A-11, RIGA RIGA // technical
J AUNĀ R ĪGA S CE N TR A TOR Ņ A K A LN Ā P ILS Ē T B Ū VN IE CIS K Ā VĪ
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URBAN VISION FOR THE NEW RIGA CENTER OBJEKTS: DIPLOMPROJEKTS /RTU Arhitektūras un Pilsētbūvniecī (GOVERNMENT COUNCIL) IN TORNAKALNS
Diploma thesis at Riga Technical University OBJEKTS: DIPLOMPROJEKTS /RTU Arhitektūras un Pilsētbūvniecī
Dipl o m p ro j e kt a p lanše te
D i plo m projekta planš ete D i plo m projekta planš ete Kur sa dar bs -iz pēte pir ms diplomprojekta
Panels of the project
R ok u s k i ces
Sketches
Kurs a dar bs -iz pēte pir ms Kurs a dar bs -iz pēte pir ms
M ak ets
Photo with the project
Pa šp or trets pēc diploma s aņemš anas R ok u sk i ce s
Model
R ok u sk i ce s
Concept conceiving
11 VADUZ NUCLEAR - ACTIVE URBAN ARCHITECTURE 1st sem. project at University of Liechtenstein
12 BIOCITY LINDAU, GERMANY 2nd sem. project at University of Liechtenstein
Master plan 1:2000
Sketches
The common studio model with my proposal infill
Master plan 1:500
13 SUSTAINABLE DEVELOPMENT AND ENERGY AUTONOMY OF GEWERBE (INDUSTRIAL & TRADE) ZONES IN LIECHTENSTEIN Research project at the University of Liechtenstein
This research paper investigated and surveyed the status quo of industrial and trade (Gewerbe) zones in Liechtenstein. As Liechtenstein is highly industrial country (it accounts for 40.6% employment in country and is the second biggest sector after services 58.6%) (Office of Statistics). As the research revealed, the country has around 9 significant, distinctive and specially designated zones (more-less separated and usually nearby or as one part of the municipality) for this purpose use. They are mainly located in municipalities at Rhine valley and even on Rhine valley flood risk areas (as the flat surface for this scale buildings are more appropriate as well as because of logistics and easy accessible infrastructure). After this - country scale survey, the closer research and examination of specific or typical sites – two model regions “Negrut” in Balzers and “Neusand” in Triesen were chosen. The overall urban analysis (ground floor functions and public transport accessibility) and built environment quality were conducted and assessed. For example, the mapped hard and permeable surfaces map shoved the overwhelming hard surface dominance (mainly flat road and sidewalk areas), meanwhile the green infrastructure could be more integrated, in order to improve the working environment quality and general microclimate. An additional focus in research was on renewable energy use in this energy intensive sector. It was mapped the existing solar energy use on sites as well as surveyed and mapped appropriate surfaces and potential for the future adaption and with the other on site and renewable energies, as geothermal, wind and environmental heat, it was calculated and concluded that it can be possible to achieve 100% renewable energy target and use in these areas. Also the current waste management in country and operated in zones (e.g. container service) could be rethought in future and instead of current one way – linear metabolism transformed to circular -closed loop recycling and exchange within the region in order to use materials efficiently and crate more sustainable and active local Industrial Ecology.
Figure 12 –The view from Fürstensteig to communities Schaan, Buchs, Grabs, Gams and Senwald. Black and white picture taken around 1950 and colour photo in 2011
Figure 13 - Employment by economic sector in Liechtenstein 2010.
zones in the country is conducted and shown below in figure 20.
Figure 19 – Authors collage based on Liechtenstein municipalities zoning maps
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Figure 20 – Location and typology of Gewerbe zones
The Generic model with existing and possible regional Eco-cycling in the country
Case study 1: Gewerbe zone “Neugrüt” in Balzers
8.1 Case study 1: Gewerbe zone “Neugrüt” in Balzers
Figure 74– Aero photo from industrial zone in Balzers
Figure 79 – Photos from the site
–
Figure 80- Hard surfaces (impervious areas) and permeable areas
Figure 75 – Street network and public transport accessibility
Figure 81– Green areas and trees
Figure 76 – Ground floor functions
Solar energy
Figure 78 – Free areas
Figure 82- Roof and facades areas for PV installation
The calculated electricity from 3 MM92 turbines thus would be: 5246.000 MWh/a.
Sustainable development of Gewerbe zones in Liechtenstein
that is between the river Rhine and site (see figure 83).
The calculated electricity from 3 MM92 turbines thus would be: 5246.000 MWh/a.
Figure 84 – Estimated Renewable electricity capacity in the zone Groundwater geothermal energy As the latest Geodaten.li portal shows (see the allowed geothermal energy use map in appendix I) the Geothermal heat pumps up to 50 KW is allowed in the country Upperland, thereby the Gewerbe zones in Schaan, Vaduz, Triesen and Balzers can consider this Renewable - groundwater Figure 84 – Estimated Renewable electricity capacity in the zone
thermal energy source.
Sustainable development of Gewerbe zones in Liechtenstein
If several drillings would be installed in one circularLocations loop, as it is done in Figure(483to–6) The three MM92 wind turbineand forconnected Medium and Low-wind
“Bonner Bogen”, Bonn, Germany and provide, then the heat and cooling would be provided for allGroundwater geothermal energy
buildings up to 70 %, as it is in reference site, where campus of offices and 5 star hotel use this
As the latest Geodaten.li portal shows (see the allowed geothermal energy use map in appendix I)
kind of geothermal energy infrastructure.
the Geothermal heat pumps up to 50 KW is allowed in the country Upperland, thereby the Gewerbe zones in Schaan, Vaduz, Triesen and Balzers can consider this Renewable - groundwater thermal energy source. If several (4 to 6) drillings would be installed and connected in one circular loop, as it is done in “Bonner Bogen”, Bonn, Germany and provide, then the heat and cooling would be provided for all buildings up to 70 %, as it is in reference site, where campus of offices and 5 star hotel use this kind of geothermal energy infrastructure.
Figure 97 – The capacity (share) of the Renewable PV electricity production on site Figure 86 – Estimated Renewable heat capacity in the zone
The graph below (designed for the study case in Gareth D. research report “The Renewable Figure 85 - Groundwater hydro-thermal district heating/cooling system Building”) shows chart of the PV Systems Revenue-on-investment (ROI) (see figure 98). The projection of free and renewable energy production in 25 ears shows that the initial investment90
Sustainable development of Gewerbe zones in Liechtenstein
and lifespan maintenance costs will be covered already after 7 to 10 years, depending on the three type of PV chosen. Therefore, the rest of the 15-18 years the solar electricity produced will be for fee thus making a considerable savings on otherwise purchased and instantly growing imported electro energy costs.
Figure 85 - Groundwater hydro-thermal district heating/cooling system 90
Figure 97 – The capacity (share) of the Renewable PV electricity production on site
Figure 98 - PV Systems Revenue-on-investment (ROI) The adapted graph (figure above), shows that revenue will be after around 1/3 from the PV
The graph below (designed for the study case in Gareth D. research report “The Renewable
lifespan, thereby 2/3 from the total electricity production in 25 years can be assumed as the
Building”) shows chart of the PV Systems Revenue-on-investment (ROI) (see figure 98). The projection of free and renewable energy production in 25 ears shows that the initial investment
revenue yield.
and lifespan maintenance costs will be covered already after 7 to 10 years, depending on the 101
three type of PV chosen. Therefore, the rest of the 15-18 years the solar electricity produced will be for fee thus making a considerable savings on otherwise purchased and instantly growing imported electro energy costs.
Eco-City Leutschenbach, Zurich Master plan 1:1000
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10 6 6
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Legend 1 Leutschenbach Eco-tower business district 2 Apple garden and residential houses
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3 Artists workshops with Greenhouse 4 “Nature house“ Bus Garage (creative industries) 5 Co-housing with public use ground floor 1 6 Restored underground streem and wetland 7 Swiss TV and Media park 8 Green businesses office park 9 Multiple religion worship building and square 10 Mixed use development 11 Research & Green industries center (recycling arch) 12 Military education site 13 Waste pyrolisis and incineration plant 20
Master plan 1:1000 The main view - Entrance to the Leuttschenbach Eco-city
Institute for Architecture und Planning Summer Semester 2013 Master of Science in Architecture Concentration Sustainable Urban Design
Aerial viwe to the site (hand drawing)
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Lecturer: Prof. Peter Droege DI MAAS MCPIA Student: Sintija Jonikane
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