Portfolio by Cynthia

Sintija Jonikane

PORTFOLIO

2 Sintija Jonikane I Portfolio

Zimmer Gunsul Frasca Architects LLP

SIA “Arcconsult“ 21

SIA “Legzdins un partneri“

SIA “VVV Architecture“

09.2018.-current

Projects at the University of Liechtenstein

07 10

12.2016.-05.2018.

05 06 09

08.2014.-11.2016.

04 08

10.2013.-04.2014.

Silver Architecture Bureau

09.2011.-07.2013.

Architect Bureau Agris Padelis-Lins 02

01.2011.-09.2011.

08.2005.-03.2009.

Contents 12

Sintija Jonikane I Portfolio 3

0 l evel 0 l evel level0 l evel -1-1level 0 l evel

RECONSTRUCTION OF THE SITE

Baznicas street E le va tio n i n 8, a xLiepaja, i s A - D Latvia EE ll evati evati on on ii n n axi axi ss 11- 10 10 E l evati on i n axi s 1- 10

OBJECT: BAZNICA

B uil ding wa s b uilt i n 19 th C e ntur y B uil ding wa s b uilt i n 19 th C e ntur y

E leElevation va tio i n ainx1-10 iaxis s A- D Facade innaxis 1-10

Historical photo of the 1950) 1950) Historical photo of site the(around site (aroud

SS ec ii n Facade in 1) axis A-D ec ti ti on on BB- B B (( el el evati evati on on n axi axi ss 10101) E le va tio n i n a x i s A - D S ec ti on B- B ( el evati on i n axi s 10- 1) E le va tio n i n a x i s A - D

R ERCON E CON S TSRU T RU CTCT ION IONO FO FS ITE S ITE

The site is located in historical city centre of the city Liepaja (Latvia). Currently the site is empty, however, after careful historical documentation investigation it was found out that the Church house in famous German craftsmanship style Fachwerk construction there was once at these streets intersection - corner. Therefore the new building concept was drawn on existing building reconstruction with slight alterations from original, that is the basement floor were slightly elevated in order to house public ground floor uses (bank), as well as the roof windows were added. The new addition, were designed as an eclecticism style facade with bricks rendering patterns in order to resemble and fit in in the rest of neighbourhood used traditional materials and craftsmanship.

BAZNICAS STREET 8, LIEPAJA / technical project B uil ding wa s b uilt i n 19 th C OBJECT: e ntur y

RRERECON ECON CON S STSTRU TRU RU CT CT CT ION IO ION NOO O F FFS SITE SIT IT R E CON S T RU CTIO N O F

3 3

R E CON E CON TS RU TCT RU CT CT ION ION OF O FITE S ITE S ITE RREERCON CON SSTTSRU RU CT ION ION OF OF SSITE

OBJECT: BAZNICAS STREET 8, LIEPAJA / technical project

OBJECT: - 1 level OBJECT: BAZNICAS technical project project BAZNICAS STREET STREET 8, 8, LIEPAJA LIEPAJA // technical - 1 level -- 1 1 level level

R e c o n s truc te d b uil ding

OBJECT: BAZNICAS STREET 8, LIEPAJA / technical projec R e c o ns truc te d b uil ding

1 level

level 1 level 0 0level

OBJECT: BAZNICAS

1 1 level level

BAZNICAS B uil ding wa s b uilt i n 19 th C OBJECT: e ntur y R e c o ns truc te d b uil ding R e c o ns truc te d b uilat ding Visualization Proposed building the site

RECONSTRUCTION OF THE S Baznicas street E le va tio n i n 8, a xLiepaja, i s A - D Latvia

Section (Elevation in axis 10-1) Section B-B B-B (facade in axis 10-1)

B uild B uild

SS ec ec ti ti on on AA- A A S ec ti on A- A

1 level 1 level 2 l evel

2 l evel 2 2 ll evel evel

This project (Elevation and plans numerous initial design options, Sketch Design and Construction documents, collaboration with other engineers) was done entirely by myself under the main architect supervision. 4

Sintija Jonikane I Portfolio

level 2 2level

E le va tio n i n a x i s A - D

Section Section A-A A-A

Si te pl an Site plan

Histo Si te p l a n Facade axisA-D A-D Elevation in in axis Si te pl an Si te pl an

E le va tio n i n a x is A - D E le va tio n i n a x is A - D

Sintija Jonikane I Portfolio

REGIONAL MUSEUM Brivibas street 39, Ogre, Latvia The main facade towards the street

This was the commission of Ogre City to design a new museum in historical city centre. The building layout was designed as a result of program, available site as well as height limits. The emphasis was on elevation faced towards the main pedestrian street which was designed by architect in a playful manner as a typical neighbourhood Site plan wooden elevation supplemented Site plan with a transparent and contemporary glass curtain wall systems for the main, entrance and exhibition hall lightening, as well as the outdoor stairs to allow the museum visitors access the buildings large terrace (ground floor green roof) on south east.

Visualization of the Ogre city J. Andzans) Building visualization (bymuseum(by J. Andzans)

0 level

Main elevation

Elevation in axis A-J

The main facade towards the street

1 level Elevation in axis J-A

This project was done in team o four - me, main architect and two other assistants). I had an opportunity to design several options for main elevation design, initial programming, floor plans design and latter later some adjustments to elaborate the final CD plans, as well as I designed and coordinated the site plan design (fire way access, utilities etc.) with other project developers. 6

Sintija Jonikane I Portfolio

Elevation in axis 8-1

Site plan Section 4-4

Section 1-1

1 level Sintija Jonikane I Portfolio

BUILDING RECONSTRUCTION BUILDING RECONSTRUCTION Pumpuru street 5, Liepaja, Latvia Pumpuru street 5, Liepaja, Latvia Photo of the building before reconstruction

3 BUILDING RECONSTRUCTION

Pumpuru street 5, Liepaja, Latvia

This building reconstruction was done for a client in order to adapt existing building layout for the ofSection 1-1 fice use. Parallel to exiting layouts re-design the new addition between designed building and adjacent were designed in order to house the elevator for building visitors and employees accessibility. The building Site plan elevations colour scheme were de- Site plan signed according to city frequently used colours, thus providing a fresh and different outlook for this previously obsolete building, meanwhile continuing and supplementing the Liepaja city historical centre renovated buildings ensemble.

Facade ininaxis Elevation axis 1-4 1-4

Photo ofof the building after after reconstruction Photo the building reconstruction Photo of the building after reconstruction

Color solution for the facades

Photo of the building before reconstruction Photo ofofthe building before reconstruction Photo the building before reconstruction Photo of the building after reconstruction

Ground floor floor plan Ground plan Photo of the building before reconstruction

Facade in axis 1-4 Section 1-11-1 Section My contribution to this project was to prepare the Sketch design and Construction documents (plans, sections and new stairwell- accessibility as well as main entry (doors) solution), as well as the elevation color solution and historical details e.g. painted ceiling beams and other considered artworks preservation and re-use in reconstructed building interior explication in plans and documentation for the historical preservation institution. 8 Sintija Jonikane I Portfolio

Color solution for the Color solution for facades the facades

SiteSite planplan Main entrance drawing

First floor plan Ground floor plan

Color solution for the facades Color scheme for the building Sintija Jonikane I Portfolio

R GOŅU LA SRE25 Ē KSAS RE KON TI R GOŅU ITI ELAS 25 ĒIE K AS KON T RUKC IJ AS T RUKC Ē kIJ a Apēc rek oĒns k atrpē u kc c ire j aks o n s t r uk c i j a s

Historical layers

Ground floor plan

2. stāva p lāns vēmst b uū r isk n. peri 2. stāva p lāns ar vēstur iskar aj ie v n a. jie p em r iobdūievm 1. stāva p lāns vēstur isk ajpiem b ūvn. 1. stāva p lāns ar vēstur iskar aj iem b ūvn. er iod iem p er iod iem

T IR G O Ņ U I ELAS TI R GOŅU 25 ĒK AS I ELAS REKONS 25 Ē KTA RUKC S REIJ KON A S T RUKC IJ A

1 .s t āva p l ā n 1 s .s t āva p l ā n s

2. stāva p lāns2.arstāva vēstur p lāns isk ajar iem vēstur b ūvn. iskpaj erieiomd ie b ūmv n . p e r io d ie m 1. stāva p lāns1.arstāva vēstur p lāns isk ajar iem vēstur b ūvn. iskpaj eriem iod iem b ūvn. p er iod iem

1. stāva p lāns ar vē st u r isk a jie m b ū v n . p e r i1

Historical layers

2. stāva plāns a r vē s tur i s k a ji e m būvn . pe r i odi e m

Groun

1. stāva p lāns vēmst b uū r isk n. peri 1. stāva p lāns ar vēstur iskar aj ie v n a. jie p em r iobdūievm

2. stāva plāns i s k a. ji em būvn 2. stāva plāns ar vēstur iskaarjivē e ms tur būvn pe r i odi e m. pe r i odi e m 1.stāva plā ns1 This building reconstruction was 1. stāva p lāns1.arstāva vēstur p lāns isk ajar iem vēstur b ūvn. iskpaj erieiomd ie b ūmv n . p e r io d ie m Elevation in axis A-E done2.forstāva a client in 2. order to adapt plāns arstāva vēstur plāns isk ajiem ar vēstur būvn. iskpaejir ei odi m būvn e m . pe r i odi e m Elevation in axis 1-5 Ēk a p i r m s re k o n s t r uk c i j a s Ēk a p ē c re k onstru kcija s existing building layout for the coms re c iaj apsē c re Ēk c re kcija s Ēk a p i r m s Ēk re kaopnisr tmr uk c ikj aosn s t r ukĒk mercial spaces on ground and first k oan sptēr uk c ikj aonstru s floor as well as by designing the Building reconstruction roof elevation toward the courtyard Ēk a p i r mbefore s reĒk k oan sptirruk m sc ire j aks o n s t rĒk ukac ipj aē sc re k oBuilding Ēk n sat rpuk ē ccafter ire j aks o n s t r uk c i j as 1. s tāva pl ā n s (thus from street view maintaining existing building height and out1. s tāva pl ā n s 1. stāva plāns a r vē s tur i s k a ji e m būvn . pe r i1odi e m pl āns tāva Historical layers Historical layers Ground. s floor plan look) the additional office space 1. stāva plāns i s k a. ji em būvn were designed. 1. stāva plāns ar vēstur iskaarjivē e ms tur būvn pe r i odi e m. pe r i odi e m 1 . s tāva pl āns1. s tāva pl āns The building inside were designed entirely for the plāns new spaces requireĒk a pir ms re 1. stāva 1.arstāva vēstur plāns isk ajiem ar vēstur būvn. iskpaejir ei odi m būvn e m . pe r i odi e m ments. Also the historical plans a pir ms kc re Ēk a pir ms Ēk re konstru showed the layers of building natural growth and adaption for uses Elevation in axis 5’-1 Section 1-1 Section 2-2 Photos of the building Building before through its lifetime. Ēk a pafter i r mand s rebefore Ēk konstru a pir ms kcija re konstru s Ēkkc a Finally, the ground floor and main elevation (particularly previously designed doors with stairs as well as ground floor store windows) towards pedestrian zone were redesigned in order to allow people acĒ k a pir m s rek o ns tr u k c ij as Ē k a p ē c re k o n s t r uk c i j a s cessibility to shops on ground floor as well as the more transparency k aopir mus krek o ns tr u kĒckija as Ē koan sptēr uk c re Ē k a pir m s Ērek ns tr c ij as pēc rek c ikj aosn s t r uk c i j a s and visibility.

Building before reconstruction Ēk a pir ms rek Ē koanspir tr umksc ijrek as o ns trĒukkac ij as rek oBuilding pēc Ēns k atrpēc u k cafter ijrek as on s t r uk c i j a s I designed entire project (SD, CD) under the main architect supervision. Particularly my task was to design the new floor plans layouts according to client program, considering the building structural plans as well as the roof floor elevation development. Ground floor plan 10 Sintija Jonikane I Portfolio

First floor plan

3rd floor plan

Roof plan Sintija Jonikane I Portfolio

05 Sections

This was a fast track project - interior design for the restaurant “Olive“, at the newly constructed shopping mall. The floor, ceiling and wall fitting, furniture arrangement, upholstered seating and lighting fixtures arrangement as well as bar furniture and main entrance doors were designed by me after the main architect ideas, supervision.

Furniture placement plan

Wall coverings Lighting fixtures placement plan

Photos of completed restaurant Floor coverings plan

Ceiling plan

The Interior Design project was done entirely by me under the main architect concept sketches, corrections, supervision. Bar countertop drawing 12 Sintija Jonikane I Portfolio

Sintija Jonikane I Portfolio

INTERIOR DESIGN FOR APARTMENT Elizabetes street 21a-5, Riga, Latvia

Photos ofof the apartment (Silver courtesy) Photos apartment (SilverArchitecture Architecture courtesy)

This two-story apartment in newly renovated building in city center of Riga was designed for a family with three children. The old building was reconstructed entirely by the client, therefore the existing two floor apartments were chosen by architect and client to combine and serve for this family needs. The project integrated the new structures such as in-house stairs to connect these two levels, fireplace as well as entirely new layout with advanced and up- to date integrated heating, cooling (radiant ceilings), ventilation, security and the mentioned systems performance and management devices. Lot of apartment furniture was designed as a built-in and stained white in order to merge with other woodworks such as window fittings (sills and sledges), wall opening panels and doors.

1st level

Sections Sections

My contribution was to elaborate all building sections, interior elevations and plans with designated materials and systems, as well as after the main architect drawings design shop drawings and details. (in some cases I designed furniture or detail options myself). Detail drawings 14 Sintija Jonikane I Portfolio Details

2nd level 2nd level

Detail drawings Detail drawings Sintija Jonikane I Portfolio

This (second) Studio apartment for the same client and at the same building was designed for parents retreat as well as private practice (studio) purposes. The first level houses main- living –studio room, bedroom and two bathrooms, whereas at the second level there is a sunroom with an entrance to roof terrace where the city center and nearest park can be observed. The unique stairs with integrated, built-in bookshelf, sitting corner and fire place make the small apartment space used efficiently. An existing renovated concrete ceilings and beams were preserved as well as some parts of existing brick walls exhibited, thus making this roof apartment in summers cooler as well as otherwise contemporary and intimate studio apartment atmosphere.

Photo of the Studio apartment (Silver Architecture courtesy)

1st level

Similarly as in previous apartment I designed all Interior design documents for construction, including the build-in furniture, wall, windows or door and fire place design and details. 2nd level 16 Sintija Jonikane I Portfolio

Sections

Fireplace drawing

Built-in bookshelf drawing Window drawings Sintija Jonikane I Portfolio

VADUZ NUCLEAR - ACTIVE URBAN ARCHITECTURE 1st sem. project at University of -Liechtenstein VADUZ NUCLEAR ACTIVE URBAN ARCHITECTURE

1st sem. project at University of Liechtenstein

This was the first semester Master’s degree program Sustainable Urban Design studio project. Each student choose the municipality (city center) in Liechtenstein and found the most demanding building or site, where should be most necessary to do an intervention project. I choose the city center of Vaduz and its vast car parking area which is located in very center, since due to its mono use - for car parking only, the sites capacity could be more utilized by establishing a new and active multifunctional shopping, working and living center. The proposed building with atrium which will connect the currently often used pathway bus stop and school, was designed as an active urban architecture building, which means that the building with its natural ventilation, green walls and alternative energy sources will produce its energy demand or even surplus itself.

18 Sintija Jonikane I Portfolio

Sintija Jonikane I Portfolio

The second semester project at the Sustainable Urban Design studio was Lindau island, located in famous lake Constance in south of Germany, transformation project. The current car parking area were selected for the new development proposal in order to complete the islands development and attract a new citizens and workplaces to this tourists frequently visited and historical architecture rich island. Furthermore, the main challenge was the current train station and railway tracks redesign in order to move the station on islands north thus getting rid of current barrier railway tracks and connect these currently separated island parts. My proposal was to keep the historical railway tracks as much as possible, by integrating them in a linear landscape park as well as proposing several mixed use buildings as a “flow” along them.

Master plan 1:2000

Master plan 1:500

Sketches

The common studio modelinfill with my proposal infill Studio model with my proposal

Master plan 1:500

Master plan 1:2000 The model was created by all studio as a team work, where each of us could replace the project site part as model infill.

20 Sintija Jonikane I Portfolio

Sintija Jonikane I Portfolio

The third semester project was Research report “Sustainable development and energy autonomy of Gewerbe (industrial and trade) zones in Liechtenstein“. The first part of the project was to document and classify the status quo of an existing industrial or in zoning plans designated Gewerbe zones and its typologies. After that, the closer look to selected two typical industrial areas were taken and observations as well as suggestions for future development and improvements for alternative energy resources (as geothermal and PV) use suggested. Additional emphasis by interviewing the companies on sites where put on industrial symbiosis or regional eco-cycling model development, where the ones company waste could be used as the others company source or energy, as well as an existing resources (e.g. steam form the waste incineration plant were transferred to the food production company) shearing were uncovered. The project was done under my professor Peter Droege (who had done already several research projects in region such as “Renewable Liechtenstein“) guidance and supervision. 22 Sintija Jonikane I Portfolio

Balzers industrial zone analysis

Above, Right I Research project: “Sustainable development and energy Above, Right I Research project: “Sustainable development and autonomy of Gewerbe (industrial and trade zones) in energy Liechtenstein“ autonomy of Gewerbe (industrial and trade zones) in Liechtenstein“ (3rd semester at University of Liechtenstein). (3rd semester at University of Liechtenstein). Regional Eco-cycling model

Location and typology of Gewerbe zones Sintija Jonikane I Portfolio 6 6

Eco-City Leutschenbach, Zurich Master plan 1:1000

11 5

The fourth and last semester was my Thesis work. I choose the studio provided site - currently also by the city planning office for redevelopment designated previously industrial and brownfield area in Zurich city. The aim was to develop a new and with latest sustainable practices orientated city quarter development. Therefore after careful site investigation the decision was made as much as possible to recycle and re-use existing building on site (e.g. by adaptive reuse principles utilize existing bus garage for the neighborhood bus museum as well as green industries and services center). Similarly, the wooden industrial buildings were preserved for the place identity and cultural Eco-City Leutschenbach, Zurich heritage purposes. The other – new buildings and public spaces were created by applying and integrating the UK Bio region concept ten sustainability principles.

10 6 6

9 5

Eco-City Leutschenbach, Zurich

Aerial view (hand drawing)

8 Master plan 1:1000

Eco-City Leutschenbach, Zurich

Elevation towards Hagenhoz street 1:500

3 Street network 1:5000

Ground floor functions 1:5000

Buildings kept 1:5000

5 4

Eco-City Leutschenbach, Zurich

13 2 LEGEND

existing buildings (with little retrofitting) adaptive reuse buildings new planned buildings

Floor functions/ area and people density 100

200

Living

400

1500

3500

3243 100

25000

7846

200

100

Waste vacuum collection network 1:5000

Working

15000 LEGEND

200

5 1 Leutschenbach Eco-tower business district

400

2 Apple garden and residential houses

Elevation towards Leutschenbach street 11:500

3 house“ Bus Garage (creative industries) 4 “Nature

5 Co-housing with public use ground floor 1 wetland 6 Restored underground streem and 4 2

Sector A

Sector B

Sector C

TOTAL (m2/people)

retail shops commercial offices residential industrial media place for worship educational agriculture

12500 m2 29000 m2 31300 m2 11600 m2

15900 m2 10500 m2 18000 m2 71600 m2 2500 m2 -

1300 m2 48500 m2 52000 m2 5540 m2 150 m2 -

29700 m2 / 1980 88000 m2 / 5866 97300 m2 / 3243 17140 m2 71600 m2 150 m2 2500 m2 8000 m2

P 100

200

LEGEND

200

400

100 200 Reference building - Mont-Cenis academy with photovoltaic cells covered roof in Herne, Germany

400

9 Multiple religion worship building and square 10 Mixed use development

13 Waste pyrolisis and incineration plant

Perspective looking towards Bus Garage “Nature House“

Master plan 1:1000

Buildings kept 1:5000

March 21 (Equinox)

8 Green businesses office park

12 Military education site

Waste recycling / pyrolisis and incineration plant 100

7 Swiss TV and Media park

11 Research & Green industries center (recycling arch)

Waste vacuum collection network (first stage) Collection points

400

Building hights (storeys) 1:5000 Shadow Street network 1:5000diagrams of masterplan 1:5000

Ground floor functions 1:5000

8000 m2

3 Artists workshops with Greenhouse

retail shops

Legend

June 21 (Summer solstice)

Master plan 1:1000

Institute for Architecture und Planning Summer Semester 2013 Master of Science in Architecture Concentration Sustainable Urban Design The main view - Entrance to the Leuttschenbach Eco-city

Section C-C (Eco- Tower building physics) 1:500

Lecturer: Prof. Peter Droege DI MAAS MCPIA

Student: Sintija Jonikane

Section A-A 1:500 Building hights - volumetry

LEGEND existing buildings (with little retrofitting) adaptive reuse buildings new planned buildings

LEGEND Up to 15 m (1-4 storey) 15-30 m (5 - 8 storey) 40-90 m (9 - 28 storey) 100

200

100

400

200

400

Diagrams

September 21 (Equinox) Public transport network 1:5000

Ground floor functions 1:5000

100

200

400

100

200

A A

Perspective looking towards Artist workshops 400

Before

After

Waste vacuum collection network 1:5000 Water sensitive design (rainwater retention bioswales)

December 21 (Winter solstice)

Solar panels on roof and rails Natural ventilation with atrium

Section B-B 1:500

Chilled water evaporation beems for cooling Rainwater harvesting in inside water pools for irigation and grey water use)

Puls 5 mixed use office development in previous industrial building

The site master plan, perspective and aerial drawing were made by myself, however, this big scale and scope projects would be necessary to develop in teams, as it is in real practice. 100

200

Geothermal heating Rainwater collection, storage and use for the gey water

Industrial precinct

.stormwatercenter

Waste vacuum collection network (first stage) Collection points

Shadow diagrams of masterplan 1:5000 March 21 (Equinox)

100

June 21 (Summer solstice)

cave - carved out of mass: people feel save, light and shadow

200

400

100

Local food, vegetables

Sidewalk bioswale for rainwater retention

Cycling in Oslo, Norway

200

Model

References of the Adaptive Reuse industrial buildings

Rot Fabrik in Zurich (South), Switzerland

100

24 Sintija Jonikane I Portfolio

all generaƟons united into future - geƫng the strength from open space

Waste recycling / pyrolisis and incineration plant Source: www.waterbydesign.com.a

200

400

The common/ sheared kitchen for social geathering, space and equipment reduce

Section of Eco-tower

Sulzerareal in Winterthur, Switzerland

Institute for Architecture und Planning Summer Semester 2013 Master of Science in Architecture Concentration Sustainable Urban Design

Lecturer: Prof. Peter Droege DI MAAS MCPIA Student: Sintija Jonikane

Right I Thesis project: “Eco-city Leutschenbach, Zurich“ (4th semester at the University of Liechtenstein). C

LEGEND many hands - common cooking meld people together

400

Source: www.stadt-zurich.ch

Transparent glas roof with PV cells

Co-gardens in Amsterdam, Netherlands

Legend

400

Public transport network 1:5000

Ground floor functions 1:5000

Perspective looking towards Bus Garage “Nature House“

Existing, planned population increase (in Leutschenbach) and achieved in Leutschenbach-Mitte

Institute for Architecture und Planning Summer Semester 2013 Master of Science in Architecture Concentration Sustainable Urban Design

Lecturer: Prof. Peter Droege DI MAAS MCPIA Student: Sintija Jonikane

Perspective to main entry

Sintija Jonikane I Portfolio

Aerial viwe to the site (hand drawing)

This was the famous American architect R. Mayer Douglas House training project in Revit Architecture program environment. The tutorial or step-by step instructions how to model in this at first sight complex design software leaded to building 3D mode containing it’s integrated structures and architectural elements (as walls, base), families (windows, doors, furniture) and placed in components (sun room, rails, fireplace).

Right I Photo of the Douglas House at Lake Michigan, 3D model designed in Revit Architecture 2012. 26 Sintija Jonikane I Portfolio

3 D model created in Revit Architecture

Sintija Jonikane I Portfolio

13 PROGRAM BLOCKS 1 - COMMON AREAS PATIENT EDUC

VESTIBUL

LOBBY/ MAIN WAITING

LOB02 60 SF

LOB01

RECEPTION RECP1 180 SF

CLSC1 30 SF 01

300 SF

2 - PATIENT ADMINISTRATION

4 - PRIMARY CARE/ FAMILY PRACTICE

RECORD STORAGE

LOCKERS FEMALE

LOCKERS MALE

BENEFITS COUNSELOR OFFICE

PATIENT EDUC CLASSROOM

ADULT/PED SCREENING

MRS02

LR002 120 SF

LR002

OFA01 120 SF

CLR01

EXRG4

240 SF

80 SF

120 SF 01

120 SF

5 - PHARMACY

EXAM ROOM

EXRG1 120 SF

SUB-WAITING WRC01 150 SF

DISPENSING STORAGE

MANUF & PREPACK

PHOD1

PHMP1

320 SF

80 SF

PUBLIC TEL 01

BX001

05 04

20 SF

Shortly, after my first independent exploration of Revit Architecture 2014, I had a chance to apply my freshly gained skills to a real office project task - Program block design for the new hospital building in Korea.

TOILET FEMALE

TOILET MALE

TLTU1 50 SF

STAFF LOUNGE SL001 200 SF

F PUBLIC TOILET

M PUBLIC TOILET

JANITOR CLOSET

TLTF2 200 SF

TLTM2 200 SF

JANC1 40 SF 01

40 SF

TREATMENT ROOM

120 SF

GROUP PRACTICE MANAGER

TRGM1 175 SF

3 - ALLERGY/ IMMUNIZATIONS

SHARED RN OFFICE

TEAM ROOM

NCOIC OFFICE

WRCH1

OFA02 180 SF

OFD01 120 SF

180 SF

BH PROVIDER OFFICE

OFA02 100 SF

PUBL HEALTH NURSE

OFA01 120 SF

PHARMACIST OFFICE

PHARM D CONSULT ROOM

OFA01

OFA01 120 SF

120 SF

OFA01 120 SF 04

ALLERGY INJECTION OPAI1 140 SF

COMMUNICATIONS ROOM

COMC1 130 SF

TOILET UNISEX

TLTU1 50 SF

TLTU1

CONSULT ROOM

7 - RADIOLOGY

SUB-WAITING WRC01 120 SF

BLOOD DRAW

LABORATORY LBSC1 240 SF

LBVP1

DRESS. ROOM

XDR01

DR001

320 SF

50 SF

PATIENT SUBWAITING

SUBWAITING

VISION SCREENING

WRC01

EYVS1

WRC01 60 SF 07

100 SF

120 SF 08

CLINIC COMMANDER OFD01 120 SF

CRASH CART

NCOIC OFFICE

EQUIPMENT/ LITTER STOR.

20 SF

04 RCA01

OFA02 120 SF

SRE01 100 SF 04

9 - URGENT CARE CLINIC

PATIENT RECORD STORAGE

CLINIC WAITING

MRS01 60 SF

120 SF

WRC01

10 - OPHTHALMOLOGY/ OPTOMETRY CLINIC

RECEPTION

TREATMENT

RECP1 140 SF

TRGM1 175 SF

TREATMENT / OBSERVATION

TCGS1

120 SF

FITTINGDISPENSING

FRAME STORAGE

EYFD1

SRS01

140 SF

80 SF

VISUAL FIELD

VISUAL SCREENING

EYVF1

CONTACT LENS FITTING

EYVS1

120 SF

EYCL1 120 SF

CODER OFFICE OFA02 100 SF 04

8 - OCCUPATIONAL HEALTH

GENERAL RADIOGRAPHIC

07 06

OFA02 120 SF

6 - PATHOLOGY RECP1 120 SF

CASE MANAGEHEALTH PROMOTION

NSTA4 120 SF

RECEPTION

NURSE STATION

OFDC2 120 SF

50 SF

140 SF

By using Revit software tools Walls and room tags I quickly designed the necessary rooms for this hospital from the client given program listed in Excel. The final product program block pieces were colored by groups and on glued cupboard cut by laser and arranged by architect David Fisk in one level hospital layout.

EXAM ROOM EXRG1

JANC1

09 09

AUDIO BOOTH

PRIVATE OFFICE

PEHS2 375 SF

SPECI. TOILET

LAB STORAGE

TLTU1 50 SF

SRS01 100 SF

MICROBIOLOGY

COPY ROOM

LMM02

RPR01 60 SF

140 SF

NCOIC OFFICE

TRASH LINEN

OFA02 100 SF

UTLC1 60 SF 07

OFA01 120 SF

CLEAN SUPPLY/ EQUIPM OFA08 60 SF

SHARED OFFICE OFA02 120 SF

TREATMENT

CAST ROOM

TRGM1 175 SF

OPCR2 360 SF

FUNDUS CAMERA

NURSE STATION

AMBULANCE DISPATCH

NSTA4 120 SF

COM02 180 SF

EYE LANE

EYEL4 140 SF

EYFC1 120 SF

OPHTHALMOLOGIST/ OPTOM

EYEL4 140 SF

OFD01 120 SF

09 10

EXAM ROOM

EXRG1 120 SF

EXAM ROOM

10 10

CLEAN UTILITY

EXRG1 120 SF

SOILED UTILITY

UCCL1 120 SF

USCL1 90 SF 09

LITTERWHLCHR STOR

CRASH CART 20 SF

EQUIPMENT STORAGE

SRLW1 60 SF

RCA01

100 SF

NCOIC OFFICE

SRE01

CLEAN UTILITY

OFA02

UCCL1

100 SF

SOILED UTILITY

EQUIPMENT STORAGE

USCL1

80 SF 10

SRE01

80 SF 10

100 SF 10

11 - PHYSICAL THERAPY CLINIC WAITING

RECEPTION

OFFICE/ EXAM

RECP1 120 SF

WRC01 140 SF

WORKSTATION

EXRG1 120 SF

EXERCISE AREA

MAT/PLATFORM AREA

PTES1 200 SF

PTEA1 220 SF

PTCW1 40 SF

11 11 11

TREATMENT CUBICLE

VISION THERAPY

PTTC1

PEVS1

140 SF

120 SF

PATIENT/ STAFF TOILET

12 - BEHAVIORAL HEALTH CLINIC WAITING

RECEPTION

TLTU1 50 SF 11

100 SF 12

13 - LOGISTICS PSYCHOLOGIST OFFICE

GROUP THERAPY

ADMIN CUBICLE

RECEIVING/ PROCESSING

OFDC1

OPMH1

MMGS1

140 SF

240 SF

OFA03 40 SF 13

MMRP1

140 SF

160 SF

240 SF

PSYCHIATRIST OFFICE

RECP1 100 SF

WRC01

MEDICAL MATERIAL GENERAL STORAGE

STERILE SUPPLY STORAGE SRE01 120 SF

12 13

TOILET/ SHOWER/ DRESSING

ICE MACH.

20 SF

TLTS1

ICE01

SRE01 100 SF

LCCL1

LINEN STOR.

EQUIPMENT/ SUPPLY STORAGE

20 SF

60 SF 11

WALL STORAGEEXERCISE SRE01 60 SF

PSYCH TECH OFFICE OFDC1 140 SF

FAP OFFICE

BH SOCIAL WORK OFFICE

OFDC1 140 SF

CENTR CLEAN LINEN STORAGE

OFDC1

LCCL1

140 SF

CENTRAL SOILED LINEN

STORAGE/ EQUIPMENT/ SHELVING

LCSL2

120 SF

HAZARDOUS MATERIALS STORAGE

SRSE1

Concept plan with program blocks ‘‘puzzle’’

SRHM1 80 SF

120 SF

120 SF 13

Program blocks (required rooms/spaces)

The Program blocks drawn by me and the hospital Concept plan created from these pieces by main architect David Fisk.

28 Sintija Jonikane I Portfolio

Sintija Jonikane I Portfolio

After some Ecotect Architecture software introduction and training followed little bit more adwanced daylight analysis software Diva for Rhino. I assisted for the Project performance team to analize and test different glazing materials (provided by manufacturer) for the building large atrium glazing. The main idea was to understand the levels of daylight in this climate in order to act accordingly, e.g. provide the shading systems to eliminate not very pleasant glare or too much sun especially on third level where some work stations will be located.

SketchUp model by the team

Atrium Point-in-Time illuminiscence diagrams

Atrium Daylight factor diagrams

The building atrium model (fragment were imported in Diva for Rhino software and analyzed for Daylight factor (with transparent glass material) as well as for Point-in Time Illumiescence in different season and weather conditions. 30 Sintija Jonikane I Portfolio

Sintija Jonikane I Portfolio

Ground floor shading analysis with Inside shades (F,ETFE, PTFE)_Tree_leaf

Option 1 - Fabric or ETFE Shading

Annual Daylight Factor

Option 2 - Fabric or ETFE Shading

Annual Daylight Factor

Interior view - Daylight visualization Jun21 12pm (Clear sky with Sun)

Point-in-Time Illuminance Jun21 12pm (Clear sky with Sun)

Interior view - Daylight visualization Jun21 12pm (Clear sky with Sun)

Point-in-Time Illuminance Jun21 12pm (Clear sky with Sun)

Option 3 - Fabric or ETFE Shading

Annual Daylight Factor

Option 4 - Fabric or ETFE Shading

Annual Daylight Factor

Interior view - Daylight visualization Jun21 12pm (Clear sky with Sun)

Point-in-Time Illuminance Jun21 12pm (Clear sky with Sun)

Ground floor shading analysis with Inside shades (F,ETFE, PTFE)_Tree_leaf

The shading research and generic structure from non-transparent fabric four options were designed by me in Rhino and afterwards analyzed with Diva for Rhino plug in at the same software. 32 Sintija Jonikane I Portfolio

Interior view - Daylight visualization Point-in-Time Illuminance Jun21 12pmPoint-in-Time (Clear sky with Sun) illuminiscence (glare) Jun21 12pm (Clearapplied sky with Sun)shading structures Atrium with

Ground floor shading analysis with Inside shades (F,ETFE, PTFE)_Tree_leaf

Sintija Jonikane I Portfolio

Hours: 143

LEED HC v 2009 Checklist

Around one month from my internship I spent on training, researching as well as applying and documenting the requirement of the LEED v 2009 Credits, mainly Sustainable Sites. The current, second project for LEED documentation was hospital, therefore the LEED for Healthcare guidelines and scorecard were used.

VA Loma Linda 2/3/2014

61 19 11

?Y ?N

c Prereq 1

Y Y

Prereq 2 1

1 1 3 1 1

Certified 40-49, Silver 50-59, Gold 60-79, Platinum 80+

Total Project Points Sustainable Sites

?Y ?N

Construction Activity Pollution Prevention

Environmental Site Assessment

d Credit 1

Site Selection (1 point)

d Credit 2

Development Density & Community Connectivity (1 point)

d Credit 3

Brownfield Redevelopment (1 point)

d Credit 4.1

Alternative Transportation: Public Transportation Access (3 points)

d Credit 4.2

Alternative Transportation: Bicycle Storage & Changing Rooms (1 point)

d Credit 4.3

Alternative Transportation: Low-Emitting and Fuel-Efficient Vehicles (1 point)

d Credit 4.4

Materials & Resources

d Prereq 1 Prereq 2

d Credit 1.1

Building Reuse: Maintain Existing Walls, Floors, and Roof (1-3 points)

d Credit 1.2

Building Reuse: Maintain Existing Interior Nonstructural Elements (1 point)

d Credit 2

Construction Waste Management (1-2 points)

d Credit 3

Sustainability Sourced Materials and Products (1-4 points)

c Credit 4.1

PBT Source Reduction: Mercury in Lamps (1 point)

c Credit 4.2

PBT Source Reduction: Lead, Cadmium, and Copper (2 points)

Alternative Transportation: Parking Capacity (1 point)

c Credit 5

c Credit 5.1

Site Development: Protect or Restore Habitat (1 point)

c Credit 6

d Credit 5.2

Site Development: Maximize Open Space (1 point)

d Credit 6.1

Stormwater Design: Quantity Control (1 point)

d Credit 6.2

Stormwater Design: Quality Control (1 point)

d Prereq 1

c Credit 7.1

Heat Island Effect: Non-Roof (1 point)

Prereq 2

d Credit 7.2

Heat Island Effect: Roof (1 point)

n/a

d Credit 8

Light Pollution Reduction (1 point)

d Credit 9.1

Connection to the Natural World: Places of Respite (1 point)

d Credit 9.2

Connection to the Natural World: Direct Exterior Access for Patients (1 point)

PBT Source Reduction: Mercury

Storage and Collection of Recyclables

1 1

Furniture and Medical Furnishings (1-2 points) Resource Use: Design for Flexibility (1 point)

Indoor Environmental Quality Minimum IAQ Performance Environmental Tobacco Smoke (ETS) Control

d Prereq 3

Hazardous Material Removal or Encapsulation (Renovations Only)

d Credit 1

Outdoor Air Delivery Monitoring (1 point)

d Credit 2

Acoustic Environment (1-2 points)

c Credit 3.1

Construction IAQ Management Plan: During Construction (1 point)

c Credit 3.2

Construction IAQ Management Plan: Before Occupancy (1 point)

c Credit 4

Low-Emitting Materials (1-4 points)

d Prereq 1

Water Use Reduction: 20% Reduction

c Credit 5

Indoor Chemical and Pollutant Source Control (1 point)

d Prereq 2

Minimize Potable Water Use for Medical Equipment Cooling

c Credit 6.1

Controllability of Systems: Lighting (1 point)

Water Efficiency

d Credit 1

Water Efficient Landscaping: No Potable Water Use or No Irrigation (1 point)

d Credit 2

Water Use Reduction: Measurement and Verification (1-2 Points)

d Credit 3

Water Use Reduction (1-3 points)

d Credit 4.1

Water Use Reduction: Building Equipment (1 point)

d Credit 4.2

Water Use Reduction: Cooling Towers (1 point)

d Credit 4.3

Water Use Reduction: Food Waste Systems (1 point)

1 2 2

c Credit 6.2

Controllability of Systems: Thermal Comfort (1 point)

d Credit 7

Thermal Comfort: Design and Verification (1 point)

d Credit 8.1

Daylight and Views: Daylight (2 points)

d Credit 8.2

1 1

d Prereq 1

Y 19

Energy & Atmosphere

c Prereq 1

d Prereq 2

Y Y 16

Fundamental Commissioning of the Building Energy Systems

d Credit 2

On-Site Renewable Energy (1-8 points) Enhanced Commissioning (1-2 points) Enhanced Refrigerant Management (1 point)

d Credit 5

Measurement & Verification (2 points)

d Credit 6

Green Power (1 point)

d Credit 7

Community Contaminant Prevention: Airborne Releases (1 point)

1 1

Optimize Energy Performance (1-24 points)

d Credit 3

Fundamental Refrigerant Management

d Credit 1

d Credit 4

Minimum Energy Performance

d Prereq 3

1 3

1 1

Credit targeted for regional priority, eligible to achieve an extra point

1 1

Integrated Project Planning & Design

d Credit 1.1

Innovation in Design: Education & Tours

d Credit 1.2

Innovation in Design: Green Cleaning

d Credit 1.3

Innovation in Design: Procurement process: equipment

d Credit 1.4

Innovation in Design: Procurement process: consumables

d Credit 2

LEED Accredited Professional (1 point)

d Credit 3

Integrated Project Planning & Design (1 point)

Regional Priority

d EA2

1 CREDIT KEY

Daylight and Views: Views (1-3 points)

Innovation in Design (1-4 pts) / Exemplary Performance (1-3 pts) / Pilot Credit (1 pt)

(max 4)

On-Site Renewable Energy 1%

EQ8.2

Daylight and Views: Views (min 1 pt threshold)

SS4.1

Alternative Transportation: Public Transportation Access

SS7.1

Heat Island Effect: Non-Roof

WEc2

Water Use Reduction: Measurement and Verification (at 1pt level)

WEc3

Water Use Reduction 40%

Credit explicitly targeted as mandatory by SFO Aspects of this credit targeted as mandatory by SFO

LEED v 2009 Scorecard for the project

Sintija Jonikane I Portfolio

35 17

This building Student Apartments in Eugene, OR designed by the architect Gary Blackwell, ZGF and currently is under construction. Originally it was designed in 2D drafting software Auto Cad, therefore the aim of this one week self-initiated Revit software training was to test and evaluate how fast it is possible to design (build) this building in this software and what are the benefits for using Revit comparing the traditional or previously in industry used software. The result was quite decent rendering as well as plans with automatically created elevations and sections, as well as, doors and windows schedules.

2nd level

Building rendering with Revit Architecture (processed in Photoshop)

The building was modeled or digitally “reconstructed“ after the project original plans by myself as a Revit Architecture training project.

36 Sintija Jonikane I Portfolio

Sintija Jonikane I Portfolio

This is the University of California strategically significant area intervention where the new light rail line is planned. The images made as photomontages using the Revit model quick view (line work) renderings and afterwards processed in Photoshop, were prepared for the Schematic Design review and presentation to the client.

View to the entry

Aerial view

The Revit model was made by the team. I did some additional drawing in model for the intersection (circle pattern) and then selected the views and rendered them as well as processed these renderings in Photoshop (including the circle pattern and materials after the team architect sketches). 38 Sintija Jonikane I Portfolio

Sintija Jonikane I Portfolio

In the middle of the internship I was assigned for an Interior design project to assist with the color boards preparation for a client presentation and exhibition to the current employees to have a sense for the future building public and new office spaces on a campus. My task was to finish - assemble and refine by colleague already started boards layouts in InDesign and afterwards to print and arrange the materials (which was chosen for these interiors). Since the lot of materials were only one sample, I had a task to call or email and order some more materials for these boards. It was a hand on experience as well as for the project interior design used or other material research opportunity at the office in-house material library.

Color boards with rendering panel

Five color boards with adjacent rendering panels exhibited for client meeting

Me with the one of five color boards completed The Program blocks drawn by me and the hospital Concept plan created from these pieces by main architect David Fisk.

40 Sintija Jonikane I Portfolio

Sintija Jonikane I Portfolio

Hours: 36

DOT STANDARD 3’X3’ SCORED CONCRETE, BROOM FINISH

SWAMP OAK STREET TREE

BIKE SEPERATOR

EXISTING STREET TREE

Photo of the exiting street/intersection

SAND FINISH CONCRETE ON 3” GRID

CYCLE TRACK

REGULAR PLANTER

POCKET PARK

ADA CURB RAMP

HIGH VISIBILITY CROSSWALK

V STREET NW

This project was already in PSE phase, equivalent of 100% CD, however still (untypically) one more public presentation had been necessary to prepare and hold. Therefore, I was asked to finish by colleague and project architect Debbie Chow initiated site plan drawing (dwg) and process it in a Photoshop.

ON STREET PARKING

NISSA SLYVATICA STREET TREE

W STREET NW

BICYCLE PARKING ISLAND

AV E

SECTION A-A

15TH STREET

FL AV OR E. ID ,N A W

SITE PLAN SCALE 1” = 20’-0”

SITE PLAN SCALE 1” = 10’-0” 0

0’-0”

2014

ALE 1 ”=5

Streetscape project Cad drawing processed in Photoshop for the client presentation SCALE 1” = 20’-0” ary 5,

The colored plan on right was my contribution to this project. The plants according to landscape architect list and plan were placed in final plan as well as surrounding buildings adjusted from google earth views. 42 Sintija Jonikane I Portfolio

Febru

Cad drawing (original)

March 7, 2014

Sintija Jonikane I Portfolio

An existing building at the center of Portland was redesigned for a client in order to host the medical services- Reproductive Fertility Center. As well as the building seismic upgrades were required to integrate. The current building height is not altered, however the future vertical expansion, one additional floor are considered and integrated in current project design, therefore the structural as well as accessibility elements (e.g. elevator) were designed accordingly. My task was to prepare the proposed building design Photomontages as well as some slight adjustments and annotations for proposed building elevations, plans for the booklet submission to the city Design Commission.

SW 15th Ave street view before

SW 15th Ave street view after

808 BUILDING // DESIGN REVIEW APPLICATION // XX

Elevations with materials specification

The building Schematic design model was done by colleague, however I did some small adjustments for elevations as well as labeled used materials and systems for the Exhibits to Design Review submission. As well as, I did the Photomontages in Photoshop from SketchUp 44 Sintija Jonikane I Portfolio

Perspective views of the exiting and proposed building Sintija Jonikane I Portfolio

M 3-01

M 3-05

skat. labiekārtojuma plānu

cinkota tērauda skārda leņķis folijas, aizsargplātņu un ģeotekstila aizsardzībai no saules UV stariem

oļi 50mm

substrāts

70-100 mm

ģeotekstils

1 kārta

drenāža

40 mm

bitumena membrāna specifikāciju skat. būvelementu katalogā

ar min. masu 90-140kg/m2 sausā stāvoklī (mitras augsnes masa par 50-60% vairāk nekā sausai)

1 kārta

izolācija ķīlis

500

blīvi, gareniski izvietotas aizsargplātnes, kuras veidotas no materiāla, kas aizsargā pret augu saknēm

bitumena membrāna

2.N E

2.N D

2.N F

2.N G

2.N H

2.N J

2.N I

Plātnes mala

22.130

115 5 210

siltumizolācija no max. 240 mm līdz min. 120 mm

Plātnes augša

bitumena membrāna, 2 kārtas

margas balsta drenāžas paklājs 2000*1000*43(h)mm aizsargplātnes 5mm

bitumena membrāna, 1 kārta

folija 1 kārta

600

alumīnija margas stiprinājuma pēda h=77mm drenāžas slānis 40mm

704

ģeotekstils, 1 kārta

+21.00 max.

izolācija ķīlis

550 120 40 oļi 100mm 530

595

1% kritums

+20.65m

siltumizolācija no max. 240 mm līdz min. 120 mm

2% kritums

+20.48m

Plātnes augša +20.48m

1 kārta

ar lodlampu sakausēta elastīga bitumena membrāna ar starpkārtu no stiklšķiedras auduma, kā apakšējais slānis ar sakausētām šuvēm, virsma ar talku, punktveidā līmēta vai sakausēta uz plaknes, ieteicamā kvalitāte: BauderFlex G4E

siltumizolācija

ar kritumu

siltumizolācija veidota no poliuretāna stingrām putām PURin saskaņā ar LVS EN 13165:2013-03, CE marķējums , ar sekojošiem rādītājiem: - aprēķina siltumvadītspēja : λ ≤ 0.030 W/mK - spiedes stiprība pie 10% saspiežamības: CS(10/Y) 100. Instalācija: blīvi, ievērtējot ražotāja rekomendācijas.

bitumena membrāna

1 kārta

betona pārseguma plātne

280mm

Plātnes apakša +20.20m

Plātnes apakša

+20.20m

Logu dalījums

Our office has been assigned to design roof garden landscape de- Sketch Up model for the roof garden landscape alternatives sign for two high-rise building rooftops at the new mixed-use development New Hansa City in Riga, Latvia. My task in collaboration with inhouse landscape architects, project civil engineers and main project architects, as well as specific (green roof ) system materials supM 2-02 pliers is to assemble and design the details (roof sections) for the most important landscape and building/roof details and solutions.

Kāpņutelpas grīda +20.923m

+20.62m

2% kritums

1 kārta

ar lodlampu sakausēta bitumena membrāna ar starpkārtu no neausta poliestera auduma kā virsējais slānis, ar sakausētām šuvēm, virsma vienlaidus līmēta vai sakausēta uz plaknes, ieteicamā kvalitāte: Baukubit K5K

tekne 115 *75(h)mm

izolācija ķīlis betonējums zem teknes (pie durvīm)

vertikāls griezums

margas stiprinājums

šķembas 30-70mm

Green roof details

bitumena membrāna

betona plātnes 400*600*50mm

alumīnija apmale (h=60mm)

L veida plakandzelzs balsts 45*45mm

+20.72m

polietilēna folija ar 20 cm pamīšus izvietotiem slāņiem savienojuma vietā, brīvi ieklāta kā šķirkārta

240

folija

+21.00 max.

50 120

5 mm

vertikāls griezums

L veida plakandzelzs balsts 45*45mm

leņķdzelzis

aizsargplātnes

934

augu substrāts ar min. masu 90-140kg/m2 sausā stāvoklī (mitras augsnes masa par 50-60% vairāk nekā sausai)

skārda nosegelements

kāpņutelpas durvis

anodēts alumīnija parapeta nosegums, ar skaņu reducējošu pārklājumu nerūsējoša tērauda L veida profils, h=80mm

Ekstensīvais zaļais jumts

ekstensīvā jumta augi

M 2-03

100 140

M 2-01

Birojs

ar lodlampu sakausēta elastiska bitumena membrāna ar starpkārtu no neausta stiklšķiedras auduma un 0.1mm alumīnija folijas, kā tvaika barjera, ar sakausētām šuvēm, sD vērtība > 1500 m, līmēta punktveidā vai sakausēta uz plaknes. Ieteicamā kvalitāte: Bauder VA 4

6883

4.06%

91 6%

3.0

Lūka

6563

2.48

7201

2.49%

22.050

22.130

Tehniskā telpa

21.850

21.950

22.040

22.050

5002

+ 21.850 m

22.190

substrāts

150-230 mm

ar min. masu 90-140kg/m2 sausā stāvoklī (mitras augsnes masa par 50-60% vairāk nekā sausai)

21.940 1 kārta

drenāža

40 mm

aizsargplātnes

5 mm

2148

22.150

21.930

bitumena membrāna

4074

3.19%

4270%

3.29%

2-04

1.33%

siltumizolācija

21.980

5% 3.7 3459

22509

21.850

7% 1.7 7348

% 7.49 68 26

21.850

3.57%

On Right. The work in progress for two green roofs (both extensive and intensive). By taking the latest -actual CD drawing building details (for the roof and parapet) , my task is to add and assemble the chosen green roof system with all the necesary security solutions and according to chosen landscape design (materials) as well as rainwater collection points. 46 Sintija Jonikane I Portfolio 22.000

2.S F

2.S B

2.S C

2.S D

2.S E

22.150

2.E 6

254 5 30 5 255

500

tekne (piem. Hauraton RECYFIX STANDARD 200, Tips 100 ar spraugveida resti vai analogs)

Birojs

83 110 Plātnes augša 21.73m

oļi

pakaišu (izdedžu) izlīdzinošā kārta 10-50mm

230

+4.50m

256

pakāpiena augstuma atzīme +4.35m

500

+4.49m

+22.13m

plātnes augša +4.08m

silikona hermētiķis virsgaisma

320

+4.32m

siltumizolācija no max. 240 mm līdz min. 120 mm

ar kritumu

2.S G

saplāksnis, 10mm

vienlaidus metâla kronšteins, cinkots

siltumizolācija no max. 400 mm līdz min. 120 mm

nesošais alumīnija profils

substrāts 150mm, augus skat. labiekārtojuma plānā

bitumena membrāna specifikāciju skat. būvelementu katalogā

+22.43

1.4% kritums

2.S I

2.S H

22.000

22.050

5593

1 kārta

ar lodlampu sakausēta elastīga bitumena membrāna ar starpkārtu no stiklšķiedras auduma, kā apakšējais slānis ar sakausētām šuvēm, 22.150 virsma ar talku, punktveidā līmēta vai sakausēta uz plaknes, ieteicamā kvalitāte: BauderFlex G4E

2-01

3872

3.35%

3.04

1.29

2-01

21787

21.850 % 3.044271

3950

1.37%

21.930 21.850

1050

21.980

400

oļi 70-100mm

400

2-04

1 kārta

22.150 ar ar lodlampu sakausēta bitumena membrāna starpkārtu no neausta poliestera auduma kā virsējais slānis, ar sakausētām šuvēm, virsma vienlaidus līmēta vai sakausēta uz plaknes, ieteicamā kvalitāte: Baukubit K5K

1.34

21.850

alumīnija L veida profils ar caurplūdes perforējumu 140*120(h)mm

pakaišu (izdedžu) izlīdzinošā kārta 10-50mm

2.E 5

14937

3001

bitumena membrāna

% 1.5013949

1 kārta

polietilēna folija ar 20 cm pamīšus izvietotiem 8469 slāņiem savienojuma vietā, brīvi ieklāta kā šķirkārta

21.930

šķembas 50-70mm

anodēts alumīnija parapeta nosegums, ar skaņu reducējošu pārklājumu

plātnes augša

1.40%

2.16%

15688

15689

2.16%

folija

Piekārtie griesti

Platforma

tekne 256*100mm

bitumena membrāna specifikāciju skat. būvelementu katalogā

fibre - cement vai koka nosegelements fibre - cement trapecveida a pmale 250*165(h)mm

šķembas 40-80mm betona plātne 400*600*50mm

blīvi, gareniski izvietotas aizsargplātnes, kuras veidotas no materiāla, kas aizsargā pret augu saknēm

2.18%

Piekārtie griesti +20.250 m

betona plātņu segums

fr.Ø0.45 un 5% Ø0.063mm

2.E 4

1.53%19512

ģeotekstils

anodēts alumīnija parapeta nosegums, ar skaņu reducējošu pārklājumu

terase / intensīvais zaļais jumts

margas balsta drenāžas paklājs 2000*1000*43(h)mm

rūsināta tērauda vai alumīnija apmale ar pamata pēdu 300*300(h)mm

6389

skat. labiekārtojuma plānu

22.190

2.E 3

1.41%

2.0

5362

22.030

22.190

22.030

3.59%

intensīvā jumta augi

margas statnis 40*40*1100(h)mm margas stiprinājuma metāla pēda h=35mm

4549

3551

M 2-09 M 3-09

M 3-02

2-02

22.030

4.1

Piekārtie griesti

2.E 2

4391

22.050

2.25

2.27%

4.39%

2-03

2.74%

3.0

2.0%

4866

2.07

4.11%

13190

% 2.48 35

2.57%

22.050

Kolonna

3.1

2-03

22.000m 7.stāva tīrās grīdas augstuma atzīme

+21.730 plātnes virsmas augstuma atzīme

ATSEVIŠĶS DEPARTAMENTS

21.950

21.850

22.190

388 150

6477

Variants Nr.2 - betonēta tekne uz drenāžas 40mm

22.130

4.32%

4147

21.850

4.82%

165

22.050

150

4.82%

4147

100

21.850

4.28%

4202

22.030

Piekārtie griesti

240

3.48

2.E 1

Piekārtie griesti

6882

3.48

% 3.478065

4.06%

Piekārtie griesti

bitumena membrāna

1 kārta

betona pārseguma plātne

280mm

Ēdināšanas zāle

plātnes apakša

+8.80m

Plātnes apakša 21.45m

Parapet and roof garden details Sintija Jonikane I Portfolio

DR skats

SIA "ARHITEKTŪRAS UN DIZAINA FIRMA A PLUS"

OBJ. NR.

Meistaru iela 10/12, 602. kab. Rīga, LV 1012, Latvija Tālrunis 67282722

DzM-11-RAM

Z skats - ieeja Savrupmāja un saimniecības ēka Purvu ielā 12, Rāmavā, Ķekavas pagastā, Ķekavas novadā Izmaiņu projekts PASŪTĪTĀJS:

Residential building redesign Latvia, EU

BIROJA VAD. D.Kalvāne

24.09.2014

D.Kalvāne

24.09.2014

IZSTRĀDĀJA S.Jonikāne

24.09.2014

ARHITEKTE

Māris Zvirbulis

STADIJA

MĒROGS

B/M

LAPA

LAPAS SATURS:

SAVRUPMĀJA. BŪVAPJOMA VIZUALIZĀCIJAS

D skats

AR-33 Izm 2

SIA "ARCCONSULT"

LAPAS

Aksnometrija I

Z skats

OBJ. NR.

Meistaru iela 10-601 Rīga, LV 1050, Latvija Tālrunis 67282722

DzM-14-BA

BIROJA VAD. D.Kalvāne

29.05.2015

ARHITEKTE

DA skatsD.Kalvāne

29.05.2015

IZSTRĀDĀJA S.Jonikāne

29.05.2015

Dzīvojamā māja Cālīšpurva ielā 15A, Baložos, Ķekavas novadā PASŪTĪTĀJS:

STADIJA

LAPAS SATURS:

LAPA

LAPAS

AR-18

Aleksandrs Lavišs, Marina Aleksjutina

VIZUALIZĀCIJAS

MĒROGS

Z skats

Two years of my proffesional work experiencxe I devoted for the residential building design. Our office had an contract with the wood frame building construction company to design houses for private clients for them who wished to build an new house from wood, however some clients, after the final price estiamte decided to redesign theitr houses from wood frame to clay or aerated concrete block material as to built it was 20-30% cheaper than the wood bconstruction building.

SIA "ARCCONSULT"

ZR skats SIA "ARCCONSULT"

OBJ. NR.

Meistaru iela 10 Rīga, LV-1050, Latvija Tālrunis 67282722

DzM-14-KD

Ģimenes māja "Jaunķeizaros", Mārupē, Mārupes novadā PASŪTĪTĀJS:

R skats

BŪVPR. VAD. D.Kalvāne

06.05.2016

ARHITEKTE

D.Kalvāne

06.05.2016

IZSTRĀDĀJA S. Jonikāne

06.05.2016

Kristīne Drengere

AksnometrijaLAPA II

LAPAS SATURS:

Vizualizācijas

A skats - ieeja

MĒROGS

STADIJA

BŪVPR. VAD. D.Kalvāne

28.01.2016

ARHITEKTE

D.Kalvāne

28.01.2016

IZSTRĀDĀJA S.Jonikāne

28.01.2016

LAPAS

OBJ. NR.

Meistaru iela 10 Rīga, LV 1050, Latvija Tālrunis 67282722

DzM-15-VIN

BŪVPR. VAD. D.Kalvāne

06.05.2016

ARHITEKTE

D.Kalvāne

06.05.2016

DMJ-15-GAU

BŪVPR. VAD. D.Kalvāne

15.07.2015

ARHITEKTE

D.Kalvāne

15.07.2015

IZSTRĀDĀJA L.Birstiņa

06.05.2016

IZSTRĀDĀJA S.Jonikāne

15.07.2015

Dārza mājas jaunbūve, paredzot esošās nojaukšanu Valdena ielā 19, Gaujā, Carnikavas novadā PASŪTĪTĀJS:

Vitālijs Smagins

LAPAS SATURS:

VIZUALIZĀCIJAS

STADIJA

LAPAS

AR-16

Vizualizācijas

SIA "ARCCONSULT"

MĒROGS

LAPAS

AR-13

14PASŪTĪTĀJS:

BŪVPR. VAD. D.Kalvāne

16.12.2015

ARHITEKTE

D.Kalvāne

16.12.2015

IZSTRĀDĀJA S.Jonikāne

16.12.2015

SIA "ARCCONSULT" Meistaru iela 10 Rīga, LV 1050, Latvija Tālrunis 67282722

ZA skats - ieeja

STADIJA OBJ. NR.

LAPA DzM-15-SIL

OBJ. NR.

Meistaru iela 10 Rīga, LV 1050, Latvija Tālrunis 67282722

DMJ-15-SA

BŪVPR. VAD. D.Kalvāne

17.02.2016

ARHITEKTE

D.Kalvāne

17.02.2016

IZSTRĀDĀJA S.Jonikāne

17.02.2016

STADIJA

21.04.2016

ARHITEKTE

D.Kalvāne

21.04.2016

IZSTRĀDĀJA S.Jonikāne

21.04.2016

Savrupmāja, saimniecības ēka un lapene

PASŪTĪTĀJS:

STADIJA

MĒROGS

1:100

LAPAS SATURS:

LAPA

LAPAS

AR-17

VIZUALIZĀCIJAS

Ieejas skats 2

24.09.2014

D.Kalvāne

24.09.2014

ARHITEKTE

Ielas skats 1

Ielas skats 2

LAPAS SATURS:

VIZUALIZĀCIJAS

LAPA

LAPAS

AR-12

SIA "ARCCONSULT"

OBJ. NR.

Meistaru iela 10 Rīga, LV 1050, Latvija Tālrunis 67282722

REK-16-BAU

BŪVPR. VAD. D.Kalvāne

04.11.2016

ARHITEKTE

D.Kalvāne

04.11.2016

IZSTRĀDĀJA S.Jonikāne

04.11.2016

Daudzdzīvokļu dzīvojamās ēkas pārbūve Dzīvojamās mājas rekonstrukcija un jaunbūve Meistaru iela 10-602 (izmaiņu būvprojekts) Rīga, LV 1050, Latvija DzM-16-VAL Tālrunis 67282722 Buļļu ielā 6, Rīgā PASŪTĪTĀJS:

Savrupmāja un saimniecības ēka skats - ieejanovadā Purvu ielā 12, Rāmavā, Ķekavas pagastā,ZĶekavas Izmaiņu projekts PASŪTĪTĀJS:

BIROJA VAD. D.Kalvāne

D skats

PAGALMA IELASSKATS SKATS 2

DR skats

MĒROGS

SIA "ARCCONSULT"

Z skats

D skats

DzM-11-RAM

The building models were designed in SketchUp and Revit Architecture.

Meistaru iela 10/12, 602. kab. Rīga, LV 1012, Latvija Tālrunis 67282722

LAPAS

AR-15

Dārza mājas jaunbūve, paredzot esošās nojaukšanu

PASŪTĪTĀJS:

48 Sintija Jonikane I Portfolio

LAPA

D skats

SIA "ARCCONSULT"

OBJ. NR.

VIZUALIZĀCIJAS

IELAS SKATS 1

SIA "ARHITEKTŪRAS UN DIZAINA FIRMA A PLUS"

MĒROGS

STADIJA

Māris Spilve

LAPAS SATURS:

ARCCONSULT 2014-2016

DR skats

IELAS SKATS 2

DzM-15-IN

BŪVPR. VAD. D.Kalvāne

Ieejas skats 1

IELAS SKATS 1

Savrupmāja Silaputniņu ielā 5, Tīrainē, Mārupes novadā

VIZUALIZĀCIJAS

MĒROGS

TP LAPA

LAPAS

AR-18

MĒROGS

Meistaru iela 10 Rīga, LV 1050, Latvija Tālrunis 67282722

D skats OBJ. NR.

LAPA

Laura Priede

LAPAS SATURS:

Z skats SIA "ARCCONSULT"

STADIJA

LAPAS SATURS:

Savrupmāja un auto nojume Vīnakalna iela 2, Ikšķile, Ikšķiles novads PASŪTĪTĀJS:

Meistaru iela 10-602 Rīga, LV 1050, Latvija Tālrunis 67282722

PASŪTĪTĀJS:

Aksonometrija SIA "ARCCONSULT"

DA skats - ieeja

Savrupmājas jaunbūve, paredzot esošās mājas nojaukšanu

DzM-15-PU

ZA skats

1:100

AR-18

OBJ. NR.

Meistaru iela 10 Rīga, LV 1050, Latvija Tālrunis 67282722

Māris Zvirbulis

LAPAS SATURS:

STADIJA

MĒROGS

B/M

LAPA

LAPAS

DR skats

Aksonometrija 1

Aksonometrija I

PAGALMA SKATS

Aksonometrija 2

OBJ. NR.

Meistaru iela 10-602 Rīga, LV 1050, Latvija Tālrunis 67282722

DzM-16-KA

BŪVPR. VAD. D.Kalvāne

14.10.2016

ARHITEKTE

D.Kalvāne

14.10.2016

IZSTRĀDĀJA S.Jonikāne

14.10.2016

Savrupmāja

PASŪTĪTĀJS:

STADIJA

LAPAS SATURS:

LAPA

LAPAS

AR-07

Egita Baumane BŪVPR. VAD. D.Kalvāne

PASŪTĪTĀJS: MĒROGS STADIJA 07.10.2016 BP

D.Kalvāne

07.10.2016 LAPA

IZSTRĀDĀJA S.Jonikāne

07.10.2016

ARHITEKTE LAPAS SATURS:

MĒROGS

OBJ. NR.

VIZUALIZĀCIJAS

STADIJA

AR-41 izm

VIZUALIZĀCIJAS

LAPA

LAPAS

AR-10

Pasūtītājs: SIA "VALENTĪNA NAMS"

SIA "ARCCONSULT"

MBP

Vizualizācijas

MĒROGS

MBP LAPAS SATURS: LAPAS

reģ. Nr. 40103972221

BPDV: Elijas iela 17-302 Rīga, LV-1050, Latvija Tālrunis 67282722

D. Kalvāne

DAUDZDZĪVOKĻU DZĪVOJAMĀS ĒKAS PĀRBŪVE Valentīna ielā 9, Rīgā

16.03.2018.

Objekts:

16.03.2018.

Rasējuma nosaukums:

Sertifikāta Nr.10-0590

Sintija Jonikane I Portfolio

Izstrādāja:

S. Jonikāne

VIZUALIZĀCIJAS

Projekta Nr. DzM-16-VAL Stadija: Lapas Nr. Skaits

BP AR-10

Mērogs

Building redesign for the Hotel Riga, Latvia

3. STĀVA EKSPLIKĀCIJA 3. STĀVA PLĀNS 1 : 100

2 4

AS-2

AS-2 E 315 5.85 m²

1010

1030

2520

1300

1500

1080

760

L-11

S6* 310 17.17 m²

AS2

1860

305a

2100

G53.75 m² 2100

1270

L-15

L-5

2790

550

830 1050

1810

270

2100

313 79.06 m²

+8.640

3600

D-5 EI 30

300 4.58 m²

2030

480

1030

910

3.75 m² G5

1970

1150

DN-1L EI 30 1030

1030

DN-1L EI 30

2020

302a 4.02 m² G5 2250

S5* S5*

301a 4.21 m² G5 2350

D-8L

302 S5* 20.06 m²

Platība, m2 4.58 m² 21.07 m² 4.21 m² 20.06 m² 4.02 m² 21.03 m² 3.75 m² 17.98 m² 3.75 m² 17.54 m² 3.75 m² 18.02 m² 3.75 m² 17.78 m² 4.37 m² 16.03 m² 3.49 m² 17.61 m² 4.03 m² 17.17 m² 3.99 m² 17.00 m² 4.18 m² 16.13 m² 3.95 m² 79.06 m² 2.94 m² 5.85 m² 357.09 m²

101

LOGU SPECIFIKĀCIJAS NR.

SIENAS TIPS

L-1 D-1 EI 30 S11

GRĪDAS AUGSTUMA ATZĪME (m)

+0,000

DURVJU SPECIFIKĀCIJAS NR.

ESOŠĀS KONSTRUKCIJAS AIZMŪRĒJAMA AILA JAUNIZBŪVĒJAMA AILA UZ LEJU IZKAĻAMA AILA JAUNBŪVĒJAMAS SIENAS

2250

S6*

JAUNBŪVĒJAMAS ĢIPŠKARTONA SIENAS

301 21.07 m²

ESOŠIE VĒSTURISKIE - SAGLABĀJAMIE LOGI

L-8v

UGUNSDROŠA STARPSIENA - EI 60

APZĪMĒJUMS PLĀNĀ

TELPAS NUMURS EKSPLIKĀCIJĀ

UGUNSDROŠAS DURVIS/LOGI - EI30

3850

DN-1L EI 30 D-8K

2100

S6*

5700 *

900

DN-1K EI 30 303a D-8K

303 21.03 m²

5160

Ugunsdzēsības skapis

1710 *

304 17.98 m²

1070

NOSAUKUMS

4960

2290

650

830

1330

DN-1L EI 30 304a G53.75 m² D-8L

1750

920

3330

4290

Jauna EL sadalne esošās vietā 1030

1500

3450

Ventilācijas šahta S5*

Nr.pl Nosaukums D korpuss 300 Kāpņu telpa 301 Numuriņš 301a Sanmezgls 302 Numuriņš 302a Sanmezgls 303 Numuriņš 303a Sanmezgls 304 Numuriņš 304a Sanmezgls 305 Numuriņš 305a Sanmezgls 306 Numuriņš 306a Sanmezgls 307 Numuriņš 307a Sanmezgls 308 Numuriņš 308a Sanmezgls 309 Numuriņš 309a Sanmezgls 310 Numuriņš 310a Sanmezgls 311 Numuriņš 311a Sanmezgls 312 Numuriņš 312a Sanmezgls ar dušu 313 Gaitenis 314 Palīgtelpa 315 Kāpņu telpa PIEŅEMTIE APZĪMĒJUMI

312 16.13 m²

960

320

1550

S5*

D-8L

1300

450

2050

DN-1L EI 30 D-8L

305 17.54 m²

306 18.02 m²

L-3

2470

140

1330

1030

780

AS-2

2290

G4.1

720

311a 4.18 m² G5

1860

306a 3.75 m²

830

The building model and all construction drawings were drawn in Revit software.

3190

820

AS-5*

S6*

312a 3.95 m²

140

900

S6*

L-5

AS2

290

1030

AS-2

1910

2940

1030

D-1K S5

450

DN-1K EI 30 D-8K

380

2040

1300

S5* 1030

1660

110

1030

S4* G5

314 2.94 m²

DN-1K EI 30 S7 D-8L

1880

DN-1K EI 30

2180

830

308a 310140 3.49 m²

1050

D-8K

620

311 17.00 m² 1030

600

240

860

1400

930

830

2560

307a 4.37 m²

DN-1K EI 30 D-8K

1940

1790

G4.1 G4 S5 S5 S4

2550

307 17.78 m²

S6*

308 16.03 m²

4450

750

3650

830

4440

830

3860

1300

830 130

DN-1L D-8L EI 30

4170

L-5

2520

310a 3.99 m² 820

550

L-3

AS2

880

1000

L-3

° .00 90

S5* S5* 90

AS2

L-3

309a 4.03 m²

1530

1030

L-3

309 17.61 m²

210

2150

AS2

L-3

DN-1L EI 30 D-8K

1770

L-8

L-3

DK-1L EI 30

1200

Elevation from the main Marstalu Street

L-5

An existing building, buit in 1906 by an architect Paul Mandelstam in Old City of Riga has been redesigned for the new Hotel possible extension recently. An idea to redesign an existing buildineg jus next to the new one (in picture on right) designed by the same - chief architect- came in designing process, thus adding the forth building to three newly built hotel buildings in existing, previously empty Old city quarter, near the river Daugava. In redesign process there were implemented slight existing building alteration like ground floor window alteration to lower level ,as well as for the 5th floor, currently attick, were added four new windows to illuminate new hotel rooms.

Street view from the main Marstalu Street

KĀPŅU TELPAS SIENA - REI 60 PIEKĀRTO GRIESTU KONTŪRA

L-3

L-7

3760

L-3

4550

L-3v

L-3

3 L-1

50 Sintija Jonikane I Portfolio

3680

4'30230 1

3' 4

L-3

L-1 3

4000

L-3

4680

L-3

L-14

AS1 2

PIEZĪMES: 1. Projektējamā augstuma atzīme + 0.000 atbilst absolūtai augstuma atzīme + 5.500 Latvijas normālo augstuma sistēmā. 2. Izmēri doti milimetros, augstuma atzīmes metros. 3. Plānus skatīt lapās AR-1 - AR-7. 4. Fasādes skatīt lapās AR-8 - AR-10 5. Krāsu pasi skatīt lapās AR-11.1 un AR-11.2. 6. Griezumus skatīt lapās AR-12 un AR-13. 7. Ārsienu un iekšsienu tipus skatīt lapās AR-14.1 un AR-14.2. 8. Pārsegumu un jumtu tipus skatīt lapā AR-15. 9. Esošo un jauno logu un durvju specifikāciju, un rasējumus skatīt lapās AR-16.1 - AR-19.8. 10. Ar sarkanu (L-3v) (L-8v) apzīmētie logi ir ēkas celšanas laika orģinalie (vēsturiskie) logi, kurus paredzēts saglabāt un restaurēt, pārējie logi un ārdurvis jaunāku laiku kopijas, ko projekta ietvaros paredzēts nomainīt pret jauniem, vienota izskata un materiāla koka logiem un durvīm. Pasūtītājs: SIA "MĀRSTAĻU 28",

Reģ.Nr. 40203026057

Sintija Jonikane I Portfolio Projekta Nr.

01/2017