Karolis Macernis Portfolio by Karolis Mačernis

KAROLIS MACERNIS

ARCHITECTURAL AND INTERIOR DESIGN. VISUALIZATION

E. KAROLISMACERNIS@GMAIL.COM TEL. +370 682 27 114 1

CONTENT

CURRICULUM VITAE

MODULAR STUDENT RESIDENCE BUILDING IN GUIMARAES

ACADEMIC

VILLA MERGER, ROTTERDAM

PROPOSAL

TOURISM INFORMATION CENTER IN LAVAL

WINNING COMPETITION ENTRY

OAK TERRACES

REALISED

BIRCH TERRACES

REALISED

VERTICAL CITIES ASIA COMPETITION

2ND PLACE AWARD

ASIAN FOOD CAFE IN STOKHOLM

REALISED

RESTAURANT IN SUNDBYBEWRG, SWEDEN

REALISED

ASIAN TAPAS RESTAURANT IN NORRKOPING

REALISED

ATTIC APARTMENT INTERIOR IN VILNIUS

REALISED

HOUSE INTERIOR IN VILNIUS

REALISED

CURRICULUM VITAE

SKILLS AND PERSONAL INFORMATION

PERSONAL INFO

NAME, SURNAME

DATE OF BIRTH

ADDRESS NATIONALITY

EMAIL CELLPHONE

KAROLIS MACERNIS

1988 - 09 - 23

ZALGIRIS STREET 137, VILNIUS

LITHUANIAN

KAROLISMACERNIS@GMAIL.COM

+37068227114

LANGUAGES

LITHUANIAN (NATIVE)

ENGLISH

PORTUGUESE RUSSIAN

DUTCH

SOFTWARE

AUTOCAD

3DS MAX (VRAY)

REVIT ARCHITECTURE

SKETCHUP RHINO ARCHICAD

PHOTOSHOP

ILLUSTRATOR

INDESIGN

PYTHON

WORK EXPERIENCE AND ACADEMIC MERITS

2008 - 2012: STUDIES IN VILNIUS GEDIMINAS TECHNICAL UNIVERSITY, FACULTY OF ARCHITECTURE

2013: ARCHITECT AT JP-ARCHITECTURE IN VILNIUS

2018 - 2019: ARCHITECT AT ARCHES

2019 - 2020: FREELANCE INTERIOR DESIGNER AND VISUALIZER

2020 - 2022: SENIOR VISUALIZATION SPECIALIST AT CG TRADER

2011: INTERNSHIP AT ODBC ARCHITECTS, PARIS

2013 - 2016: MASTER STUDIES IN THE DELFT UNIVERSITY OF TECHNOLOGY, FACULTY OF ARCHITECTURE

2014: SECOND PLACE AWARD IN THE VERTICAL CITIES ASIA COMPETITION

2015 - 2016: 3D MODELLER IN THE SIMULATION DESIGN STUDIO “GAMELAB” IN TUDELFT

2016 - 2017: 3D ARTIST AT SINOT EXCLUSIVE

2017 - 2018: PARTNER AND ARCHITECT AT SPACEZOOM, FREELANCE VISUALIZER

2010 - 2011: ERASMUS EXCHANGE STUDIES IN UNIVERSITY OF MINHO, PORTUGAL

2017: 3D VISUALIZATION COURSES AT THE STATE OF THE ART ACADEMY, VENICE

MODULAR STUDENT RESIDENCE BUILDING IN GUIMARAES

YEAR: INSTITUTION: TUTOR:

ACADEMIC

2011 MINHO UNIVERSITY, PORTUGAL

THE TASK WAS TO DESIGN A MODULAR AND COMPLETELY DEMOUNTABLE STUDENT RESIDENCE BUILDING IN THE CAMPUS OF MINHO UNIVERSITY IN GUIMARAES. DURING THE PROJECT DEVELOPMENT I TRIED TO FOCUS ON WHAT KIND OF SPACES AND NEW TYPOLOGICAL ELEMENTS WE CAN OBTAIN BY JOINNING SEVERAL MODULES IN DIFFERENT WAYS INSTEAD OF FOCUSSING ON THE QUALITY OF ONLY ONE MODULAR PART.

PROF. PAULO MENDONCA 5

EACH MODULE OF THE BUILDING CONSISTS OUT OF TWO LEVELS, HAVING AN L-SHAPED FORM IN THE SECTION VIEW. THE TOP MODULES ARE A MIRROR OF THE ONES IN THE BOTTOM. THIS WAY IT IS POSSIBLE TO CONNECT THEM FORMING A HORIZONTAL CORRIDOR IN THE MIDDLE AS SHOWN IN THE SCHEME ON THE RIGHT.

IF A TOP OR BOTTOM MODULE IS REMOVED, AN OPEN-AIR SPACE IS FORMED WHICH CAN BE ACCESSED FROM THE MODULES NEXT TO IT OR FORM ONE COMMON SPACE.

T1 MODULE

HORIZONTAL CIRCULATION T2 MODULE

SECOND FLOOR PLAN

First Floor Plan Explication No. Title Area (sq. m.) 1 2 3 4 5 6 Reception room Hall Corridor Living room Living room Open air terrace 14 18 33 16 23 25 Balcony 7 7 3 4 4 4 4 4 5 6 6 6 6 4 1 1 2 3 4 5 6 RECEPTION ROOM HALL CORRIDOR LIVING ROOM OPEN AIR TERRACE BALCONY 2

FACADE 7

SOUTH

THE BUILDING IS DESIGNED TO MEET TOP LEVEL EUROPEAN SUSTAINABILITY REQUIREMENTS. ALL THE MATERIALS USED IN THE PROJECT ARE FULLY DEMOUNTABLE AND MODULAR, ALLOWING THE TRANSPORTATION OF THE BUILDING AND REUSE OF MATERIALS.

Exterior steel gutter Aluminum sheeting Site applied insulation 240x240 mm I-profile primary beams Insulated sandwich panel with Rigid polyurethane closed-cell foam insulation and zinc sheeting False ceiling lightweight OSB panels Sandwich roof panels with rigid polyurethane closed-cell foam insulation and hot-dip zinc coated steel sheeting 60x120 mm roof-supporting I-profile beams Diagonally cut columns for forming roof slope 9 mm thick floating floor tiles Waterproof chipboard sandwich panels Aluminum window frame 60x120 mm I-profile secondary beams 19 mm thick viroc floor panels 30 mm thick interior cork panels 60x120 mm I-profile secondary beams False ceiling lightweight OSB panels 240x240 mm I-profile primary beam 240x240 H-profile steel column 240x240 I-profile primary steel beam 60x120 mm secondary steel beam Steel plate Concrete plate Concrete foundations Insulated sandwich panel with Rigid polyurethane closed-cell foam insulation and zinc sheeting Waterproof chipboard sandwich floor panel with 80 mm thick extruded polystyrene insulation 9 mm thick floating floor tiles with a cork layer 60x120 mm secondary steel beam 19 mm thick viroc structural floor panel 30 mm thick interior cork panels 0.2 mm polystyrene layer 40x40 mm metal studs 8

VILLA MERGER, ROTTERDAM

YEAR:

IN COLLABORATION WITH:

PROPOSAL

2017

TWANA GUL

THE HOUSE TYPOLOGY IN A NOVEL SUBTLE WAY

TWO HOUSES COMBINED INTO ONE WHOLE WAS THE INITIAL IDEA OF VILLA MERGER. BY KEEPING THE FRONT SIDE PRIVATE, WE WERE ABLE TO OPEN UP THE FACADE FACING THE GARDEN. THUS, PROMOTING THE PERSPECTIVE OF THE GREEN LANDSCAPE.

ENTRANCE STORAGE KITCHEN LIVING ROOM WC WEST FACADE Villa Merger Nesselande, Rotterdam PLOT 245-46 1:100 FIRST FLOOR PLAN WEST FACADE 10

TOURISM INFORMATION CENTER IN LAVAL

YEAR: OFFICE:

MADE WITH:

PART IN THE PROJECT:

WINNING COMPETITION ENTRY

2011

ODBC ARCHITECTS, PARIS

NICOLAS SALMERON, JOSSERAN CROCHET

CONCEPT DEVELOPMENT, ARCHITECTURAL DETAILLING

FROM 2011/06/02 TO 2011/08/31 I WAS DOING A SUMMER INTERNSHIP AT ODBC ARCHITECTS OFFICE IN PARIS. DURING THAT TIME I WORKED ON THREE DIFFERENT PROJECTS. HERE I PRESENT THE ONE THAT I SPENT THE MOST TIME ON.

THE DESIGNED FLOATING TOURISM INFORMATION CENTER INCLUDES OFFICES, A CONFERENCE SPACE, TECHNICAL ROOMS AND A RECEPTION AREA. THE BUILDING REPRESENTS A VORTEX WITH THE MEETING ROOM AS IT’S “DIAMOND”, LOCATED IN THE HEART OF THE BUILDING. THE EXTERIOR COVERING IS DESIGNED FROM INTERSECTING WOODEN UNITS, COVERED BY A SEMI-TRANSPARENT ETFE MEMBRANE, WHICH EXPOSES THE BUILDING’S “SKELETON” DURING THE NIGHT.

LONGITUDINAL SECTION

1 0 2 3 4 5 6 7 8 9 1 0 2 3 4 5 6 7 8 9

FLOOR PLAN 12

ALUCOBOND ALUMINUM PANEL COMPOSED OF 3 COMPOSITE SHEETS (3 MM)

LAG SCREW

ROCKWOOL (120 MM)

WOODEN INTERIOR PANELS (40 MM)

METAL STRUCTURE (120X120 MM)

STEEL PROFILE MOUNTING BRACKET FOR ETFE MEMBRANE

ETFE LIGHTWEIGHT MEMBRANE

FASTENING FOR THE STEEL PROFILE

WOODEN STRUCTURAL BEAMS (175 MM)

3 LAYERED SOLID WOOD CEILLING PANEL (57MM)

3 LAYERED SOLID WOOD WALL PANEL (57MM)

ROCKWOOL (120 MM)

STEEL L-PROFILE WITH SCREWS

3 LAYERED SOLID WOOD WALL PANEL (57MM)

ROCKWOOL (120 MM)

STEEL L-PROFILE WITH SCREWS WOODEN SUPPORT (120 MM) ROCKWOOL (120 MM)

OAK TERRACES

REALISED

2013 JP-ARCHITECTURE, VILNIUS CONCEPT AND ARCHITECTURAL DESIGN 15

YEAR: OFFICE:

PART IN THE PROJECT:

BIRCH TERRACES

YEAR: OFFICE:

PART IN THE PROJECT:

REALISED

2013

JP-ARCHITECTURE, VILNIUS ARCHITECTURAL DETAILING 16

DURING MY SECOND SEMESTER OF MASTER STUDIES IN THE DELFT UNIVERSITY OF TECHNOLOGY I PARTICIPATED IN THE COMPLEX PROJECTS STUDIO FOR THE VERTICAL CITIES ASIA COMPETITION HELD EACH YEAR BY THE NATIONAL UNIVERSITY OF SINGAPORE (NUS) AND SPONSORED BY THE WORLD FUTURE FOUNDATION (WFF) AND BEIJING VANTONE CITYLOGIC INVESTMENT CORPORATION.

2.8 km

VERTICAL CITIES ASIA COMPETITION

YEAR

INSTITUTION:

MADE WITH: TUTORS:

2.9 km

EVERY YEAR A ONE SQUARE KILOMETER TERRITORY HAS BEEN THE SUBJECT OF THE COMPETITION. THIS AREA HAS TO HOUSE 100,000 PEOPLE LIVING AND WORKING. THIS SETS THE STAGE FOR TREMENDOUS RESEARCH AND INVESTIGATION INTO URBAN DENSITY, VERTICALITY, DOMESTICITY, WORK, FOOD, INFRASTRUCTURE, NATURE ECOLOGY, STRUCTURE AND PROGRAM - THEIR HOLISTIC INTEGRATION AND THE QUEST FOR VISIONARY PARADIGM ARE THE CHALLENGES OF THIS URBAN AND ARCHITECTURAL INVENTION. THIS NEW ENVIRONMENT WILL BE A FULL SLATE OF LIVE-WORK-PLAY PROVISIONS, WITH THE RESIDENTIAL COMPONENT MAKING UP TO 50% OF THE TOTAL FLOOR SPACE. IN 2014, IN THE FOURTH OF THIS SERIES COMPETITIONS, THE SITE WAS HELD IN MUMBAI, INDIA WITH THE THEME “EVERYONE CONNECTS”.

2ND PLACE AWARD

2014 DELFT UNIVERSITY OF TECHNOLOGY

DI FANG, POVILAS DAUGIS, AKSHEY KRISHNA, TANYA CHANDRA, BETUL GURCAN, ZIVILE SIMKUTE

MITESH DIXIT, ULF HACKAUF

OUR CONCEPT FOR THE COMPETITION WAS BASED ON EMBRACING THE EXISTING QUALITIES OF MUMBAI WHICH WE FOUND DURING OUR SITE VISIT (LIVELY STREET LIFE, COMMERCIAL ACTIVITIES AROUND THEM, PUBLIC LIFE, DIVERSITY) WHILE FIXING THE HARD INFRASTRUCTURE NEEDED FOR IT TO FUNCTION AS A METROPOLITAN CITY. DURING THE DESIGN WE TRIED TO IMPLEMENT THESE SOFT INFRASTRUCTURAL ACTIVITIES INTO OUR HARD INFRASTRUCTURAL INTERVENTIONS THROUGH OUR 4 FUNDAMENTAL PRINCIPLES .

RESIDENTIAL COMMERCIAL PRODUCTION

RESIDENTIAL COMMERCIAL PRODUCTION

TERTIARY STREET LOCAL PRODUCTION SMALL INDUSTRY TERTIARY STREET MAIN STREET HAWKERS VENDORS MARKET STREET PROGRAM ANCHORING WATERFRONT INTER-CITY RING STREET FUNDAMENTALS I FUNDAMENTALS II FUNDAMENTALS III FUNDAMENTALS IV PROGRAM ANCHORING WATERFRONT INTER-CITY RING 19

PROGRAM DISTRIBUTION

PUBLIC TRANSPORT

STREET NETWORK

AREAS OF INTERVENTION

FAR DISTRIBUTION 20

FUNDAMENTALS - I. STREET NETWORK

EXISTING

PROPOSED

THE CURRENT LOOSE FABRIC OF THE SITE AND CONTOUR PROMOTED A DISCONTINUOUS NETWORK. OUR PROPOSAL ENCOMPASSES A NETWORK THAT COMPLETES THE STREET GRID, HIERARCHY AND BREAKS DOWN BLOCKS, NEIGHBOURHOODS AND CLUSTERS IN SUCH A FASHION THAT PERMEABILITY AND WALKABILITY IS INTRODUCED WITHIN THE SITE.

PROPOSED EXISTING

CURRENT SCENARIO LOOKS TOWARDS THE WESTERN SIDE OF MUMBAI AND HENCE THE PUBLIC TRANSPORT STOPS AND CIRCUITS ARE MORE TOWARDS THAT FRONT.

WITH THE INTRODUCTION OF THE STREET NETWORK AND OPENING OF THE EASTERN WATERFRONT ONE CAN DEVELOP A WHOLESOME PUBLIC TRANSPORT NETWORK WHICH CONNECTS ALL MODES OF TRANSPORT AND SHARES STOPS. ALSO PUBLIC TRANSPORT IS DONE IN SUCH A WAY THAT THE ROUTING DOES NOT BURDEN ONLY FEW ROADS BUT IS SPREAD EVENLY.

+ 5% Green / Open Space

+ 10% Commerce - 15% Industry / Production

+ 02% Social Public facilities

- 01% Healthcare facilities

+ 01% Residential

EXISTING PROGRAM PROPOSED PROGRAM

PRIMARY STREET PROGRAM AROUND:

SECONDARY STREET TERTIARY STREET

Center of the cluster

Primary street program

Sub-center of the cluster

Perifery of the cluster

Primary street program

Secondary street program

Program division throughout the cluster

Tertiary street program

30% RESIDENTIAL (competition) 10% PARKNIG (9% Recommenced by Kristofer Alexander) 4% EDUCATION 1% TRANSPORT NODS 2% HEALTHCARE (14) 3% INSTITUTIONAL 17% OPEN SPACE 15% PRODUCTION 15% COMMERCE 3% CULTURE LIVE WORK PLAY

LIVE WORK PLAY 40% RESIDENTIAL (competition) 10% PARKNIG (9% Recommenced by Kristofer Alexander) 4% EDUCATION 1% TRANSPORT NODS 2% HEALTHCARE (14) 3% INSTITUTIONAL 12% OPEN SPACE 15% PRODUCTION 10% COMMERCE 3% CULTURE + 8% - 5%

LIVE WORK PLAY 32% RESIDENTIAL (competition) 10% PARKNIG (9% Recommenced by Kristofer Alexander) 4% EDUCATION 1% TRANSPORT NODS 2% HEALTHCARE (14) 3% INSTITUTIONAL + 2% 12% OPEN SPACE 15% PRODUCTION 15% COMMERCE 3% CULTURE - 5%

1 x 1 km 1 x 1 km 1 x 1 km

1 x 1 km 1 x 1 km 1 x 1 km Recommenced 30% RESIDENTIAL (competition) 10% PARKNIG (9% Recommenced by Kristofer Alexander) 4% EDUCATION 1% TRANSPORT NODS 2% HEALTHCARE (14) 3% INSTITUTIONAL 17% OPEN SPACE 15% PRODUCTION 15% COMMERCE 3% CULTURE LIVE WORK PLAY

1 x 1 km 1X1 KM2 1X1 KM2 1X1 KM2

LIVE WORK PLAY 40% RESIDENTIAL (competition) 10% PARKNIG 4% EDUCATION 1% TRANSPORT NODS 2% HEALTHCARE (14) 3% INSTITUTIONAL 12% OPEN SPACE 18% PRODUCTION 12% COMMERCE 3% CULTURE + 8% - 3% 30% RESIDENTIAL (competition) 10% PARKNIG 4% EDUCATION 1% TRANSPORT NODS 2% HEALTHCARE (14) 6% INSTITUTIONAL 17% OPEN SPACE 8% PRODUCTION 18% COMMERCE 3% CULTURE LIVE WORK PLAY

LIVE WORK PLAY 32% RESIDENTIAL (competition) 8% PARKNIG 5% EDUCATION 1% TRANSPORT NODS 2% HEALTHCARE (14) 3% INSTITUTIONAL + 2% 12% OPEN SPACE 15% PRODUCTION 15% COMMERCE 3% CULTURE +7% +3% - 5% - 2% - 3%

FUNDAMENTALS - II

PROGRAM INFLUENCES STREET IN EXISTING FABRIC

THE MAIN STREET ACCOMMODATES LARGER FUNCTIONS AND PROGRAM WHICH FACILITATES THE GENERAL POPULATION IN COMMERCE AND INDUSTRY.

THUS, MAIN PUBLIC TRANSPORT LINES RUN THROUGH THESE ROADS WHICH BRANCH INTO SECONDARY ROADS.

SECONDARY STREETS FORM A LINK BETWEEN CITY ROADS WHICH RUN THROUGH THE SITE TO THE NEIGHBOURHOODS WITHIN IT.

PUBLIC TRANSPORT IS ROUTED WITH THIS BRANCH AS WELL BUT THE FREQUENCY REDUCES, THUS CONTAINING NEIGHBOURHOOD BASED COMMERCE, AMENITIES AND PEDESTRIAN TRAFFIC.

THESE STREETS BRANCH FROM THE MAIN SITE ROADS BREAKING THE NEIGHBOURHOOD AND BLOCKS INTO SMALLER COMMUNITIES AND INCREASE WALKABILITY THROUGH PERMEABILITY.

THE GROUND FLOOR IS STILL ACTIVE ON THESE ROADS AND HAVE COMMERCIAL FUNCTIONS WHICH REQUIRES A PERSON TO STAY LONGER LIKE COMMUNITY SERVICE AS BARBERS OR SMALLER COMMERCE FOR DAILY LIFE, AND EVEN SMALL PRODUCTION BASED ON FAMILY UNIT.

THE PROGRAM HERE THOUGH IS MAINLY RESIDENTIAL. SMALL PRODUCTION IS BASED ON FAMILY UNIT.

FUNDAMENTALS - III

WATERFRONT DISTRIBUTION CENTER NEIGH. B NEIGH. C NEIGH. A CULTURE CENTER TO THE STATION TO THE WATERFRONT STATION OFFICES COMMERCE TO THE CULTURE CENTER TO THE FERRY TERMINAL TO THE MARKET TO THE CITY CENTER FERRY TERMINAL PRODUCTION VILLAGE CULTURE CENTER STATION PRODUCTION VILLAGE TRAIN STATION HUB CULTURAL HUB FERRY TERMINAL 25

ANCHORING THE

FUNDAMENTALS - IV

INTER-CITY RING

THE INTER-CITY RING WHICH IS INTRODUCED BY US FORMS THE LINK JUNCTION FOR THE SEALINK BETWEEN MUMBAI AND NAVI-MUMBAI.

IT FACILITATES DIFFERENT MODES OF TRANSPORT COMING FROM BOTH CITIES WHICH MAKE THE METROPOLITAN AREA OF MUMBAI.

WITHIN THE RING THERE ARE STOPS AS PER THE DIFFERENT ANCHOR POINTS ON THE WATER FRONT.

EVERY STOP IS ALTERNATIVE WITH OTHER MODES OF TRANSPORT STOPS AS WELL TO INCREASE PERMEABILITY WITHIN THE SITE AND THE TWO CITIES.

THE CIRCULAR SHAPE OF THE JUNCTION BETWEEN THE SITE AND THE SEA-LINK HELPS TO SLOW DOWN THE INCOMING VEHICULAR TRAFFIC LIKE A ROUND-ABOUT.

THE SHAPE IS ALSO USED TO LEVEL WITH THE DIFFERENT MODES OF TRANSPORT AND THEIR STOPS USING THE CIRCULAR SLOPE TO CHANGE HEIGHTS.

THE RING IS LAYERED IN SUCH A WAY THAT IT ACCOMODATES NOT ONLY THE TRANSPORTATIONAL INFRATRUCTURE BUT ALSO IS A CONTINUUM OF THE STREET LIFE AND ACTIVITIES.

ASIAN FOOD CAFE IN STOKHOLM

REALISED

2019 CRIO 29

YEAR: IN COLLABORATION WITH:

THE CAFE INTERIOR LOCATED IN STORTORGET - THE OLDEST SQUARE IN STOKHOLM USES A LOT OF NATURAL ELEMENTS LIKE BAMBOO, WOOD, MOSS AND PLANTS.

TOGETHER WITH ASIAN MOTIVES IN DETAILING THEY ARE USED TO FORM A UNITY WHERE THERE IS NO BOUNDARY BETWEEN WHAT IS ALIVE AND ARTIFICIAL.

RESTAURANT IN SUNDBYBERG, SWEDEN

REALISED

2019 CRIO 33

YEAR:

THE RESTAURANT SHOWN IS LOCATED IN SUNDBYBERG, A SUBURB TO STOKHOLM. THE GOAL WAS TO ACHIEVE A FEELING OF LIGHTNESS AND JUXTAPOSITION OF THE NEW STRUCTURE CREATED USING A GOLDEN MESH TO THE EXISTING FLOOR MOSAIC AND THE LARGE TILES IN THE BAR AREA. THE NEW FABRIC IS NOT THE SAME AS THE OLD BUT BEHAVES ON ITS OWN - A BUILDING WITHIN A BUILDING. IT HELPS TO DIVIDE THE SPACE MAKING MORE PRIVATE AREAS.

IN COLLABORATION WITH:

ASIAN TAPAS RESTAURANT IN NORRKOPING

YEAR: IN COLLABORATION WITH:

REALISED

2019 CRIO

THE RESTAURANT IN THE IMAGES IS LOCATED IN THE SWEDISH TOWN OF NORRKOPING. TWO VARIATIONS OF THE PROJECT ARE PRESENTED. THE CLIENT’S REQUEST WAS TO HAVE A TRADITIONAL ASIAN FEEL WITH THE USE OF WARM WOOD AND METALS AFFECTED BY NATURAL PROCESSES LIKE CORROSION.

(OPTION) 36

ATTIC APARTMENT INTERIOR IN VILNIUS

REALISED

2018 - 2019 TOMA BAČIULYTĖ 37

YEAR: IN COLLABORATION WITH:

THE LARGE TWO-LEVEL ATTIC APARTMENT IS LOCATED IN ŽVĖRYNAS DISTRICT IN VILNIUS. THE UNIQUE WINDOW LAYOUT ALLOWS TO FILL EVEN THE FAR SPACES WITH LIGHT WHICH IS USED TO CREATE INTERESTING CONFIGURATIONS LIKE THE MASTER BEDROOM MERGED TOGETHER WITH THE SHOWER AND DRESSING AREA. MIRROR SURFACES, GLASS AND HANGING ELEMENTS ARE USED TO AVOID OBSTRUCTIONS AND ACHIEVE A VISUALLY CONTINUOUS SPACE.

THE APARTMENT LAYOUT ALLOWED TO THINK OF NEW TYPES OF USAGE FOR SPACE LIKE THE WINE CELLAR WITH A DEGUSTATION AREA IN CONNECTION TO THE LIVING ROOM WHICH CAN ALSO BECOME A PRIVATE SPACE WITH THE USE OF CURTAINS. WARM WOODEN TEXTURES ARE USED TO GIVE THE SENSE OF COSINESS AND CRAFTSMANSHIP WHICH GOES INTO PRODUCING THE BEVERAGES TO BE SAVOURED HERE.

WINE CELLAR KIDS BEDROOM KIDS PLAYROOM MASTER BEDROOM WITH PRIVATE BATH AND SHOWER

LIVING ROOM KITCHEN

HOUSE INTERIOR IN VILNIUS

YEAR: IN COLLABORATION WITH:

REALISED

2019 TOMA BAČIULYTĖ

THE PRIVATE HOUSE SHOWN IN THE IMAGES IS LOCATED IN VILNIUS AND PROVIDED WITH INTERESTING OPPORTUNITIES. THE GARAGE LOCATED ON THE FIRST LEVEL IS A SHOWROOM WHICH EXPOSES THE AUTOMOTIVE COLLECTION OF THE OWNER. ITS VISUAL CONNECTION WITH THE SWIMMING POOL AND TERRACE CREATES AN INTERESTING AMBIENT SPACE WHICH GIVES A TRANSCENDENTAL FEELING DURING THE NIGHT. ROUGH NATURAL STONE MATERIALS WERE USED WHICH EXPOSE THEIR VIVID TEXTURE WITH THE HELP OF SUBTLE LIGHTING.

“EXPOSE YOUR COLLECTION” 44

CUSTOM FURNITURE DESIGN

FOLDED NATURAL LEATHER

BRONZE BOLTS

TWISTED NATURAL LEATHER WRAPPED ARROUND THE STEEL FRAME

EXPOSITIONAL GARAGE KITCHEN

SWIMMING POOL WITH TERRACE

KIDS BEDROOM

GUEST BEDROOM

LIBRARY

MASTER BEDROOM

GYM

LIVING ROOM

2ND FLOOR PLAN

1ST FLOOR PLAN

E. KAROLISMACERNIS@GMAIL.COM

+370 682 27 114

TEL.