Jakub Daniel - Architecture Portfolio by Jakub Daniel

PORTFOLIO

JAKUB DANIEL

JAKUB DANIEL, Bc. Poříčská 2083, Újezd nad Lesy, Prague 9, Czech Republic mob: (+420) 723 930 622, e-mail: kubadaniel.kd@gmail.com

PERSONAL

EDUCATION

• • • •

2017-presence CZECH TECHNICAL UNIVERSITY IN PRAGUE, CZECH REPUBLIC Faculty of Architecture, Program of architecture and urban planning Masters degree studies

Nationality Czech Age 24 Location Prague, CZ Current Location Eindhoven, NL

LANGUAGE SKILLS • Czech language • English language • German language

Native C1 B1/B2

COMPUTER SKILLS • OS MS Windows • OS MAC • • • • • • •

AutoCAD ArchiCAD SketchUp Adobe Photoshop Adobe InDesign Adobe Illustrator MS Office

2018

EINDHOVEN UNIVERSITY OF TECHNOLOGY, NETHERLANDS Department of Built Environment, Architecture program Erasmus program, spring semestr 2017-2018

2017

NATIONAL UNIVERSITY OF SINGAPORE, SINGAPORE School of Design and Environment, Department of architecture Exchange program, winter semestr 2017-2018

2013-2017

CZECH TECHNICAL UNIVERSITY IN PRAGUE, CZ Faculty of Architecture, Program of architecture and urban planning Bachelor degree - graduated 2017

2005-2013

HIGH SCHOOL OF NATURAL SCIENCES, PRAGUE Private school institution

2011

BELL HIGH SCHOOL, OTTAWA, CANADA English language foreign program, Spring semestr

TRAININGS 2013-2015

STUDY OF ART TECHNIQUES WITH AKAD. ARCH. JIŘÍ VLČEK Graduate of Academy of Arts, Architecture and Design in Prague

2012-2013

STUDY OF DRAWING WITH MGA. MICHAL BENEŠ Graduate of Academy of Arts, Architecture and Design in Prague

2012

DID DEUTSCH-INSTITUTE BERLIN, GERMANY German language foreign program, summer school

2010

DID DEUTSCH-INSTITUTE AUGSBURG, GERMANY German language foreign program, summer school

WORK EXPERIENCE 2016-2018 ANARCHITECT studio (http://anarchitekt.cz/) Junior architect 2016

TRSY LANDART FESTIVAL (http://www.trsy.cz) Organisation-Volunteer coordinator, Exhibiting artist

2014-2016 JV DESIGN STUDIO Junior architect, assistant 2013

DITTELBRUNN INTERNATIONAL WORKCAMP, GERMANY Construction work in location

COMPETITIONS 2018

24H DISRUPTIVE CHALLENGE AnArchi organization, Eindhoven, Netherlands 2nd place - Will be exhibited on the Dutch Desing week autumn 2018

2018

INTERNATIONAL WORSHOP OF URBAN PLANNING Technical University of Dortmund, Germany

2016 CAFÃ&#x2030; LIBRARY COMPETITIVE WORKSHOP Czech Technical University in Prague, Faculty of Civil Engineering 1st place 2015

STAIRCASE COMPETITIVE WORKSHOP Czech Technical University in Prague, Faculty of Architecture 1st place - Constructed in November 2015

LANGUAGE CERTIFICATES 2012 CERTIFACATE OF ENGLISH LANGUAGE CAE (C1) University of Cambridge 2012

CERTIFACATE OF GERMAN LANGUAGE (B1) Deutsche Institut

Internati onal Spring Academy, April 2018 TU Dortmund, Germany

URBAN WASTELAND DORTMUND Workshop experimenting with new urban plan revitalizing urban wasteland in Dortmund in the area of former train depo. Patrick Brenzel DE + Jakub Daniel CZ + Silvana De Bari IT + Jannik Spatz DE As an Erasmus student I got the opportunity to parti cipate in the workshop organized by Technical University of Dortmund. The workshop included Eindhoven University of Technology and Politecnico di Torino. In mixed groups our task was to design a revitalizati on of former train depo in area adjacent to the center of Dortmund. During the analysis we realized that our area is situated in between two other districs, one residenti al and the other commercial, which are not centrilized and separated from the rest of the city. Our design would create an indispensable puzzle piece that binds all the districts together. Consequently, by designing new train stati on we oriented the movement directi on and connected the districts to the rail system. We wanted create lively atmoshere for all the social groups. In order to do that we proposed to used mix used city fabric. Including three main zones-campus, residenti al and park. To keep the street alive and enjoyable we prevented the cars to park on the streets by restricti ng car access and diverti ng it only through one street around the train stati on. Balance of inhabitants and those passing through was the reason for defi ning commercial zones and public spaces adjecent to the north-south and east-west axes. Campus area developes the only remaining architecture in the area - the water tower. Square in front of the tower was only paved and the rest left for the locals to fi nish it themselves. This approach promises that the community will feel free to interact more with their environment and indenti fy it as their own. The rest of the campus are is left for student accommodati on and school insti tutes. Residenti al part of the masterplan includes housing blocks with inner courts and public structures as park restaurant or markethall with library/gallery. The proposed masterplan is quite dense so we included proposal for building guidelines. Block would be divided into single buildings and designed by diff erent architects to ensure the more dynamic character of the street. Also, the ďŹ&#x201A; at roof would be compulsory to be used as common terraces. As a result, we can create social interacti on and lower the anonymity in every building. Moreover, it compensates for the lack of privacy in the streets and surface.

ATMOSPHERE OF REVITALIZED TRAIN DEPO

RESIDENTIAL BLOCKS

CAMPUS AREA

TRAIN TRACKS

CYCLING PATH GREEN LINE NEW TRAIN STATION

TRAFFIC ROAD

SCHOOL/PUBLIC BUILDING STUDENT ACCOMODATION

RESIDENTIAL BLOCK INNER COURT URBAN ROOF TERRACES

MIX-USE STREET

RESIDENTIAL BLOCK INNER COURT URBAN ROOF TERRACES

PEDESTRIAN STREET

HIPSTERSTADT FORMER TRAIN DEPO

PUBLIC BUILDING

PUBLIC PARK

BACK PARK GARDENS

KRONPRINCESTRASSE

URBAN MASTERPLAN

PUBLIC B.

MAIN PUBLIC SQUARE COMMERCIAL ZONE

RESID

CROSS SECTION AA` - RELATIONSHIP OF STREET AND RESIDENTIAL BLOCKS

PUBLIC SPACE COMMERCIAL ZONE PLAYGROUNDS OUTDOOR ACTIVITIES

DENTIAL AREA

COURTHOUSE

KRONPRINCESTRASSE

CONNECTING STAIR RESIDENTIAL BLOCK

PEDESTRIAN STREET

MAIN PUBLIC SQUARE

GALLERY/MARKETHALL

MIX-USED STREET

RESIDENTIAL BLOCK TRAFFIC ROAD

GREEN LINE CYCLING PATH TRAFFIC ROAD

UNDERPASS

RESIDENTIAL BLOCKS REVITALIZED GREENERY

PARK AREA

CROSS SECTION BB` - RELATIONSHIP OF CONNECTING PUBLIC SPACES

MAIN PUBLIC SQUARE WITH MARKETHALL AND GALLERY

STAIRS CONNECTING NORHTERN DISTRICT WITH THE NEW SQUARE

Bí-Da Michal Bílek Jakub Daniel

24 hour disrupti ve challenge, April 2018

THE 3 YEAR CITY 21

Současná podoba interiéru fa To sebou přináší vrstvení mate úrovni, proto si návštěvník zpr záměr. Hlavním cílem pro nás místo, ve kterém se nebudete vložit úplně nový prvek – výra objímá, obklopuje, požírá, prot

Vestavba ve tvaru C nedosahu Prostorově vyboulená konstru byla povrchově dokončena v posílena vznikem komunikačn odstoupenou terasou pod ko podlahy a grafickým přesahem matně bílém provedení. Totéž čítárny je provedeno těžkým a při konferencích, jednoduše s v podobě záclon před pásem pomocí rozptýlení světla o stě Běžné osvětlení je řešeno spu

Design of emergency city scenario for 10 000 inhabitants. Competetive workshop organized by AnArchi Study Association in Eindhoven. Jakub Daniel CZ + Angela Heringer HU + Kenzo Joy Lam NL + Paulina Szulz PL The task of this challenge was to create conceptual idea for new accutly growing city. Workshop reﬂ ected the need of backup plans for inhabitati on in todays world. Criterium was to accommodate broad spectrum of refugees - Syrian refugees, African refugees, Fire or ﬂ ood local refugees or quickly growing populati on. Several conditi ons were defi ned in the beginning. First, the city must be self suffi ciant as possible. Second, must hold 10 000 people. Third, crisis requires the year to be built in one year. Fourth, the city must work for three years and then be dismentled and transported elsewhere. Our approach was to focus on the structure from the fi rst day. To design a crisis narrati ve from the beginning ti ll the end. We understood that the refugees will come in waves and with the growth of the pupulati on the city will grow with it. To respond immediately we decided to use domes as giant tents to shelter the fi rst wave. With any other following other the populaiton will grow out of the dome and helps to build their own environment. As the ti me goes the refugee city will eventually become their home. So the narrati ve must conti nue through the whole ti me. New community will be created with the structures and to ensure that the community will work together we need to give them opportuniti es and bind them together. This social part of the design was incredibly important to us. As the refugees lost almost everything we need to give them a sense of responsibility and purpose. Eventhough the city is only temporary. Aft er three years the city would be dismentled and transported away. Therefore, the impact on the landscape should be minimal. The structures and domes are raised above the ground. This way we wanted to create minimal foundati ons and minimize the structural imprint. In order to be self suffi cient the domes cumulate heat and store it in the water and underground. They also create large surface which works as water collector. In the end, the city can be gradually taken apart and being built in the same ti me in other locati on.

VISUALIZATION OF THE MAIN AXIS

CONCEPT OF CRYSIS SCENARIO REFUGEE INHABITATION

1st

WEEK 300

1st

MONTH 1000

5th MONTH 5000

1-3rd YEAR 10 000

Crisis happens unexpectedly and the most important thing is the fi rst responce. We are counti ng on gradual arrival of refugees. We plant the seed - the fi rst dome- which shelters the fi rst group. Everything is provided inside and the people are living in diffi cult conditi ons, but they are provided for. The domes are stored and they are prepared to be assembled immediately. Smaller triangles are easily transportable to requiered locati on. Dome provides large sheltered environemt from outdoor conditi ons - something that we need in the ti me of crysis.

Receiving more people with the ti me the dome is not suffi cient and the people inside need to make room for the new incoming refugees. New domes are planted and the existi ng one are starti ng to expand. Load bearing structure starts to grow out of the dome. Domes working as seed are connected with path to provide comfortble connecti ons. For the beginning every single dome hosts all the functi ons they need to secure the refugees.

The ti me of the fi rst responce has passed and the people are sett led. To provide purpose of their ti me they can parti cipate on creati ng their new temporary environment. Load bearing structure provides surface for building new small scale houses. Material and professional help is provided by the municipality. Cooperati on and opportunity for self development gives the refugees purpose and to care for new environment. Common work also helps to bond locals and refugees. Moreover, it creates new social structures. As people move out of the dome, more space is available for more permanent fucti ons. For example, schools, hospitals or recreati onal faciliti es. With multi ple domes we can start to diversify their functi on on urban scale.

The fi nal step on the way is to transform the domes into the center of interest. People live outside in the expanded structure. Diversifi cati on is the key to maintain the temporary urban fabric. Domes are transformed into social public spaces. They become the centers of bussines and organizati on. Other functi on is to help creati ng binding and positi ve atmophere.

AXONOMETRY OF THE THE FULL REFUGEE CITY IN EINDHOVEN

VISUALIZATION OF THE CONCEPT IN THE ENVIRONMENT, ELEVATED STRUCTURE HELPS TO PRESERVE THE CURRENT LANDSCAPE

Design studio Dr. Swinal, ATSS 7. semestr 2017/2018 Nati onal Univeristy of Singapore, School of Design and Environment

V+A REALITY No.9 Design of scientific building focused on development of virtuality “VR” and augmented reality “AR” in Jurong Innovation district in Singapore. Jurong Innovati on district is a gateway project to Jurong West Research Induarial area. The main idea of the district is to create an interface for connecti ng research complexes with local inhabitants and the public. Interacti ve district that would educate, accomodate and host people coming from diff erent environments. Our task was to develop urban plan “the Neuron” that had been designed by student in previous semester. Urban plan was divided into 4 “villages” and 10 clusters. My building belongs to village which main purpose is to develop and present solft ware technologies and light industrial fabricati on. Aft er group analysis of our cluster we divided the functi ons between our buildings in order to compliment each other. My building has three main functi ons - Developement of VR and AR technology, light industrial 3D fabricati on and hosti ng Start up offi ces with starti ng Maker communiti es. Every of those functi ons require diff erent variety of spaces. I verti cally arranged them from basement level with the assembly hall and all other supporti ng functi on. Through mid level with open public groundfl oor and closed upper fl oors with laboratories and projecti on offi ces. Unti l the roof leven is fi nished with with sort of atti cs characteristi c Maker community. Passive design was one of the most important of site analysis and the following design. The building follows the extremely hot climate conditi ons of Singapore. Two open atriums helps with passive air fl ow. Roof surface is maximized to create large water collector. The site is also situated next to large traffi c artery and needs to defl ect it.

INNER VR CAVE ATRIUM

URBAN RESPONCE TO THE STREET AND NOISE

NOISE

GREEN AND BLUE STRATEGY - ROOF WATER COLLECTOR, PASSIVE VENTILATION

TRANSITION CONCEPT SCHEME The greatest challenge was to fi nd a way how to present and embody the idea of virtual and augmented reality. I chose the idea of transiti on from the real to the virtual. To achieve that expression I used several architectural elements.

VIRTUAL REALITY

AUGMENTED REALITY

REALITY

SIMPLE AXIS ARTIFICIAL

NATURAL

NATURALITY DARK

LIGHT

LIGHT ENVIRONMENT

VOID EXPRESSION

TYPOLOGY PROJECTIONS EXPERIMENTS

ENCLOSED OFFICE DAYLIGHT OFFICE MAKERS HOUSE

VISUALIZATION OF PUBLIC ORIENTATION CROSS PERSPECTIVE SECTION

7. 6.

MAKER COMMUNITY

ROOF GARDEN, WATER COLLECTOR

CONTROLED LABORATORIES

PROJECTION ROOMS, DAYLIGHT OFFICE ROOF GARDEN

8th floor layout 1:200

PROJECTION ROOMS DAYLIGHT OFFICE

CONTROLED LABORATORIES

PROJECTION ROOMS

DAYLIGHT OFFICE

3rd floor layout 1:200

DAYLIGHT OFFICE

CONTROLED LABORATORIES

PROJECTION ROOMS DAYLIGHT OFFICE

NOMAD COFFEE WORSPACE

G B1 B2

START UP OFFICE, STORE ASSEMBLY HALL - OFFICE

ASSEMBLY HALL - PRODUCTION, SHARED WORKSHOP STORAGE, TECHNOLOGY, SECURITY STAFF

EGMS, STORAGE, DISTRIBUSION, TECHNOLOG

Ground floor layout 1:200

MAKER COMMUNITY COMMUNITY BRINGING IDEAS WORKPLACE COOPERATION CONNECTIVITY RELAX

URBAN DESIGN

SHAPE POTENTIAL

VOLUME DIVISION GROUND FL OUTLINE EMPHASIZED PUBLIC SPACE

DEFLECTING WALL DOUBLE SKINN FACADE

A C

SITUATION LAYOUT LONGITUAL SECTION OF THE COMMUNITY CENTER

PEDESTRIAN BRIDGE NEW GREENERY TO CREATE SHELTER POND

STATUE OF ST. JAN OF NEPOMUK CAR BRIDGE

Design studio Zavล el-Zdebkรก, ATZBP 6. semestr 2015/2016

CENTER OF ZDISLAVA VILLAGE OPEN SPACE FOR MARKETS AND SOCIAL OCCASIONS

RELOCATED SPORT AREA

CAR BRIDGE

CONCENTRATED PARKING SPACE

Bachelor thesis study studio with the topic of renewal of the Zdislava square. Design consist of the urban plan for the area and three new buildings - Community center with multipurpose hall, bus station with grocery store and pilgrim house.

Village carrying name of Zdislava of Lemberk was founded 1406 by german settlers. Until its renaming in 1947 the village used to be called Schรถnbach. Local urban developement, similar to the original name, is naturaly connected to the stream as the village surrounds it for four kilometers. Zdislava lies on the pilgrim road called Via Saktra adjacent do Via Regia - St. Jacobs way leading to Santiago de Compostela. Pilgrimage that used to present the social, economical and religious bond between the tri-border region of Germany, Poland and Czech kingdom. Nowadays, the pilgrimage become a turistic artery for visiting the sacral landmarks of the region. The history of Zdislava played a key part of my design, eventhough the religious consciouness was mostly lost during the communist period. During the analysis I went through very thorough research about local sacral buildings and artefacts. Consequently the become the cornerstone for the urban design of the village square. The main feature of the undeveloped village square is the statue of St. Jan of Nepomuk. Due to his atributs and religous character, traditionally his statue should be placed on a bridge or in its vicinity. In current state we cannot speak of a bridge but more likely of a burried stream corridor. This condition and also analysis of the old maps led me to idea to reopen the stream, build a new bridge on the church axis and place the statue on its rigtfull place. Moreover, I connected the banks of the stream with other two new pedestrian bridges. Another part of my design was to solve the problem of vastness of the village square unequal to its actual use. It was necessary to reduce the empty surface and create new borders in order to define it. Redesign it so the square woudl be invisibly divided into spaces which offer different function. Creating the pond helped me to reduce the size of the square area, provide sheltered spaces with surrounding trees and still keep enough open area to use it for markets and social occasions. The pond also helps to reinvite the locals to spend more time around it. In summer helps to cool down the temperatures and in wintyer provides place for ice skating. My architectural task become to compliment the existing structures and fill the empty spaces co finish the scenography of the village dominated by the baroque church. Traditionally the villages in the region were founded on intersetions of trade routes. The movement of traffic is natural part of the village center. For that reason I decided not to interviene with the existing road, but rather expend it and adapt it to new functions. To achieve that I had to relocate and focus the economical, administrative and sport functions into the reconstructed center. Three new building helped to enclose and define the square. Each one of them provides missing fuction for the village community. A _ Bus station with grocery store B _ Community center C _ Pilgrim house

A BUS STATION WITH GROCERY STORE The building is connecti ng two diff erent functi ons under one common roof. Connecti on to traffi c and movement gives this small building an opportunity to bring new character based in technology into traditi onal mountain region. Steel and glass surfaces in contrast to wooden walls, slate roofs and small openings.

CROSS SECTION OF WAITING ROOM 1:100

CROSS SECTION OF THE SHOP SC 1:100

GSEducationalVersion

ELEVATION - EAST SC 1:200

EXPLODED AXONOMETRY SC 1:200

LAYLOUT GROUND FLOOR SC 1:200

B COMMUNITY CENTER WITH MULTIPURPOSE HALL

Design consists of two functi on which are complimentary and therefore my concept was to express their engagement in the form of the building. Pub and multi purpose hall are both mainly placed on the fi rst ďŹ&#x201A; oor to create wheelchair accesible space and by opening the window-door they can easily break the barrier and connect the interior and exterior for traditi onal rural celebrati on or sport tournaments. Pub and multi purpose hall can be used seperately but if desired the parti ti on wall can be removed and the spaces will merge. The expression and constructi on work with local traditi onal materials but they are used in modern way. I chose the combinaton of plaster, wood panels and slate roof ti les.

ELEVATION - NORTH SC 1:200

ELEVATION - SOUTH SC 1:200

LAYOUT GROUND FLOOR SC 1:200

LAYOUT 1ST FLOOR SC 1:200

LAYOUT GROUND FLOOR SC 1:250

CROSS SECTION OF THE BEDROOM SC 1:100

CROSS SECTION OF THE SUNDAY SCHOOL SC 1:100

C PILGRIM HOUSE WITH SUNDAY SCHOOL

PŘÍČN

Ý ŘEZ

SITU ACÍ

Third building I propose for the village carries the religious spirit and hope for renewal of local pilgrim traditi on. Czech republic is the most atheisti c country in Europe due its denial through communist period. However, we cannot forget that our culture and society stands on fi rm foundati ons and traditi on of the Christi an faith. Zdislava is named aft er canonized czech noble woman - Zdislava of Lemberk. The center of the village is dominated by baroque church of St. John the Bapti st and the baroque statue of St. John of Nepomuk. Pilgrim house is emerging from the medow behind the church. His interior is divided into three parts- Sunday school, common dinning groom and common bedroom. Roof of the house is covered with grass climbing all the way up. Making the house slightly less visible. I decided for this aprchoach in order not to collide with dynamic baroque form of the church. West facade is opened to the medow and hills belonging to the church offi cials. Steel prism penetrates the wave of the roof and the entrance to the building opposes the entrance to the church. Constructi on consists of preloaded concrete shell components.

ELEVATION - WEST SC 1:200

ELEVATION - EAST SC 1:200

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VEDOUCĂ? Ă&#x161;STAVU NAVRHOVĂ NĂ? II: Prof. Ing. arch. ZdenÄ&#x203A;k ZavĹ&#x2122;el VEDOUCĂ? PROJEKTU: Prof. Ing. arch. ZdenÄ&#x203A;k ZavĹ&#x2122;el Ing. Josef Ĺ anda VYPRACOVAL:

Hydroizolace TepelnĂĄ izolace - min. vata

Jakub Daniel Ä&#x152;Ă ST:

D.1 ARCHITEKTONICKO-STAVEBNĂ? Ĺ&#x2DC;EĹ ENĂ? VĂ?KRES:

PĹŻdorys 1.NP

Zemina pĹŻvodnĂ ZhutnÄ&#x203A;nĂ˝ nĂĄsyp

LOKĂ LNĂ? VĂ?Ĺ KOVĂ? SYSTĂ&#x2030;M Bpv: Âą0,000=404 m n.m.

Ĺ tÄ&#x203A;rkopĂskovĂ˝ podsyp

Celkem 1.NP Celkem 2.NP Celkem INT objekt

139,30

Zemina pĹŻvodnĂ

539,99

SĂĄdrokartonovĂŠ konstukce

SouÄ?et

846,94

KaÄ?ĂĄrkovĂ˝ zĂĄsyp

707,64

HOSPODA S MULTIFUNKÄ&#x152;NĂ?M SĂ LEM

KONZULTANT:

ExtrudovanĂ˝ polystyren

400,69

Celkem INT

Celkem EXT

Desky, dĹ&#x2122;evÄ&#x203A;nĂŠ, lakovanĂŠ Desky, dĹ&#x2122;evÄ&#x203A;nĂŠ, lakovanĂŠ

ATBP CENTRUM OBCE ZDISLAVA Zdislava, LibereckĂ˝ kraj

Ocel B500,Beton 35/40

StÄ&#x203A;rkovĂĄ omĂtka, bĂlĂĄ

Podhled SDK, C profily, Rigips

FAKULTA ARCHITEKTURY Ä&#x152;ESKĂ&#x2030; VYSOKĂ&#x2030; UÄ&#x152;ENĂ? TECHNICKĂ&#x2030; ThĂĄkurova 9, Praha 6

Datum Akad. rok FormĂĄt MÄ&#x203A;Ĺ&#x2122;Ătko Ä&#x152;. vĂ˝kresu

12.1.2017 2016/2017 12xA4 1:50

D.1.2.2

B SAMPLE OF TECHNICAL DOCUMENTATION COMMUNITY CENTER WITH MULTIPURPOSE HALL SECTIONS ŘEZ CC' PODÉLNÝ M 1:50

E + 9,450

+ 9,000

3790

5590

3750

+ 8,720

280

450

+ 9,450

+ 5,210

1880

+ 3,130

± 3,100 30

2300 200 375

175

900 100

± 0,000

- 0,175

ZP1

- 0,475

575

100 100 200

- 0,375

- 0,975

100

500

600

500

- 0,500 = Ú.T.

+ 0,900

5x210 1050

+ 1,050

1050

+ 1,000 ± 0,000 = 1.NP

3100

2300

+ 2,300

800

+ 3,350

+ 3,130 = 2.NP

2110

9000

10 450 9950 9450

+ 4,980

ZP1

ŘEZ DD' PŘÍČNÝ M 1:50

4 + 9,000

± 5,480

5590

3320

3960

+ 5,370

2250

± 3,130

230

2900

DETAIL A

S 1

S 3 Břidlicová krytina, vodorovné dvojité krytí Bednění Distanční latě Pojistná hydroizolace, folie Tepelná izolace, Termodach Tetto XPS Parozábrana, nátěr Sanitile, bílý CLT panely

500x250x5mm 25mm 40x60mm

S 5 Břidlicová krytina, vodorovné dvojité krytí Bednění Distanční latě Pojistná hydroizolace, folie Tepelná izolace, minerální vláknitá izolace Rockwool Fastrock LL, + distanční latě, nosnéno roštu (křížem) 2x80, tep. izolace vložena mezi a lepena

180mm 80mm

Železobetonová stěna, nosná Stěrková omítka, bílá

S 2

500x250x5mm 25mm 40x60mm

Břidlicová krytina, vodorovné dvojité krytí Bednění Distanční latě Pojistná hydroizolace, folie Tepelná izolace, Termodach Tetto XPS Parozábrana, nátěr Sanitile, bílý CLT panel

500x250x5mm 25mm 40x60mm 180mm 180mm

5mm 160mm 300mm 5mm

S 6 Břidlicová krytina, vodorovné dvojité krytí Bednění Distanční latě Pojistná hydroizolace, folie Tepelná izolace, minerální vláknitá izolace Rockwool Fastrock LL + distanční latě, nosnéno roštu (křížem) 2x80, tep. izolace vložena mezi a lepena Parozábrana, nátěr Sanitile, bílý CLT panel

500x250x5mm 25mm 40x60mm 160mm

30mm

100 100 200

- 0,975

P 1 Břidlicová krytina, vodorovné dvojité krytí Bednění Distanční latě Pojistná hydroizolace, folie Tepelná izolace, minerální vláknitá izolace Rockwool Fastrock LL + distanční latě, nosnéno roštu (křížem) 2x80, tep. izolace vložena mezi a lepena Parozábrana, nátěr Sanitile, bílý CLT panel

300mm 5mm

S 4

- 0,475

S 7 Akrylová omítka Weber, bílá Tepelná izolace, minerální vláknitá izolace Rockwool Fastrock LL, kotvena terčíky Železobetonová stěna, nosná Stěrková omítka, bílá

160mm

± 0,000

375

ZP1

- 0,975 = Základová spára

- 0,375 100

600

- 0,100 = Ú.T.

- 0,175

1000

- 0,200

210

± 0,000 = 1.NP

200

DETAIL B

3130

600

+ 2,300

2300

3130

+ 2,250

± 3,100

175

+ 3,130 = 2.NP

230

1880

2350

10 450

9450

+ 4,980

Akrylová omítka Weber, bílá 5mm Tepelná izolace, minerální vláknitá izolace Rockwool Fastrock LL, lepena k podkladu 160mm Parozábrana, nátěr Sanitile, bílý CLT panel 30mm

500x250x5mm 25mm 40x60mm

Sikafloor Lev samonivelač Penetrace po se zásypem k Železobeton Stěrková om

160mm

150mm

P 2

Sikafloor Lev samonivelač Penetrace po se zásypem k Betonová ma Tepelná izola Železobeton Hydroizolace Podkladní be Štěrkopískov

G 520

+ 9,500

+ 9,450

KO2 R1

+ 8,700

CLT 5

R3 40

3620

± 0,000

3960

- 0,975

± 5,480

± 0,000

R2 - 0,975 2350

1880

2250

+ 2,900

DETAIL E

5580

230

+ 3,130 = 2.NP

± 0,000

600

480

1100

620

+ 3,130

230

850

± 3,750

9550

+ 4,980

- 0,975

S1 2300

3130

3075

± 0,000 = 1.NP

100

DETAIL E

600

ZP2

ZP1

100

600

- 0,100 = Ú.T.

ZP1

- 0,975 = Základová spára

5 + 9,450

3960

± 5,480

3200

5100

+ 3,130 = 2.NP

2250

vel-30, cementová ční stěrka odkladu Sika Level-01 Primer křemičitým pískem nová deska mítka

vel-30, cementová ční stěrka odkladu Sika Level-01 Primer křemičitým pískem azanina ace, Isover EPS GREY nová deska e, asfaltové pásy 2*2mm etonová deska vý podsyp

ZPi

140

900

ZP1

1000

100

FAKULTA ARCHITEKTURY ČESKÉ VYSOKÉ UČENÍ TECHNICKÉ Thákurova 9, Praha 6

ZPi

± 0,000 = 1.NP

ATBP CENTRUM OBCE ZDISLAVA Zdislava, Liberecký kraj

- 0,180 = Ú.T.

ZPi

- 1,150

STAVBA:

HOSPODA S MULTIFUNKČNÍM SÁLEM

- 0,975 = Základová spára LEGENDA MATERIÁLŮ: CLT panely Železobeton

P 3

200mm 5mm

25mm 5mm 45mm 100mm 200mm 2*2mm 100mm 100mm

30mm

45mm 100mm 200mm 4mm 100mm 100mm

Beton prostý Dlažba, břidlice Ložní vrstva, pískové lože Nosná vrstva

ZP1 Zakládací pas 1:

ZP2 Zakládací pas 2:

P 4 Vstupní rohož hliníková, Topwell Standart Betonová mazanina Tepelná izolace, Isover EPS GREY Železobetonová deska Hydroizolace, asfaltové pásy Podkladní betonová deska Štěrkopískový podsyp

22mm 53mm 100mm 200mm 2*2mm 100mm 100mm

VEDOUCÍ PROJEKTU: Prof. Ing. arch. Zdeněk Zavřel KONZULTANT: Ing. Josef Šanda

P 5 Dřevěné lakované parkety Lepidlo OSB deska 3*15mm Tepelná izolace, Isover EPS GREY Železobetonová deska Hydroizolace, asfaltové pásy Podkladní betonová deska Štěrkopískový podsyp

30mm

VEDOUCÍ ÚSTAVU NAVRHOVÁNÍ II: Prof. Ing. arch. Zdeněk Zavřel

Ocelový sloup:

10mm 40mm 150mm

Betonová vana s vetknutými stěnami h=600mm,tl.=400mm Uloženo na základovém pasu Úroveň základové spáry= -0,975 Betonová vana s vetknutými stěnami h=600mm,tl.=300mm Uloženo na základovém pasu Výšková úroveň základové spáry= -0,975m Ø110mm, tl. 20mm, h=2300mm Ocel slitinová, žáruvzdorná, 80KN/m3

ZPi

Závitová pilota

Délka 1000mm, hlouka založení -1,150m

Lepené rámy:

Výrobce Haas s.r.o Lepené lamelové dřevo GL24c, 3,5KN/m3 Uložení +3,100m, tl. 180 mm

CLT panely: CLT 1 CLT panel 1: CLT 2 CLT panel 2:

Výrobce Stora Enso CLT Swiss pine S=4,67m2, tl. 180mm Uložení +3,100 m S=6,7m2, tl. 180mm Uložení +3,100 m

Zábradlí

Výška 1100mm

Zábradlí

Výška 480mm + betonový průvlak 620mm

Zábradlí

Šikmá část zábradlí, výška 1100mm

Hydroizolace Tepelná izolace - min. vata

Ocel B500,Beton 35/40

Extrudovaný polystyren

CLT 3 CLT panel 3:

S=9,42m2, tl. 180mm Uložení +3,100 m

VZT Vyústění vzduchotechniky

Zemina původní

CLT 4 CLT panel 4:

S=7,95m2, tl. 180mm Uložení +3,100 m

KO2 Konstrukce střešního okna

CLT 5 CLT panel 5:

S=36,68m2, tl. 200mm Uložení +3,100 m

CLT 6 CLT panel 6:

S=35,64m2, tl. 200mm Uložení +3,100 m

CLT 7 CLT panel 7:

S=12,85m2, tl. 200mm Uložení +3,100 m

CLT 8 CLT panel 8:

Tl. 180mm

CD Cetrisová deska

Ocelový nosník, uzavřený profil s rámem na sklo JANSEN, výška 250mm Obložení horní hrany betonové zdi, barva šedá, 30 mm

Zhutněný násyp Štěrkopískový podsyp

VYPRACOVAL: Jakub Daniel ČÁST:

D.1 ARCHITEKTONICKO-STAVEBNÍ ŘEŠENÍ VÝKRES:

ŘEZY CC', DD'

LOKÁLNÍ VÝŠKOVÝ SYSTÉM Bpv: ±0,000=404 m n.m.

Datum Akad. rok

Zemina původní Sádrokartonové konstukce

Formát Měřítko Č. výkresu

Kačárkový zásyp

12.1.2017 2016/2017 12xA4 1:50

D.1.2.5

Bí-Da Michal Bílek Jakub Daniel

Současná podoba interiéru To sebou přináší vrstvení m úrovni, proto si návštěvník záměr. Hlavním cílem pro n místo, ve kterém se nebude vložit úplně nový prvek – v objímá, obklopuje, požírá, p

Vestavba ve tvaru C nedos

Prostorově vyboulená kons Design studio Zavřel-Zdebká, October-November 2015

WORKSHOP STAIRCASE 1

byla povrchově dokončena posílena vznikem komunik odstoupenou terasou pod podlahy a grafickým přesah matně bílém provedení. To čítárny je provedeno těžkým při konferencích, jednoduš v podobě záclon před páse pomocí rozptýlení světla o Běžné osvětlení je řešeno s

Winning design for construction “I wanted to work only with characteristics of the provided wooden board material. The biggest challenge was to make the boards look dynamic and light - loosing the “boxy” feeling. Next part of the design was to proﬁle the single step. The biggest advantage of the board material became the use CNC cutter to model the step according to my preferences. This technology led me to idea of multiple staircase proﬁles connected with threaded rods.” Fasteners distance matrix M20 fastening matrix M16 round matrix M16 distance pad M18 hangign clips screw M8x60 screw M8x80 screw M5x70 threaded rods M16 2m Total price

pieces 120 16 16 288 2 18 8 29 8 150 EUR

AXONOMETRY - CONSTRUCTION PRINCIPLE

1170

1065

SECTION-ELEVATION

+2,800

16 15

Detail C

14 13 12 11 10

7 6

/28

2800

9 8

5 4 3 2 1 +0,000

LAYOUT

4665 173

4492 450

560

122

980

173

Detail A 4167

141 183

4350

141

4492

DETAIL 277

hranol 80x100mm

17 +2,800

277 277

3 16 3

hranol hranol80x100mm 80x100mm

1717 +2,800 +2,800

hranol 80x100mm 50

5050

2222

matice distanční M20 80x100mm ocelový plechhranol tl. 3mm hranol 80x100mm

9292

2020

matice maticedistanční distančníM20 M20 ocelový ocelovýplech plechtl.tl.3mm 3mm

165

závitová závitovátyč tyčM16 M16

závitová tyč M16

ocelový plech tl. 3mm 40

podložka M18

ocelový ocelovýplech plechtl.tl.3mm 3mm

matice maticedistanční distančníM20 M20

204

204 204

ocelový plech tl. 3mm WT-S/T WT-S/T6,5 6,5xx65 65mm mm ocelový ocelovýplech plechtl.tl.3mm 3mm

8282

WT-S/T 6,5 x 65 mm

15 3

podložka podložkaM18 M18

165 165

matice distanční M20

4040

5050

5050 2 22222

kontejner

kontejner kontejner

2222

5050

2020

ocelový plech tl. 3mm

hranol 80x100mm

ocelový ocelovýplech plechtl.tl.3mm 3mm

hranol hranol80x100mm 80x100mm

204

110

1010

110 110

408 9292

1010

204 204 408 408

Zdeněk Zavřel Markéta Zdebská Matúš Berák 01 Michal Bílek 02 Jakub Brejša 03 Jakub Daniel 04 Jiří Foller 05 Maroš Galáž 06 Stefan Knecht 07 Kristýna Lennerová 08 Anton Lukáč 09 Laura Molínová 10 Thu Huong Phamová 11 Tomáš Rudý 12 Daniela Salvová 13 Petr Slavíček 14 Martin Smola 15 Pavlína Šilhánková 16 Dagmar Tománková 17 Kristýna Tomanová 18 Marek Ulč 19 Nikola Žuchová 20

foto Lubomír Kotek

Design Studio Zavřel-Seho, ATOS 4. semestr 2014/2015

CABLE STATION TO JEŠTĚD TOWER Complimenting station for Ještěd Tower television transmitter (part of the UNESCO heritage)

My goal was to design befi tti ng pendant to the dominati ng transmission tower on the top of the Ještě mountain. I decided to take the key elements of the transmission tower and implement them into my design. One them was the circular shape and the other to use similar material to reach the common tectonic expression. Lower cable stati on and the site creates the borderline for summer and winter tourism. Throughout the year the stati on connects the touristi c track system leading to Liberec city and around the mountain. For winter season, my design includes suggesti on for expanding the ski lift s to connect with rest of the Ski Areal Liberec. The stati on shelters several functi ons. Larger building is for cable stati on with accomodati on for technical crew and storing background for Mountain rescue service. Smaller building is for mountain buff et. Compositi on of the building is designed to withstand extreme mountain conditi ons. The shape of the roof prevents to accumulate snow and decreases the risk of injury by falling snow. Most of the building is built into the ground to create natural insulati on and minimalize the surface. The casing of the main tubus that covers cable mashine is covered by small circular openings with windows and reﬂ ectors that permit the light to get in. In the night or foggy conditi ons the tubus can light up to create orientati on point.

BORDERLINE OF WINTER AND SUMMER TOURISM

EASILY MAINTABLE IN EXTREME CONDITIONS

ORIENTATION POINT

SKETCH OF THE CONTEXT CONTINUITY

SITE AXONOMETRY

SITE 1:1000

Wint er to

urism

Summ

er to

urism

ELEVATION WEST

LONGITUGINAL PERSPECTIVE SECTION

CROSS PERSPECTIVE SECTION

0 1 :2 0 2.NP

LAYOUT 2ND FLOOR SC 1:500

P 1:

200

LAYOUT GROUND FLOOR SC 1:500

-1. N

LAYOUT 1ST UNDERGROUND FLOOR SC 1:500

1. NP 1:150

PORTFOLIO Jakub Daniel FA ČVUT 2013/2014

Design studio Kvízová-Fenclová, ZAT 2. semestr 2013/2014

LOOKOUT TOWER Rehabilitation and renewal of landscape destroyed by surface mining. Design of small studio on the articially originated lake island. Additional assignment: Design of lookout tower in the middle of the lake island

When walking up on the lookout tower the greates moment was for me the final step when the whole view to landscape opens up at one. To achieve that effect I chose to cover the load bearing core with wooden cloak. Through the lattices you can see glimpses of the landscape, but the full view is revealed only on the top. To emphasize this moment the staircase on the upper part of tower is moved inside the concrete core. Layout of the sferic triangle was developed from local conditions. Aerodynamic shape is directed according to the wind streams. The full wooden wall with entrance is perpendiculary opposing the pedestrian bridge.

LAYOUTS THROUGH THE TOWER SC 1:100

PERSPECTIVE SECTION SC 1:100

Design studio Kvízová-Fenclová, ZAN 1. semestr 2013/2014

THE SUN THEATRE Wall, opening, staircase - architectural expression of interior and exterior space defined by cube of 7,5m Universal, simple and eff ecti ve, those are the words which fi ts the descripti on of my project. Theatre due its constructi on is easily transportable in one piece by a truck. It provides spaces for performances and can be use as a projecti ng surface from inside and outside. Originally I intended to follow the concept of black box and keep the theatre closed, but then I decided to impliment the rotati ng facade panels into the design and open the interior to the sun. Panels enable the people inside to refl ect and direct the sunlight. Hydraulic tables in the fl oor due it its division off ers variety of stage formati ons. From classical to catwalk of humble size.

LIGHT SKETCH

CONCEPTUAL USE OF SPACE AND PROJECTION

VARIATION OF STAGE TABLES

LAYOUT GROUND FLOOR - ROTATING FACADE

CLOSED FACADE

LAYOUT DIVISION OF STAGE TABLES

OPEN FACADE

LAYOUT 2ND FLOOR - STAIRCASE TO GALLERY

SECTION