Laura Medina Medina Portfolio 2020 by lauscar92

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

LAURA MEDINA MEDINA

PORTFOLIO

RTFOLIO

PORTFOLIO

RTFOLIO

PORTFOLIO

LAURA MEDINA MEDINA

CURRICULUM ITAE

Hello! I’m Laura Medina Medina, a Spanish architect.

+386 68 142464 Tovarniška Cesta 12 Logatec, Slovenia

I started my study career at the Faculty of Architecture in Las Palmas de Gran Canaria (ULPGC), where I graduated in 2019. Since I was a little girl, I loved travelling and living abroad. So I also did some years of architecture school studying abroad.

laura2839@gmail.com Laura Medina

I studied one year in Trento (Università degli studi di Trento) and in Valencia (UPV). Just after graduating, I moved to Slovenia and started an internship in a big office in Ljubljana. After the internship, I also worked as a junior architect in a smaller office. In this way, I could learn how architects work in this country in different offices scale, different type of projects , and how to get immersed in the Slovene culture and its language. Here is my por�olio.

INDEX: EDUCATION

CURRICULUM VITAE

MASTER DEGREE OF ARCHITECTURE

2019

Universidad de Las Palmas de Gran Canaria - Spain

RECOMENDATION LETTERS PROJECTS 1. THE WAVES (Las Palmas de Gran Canaria, Spain. 2014)

EXPERIENCE Atelje Ostan Pavlin

2020

Junior Architect

2015/16 SICUE PROGRAMME

2019/20 OFIS ARHITEKTI d.o.o.

2013/14 ERASMUS PROGRAMME

2019

Universidad politécnica de Valencia- Spain

Internship

SEMINAR UNISCAPE EN ROUTE

Università degli studi di Trento- Italy

Social media manager and participant of the event

2. ORIGINS (Valencia, Spain. 2016) NATTO Architecture studio

2018

3. THE IRON GIANT (Stuttgart, Germany. 2019) 4. PLAYGROUND FOR OŠ MAJDE VRHOVNIK SCHOOL (Ljubljana, Slovenia. 2019) 5. HOTEL BOHINJ (Bohinj, Slovenia. 2019/2020)

Internship

COURSES 2017

STUDENT COURSE ABOUT DIFFERENT ASPECTS OF LIGHT

2017

STUDENT COURSE ABOUT ARCHITECTURE AND URBANISM IN ROME

PALERM Y TABARES DE NAVA Arquitecture studio

2017

Internship

Ljubljana, Slovenia

2017/18 STUDENT ORG. BEST LAS PALMAS President position

Rome, Italy

PHOTOSHOP AND PHOTOMONTAGE FOR ARCHITECTURE

2016

Valencia, Spain

POTOOP INDEIN

AUTOCAD

2010

ILUTRATOR

Gran Canaria, Spain

A 

INDESIGN AND LAYOUT FOR ARCHITECTURE

2016

TECHNICAL SKILLS

TECHNICAL DRAWING

2010

ETUP RA

LANGUAGES Mother tongue

ENGLISH

B2 First Certificate

ITALIAN

B1 CILS Certificate (+ one year living in Italy)

SLOVENE

B1 SLO5 course attending in SOLT (+ one year living in Slovenia)

ARTLANTI

AUTOAD ARIAD

D 

SPANISH

D  R

Gran Canaria, Spain

RECOMENDATION LETTERS

OFIS ARHITEKTI d.o.o.

OFIS ARHITEKTI, Projektivni biro, d.o.o. Beethovnova 9, 1000 Ljubljana, SI

ESTUDIO NATTO

REFERENČNO PISMO

tel: +386 (0)1 4260084 fax: +386 (0)1 4260085 e-mail: ofis@ofis-a.si

Potrjujemo, da je Laura Medina Medina opravljala delo arhitekta v podjetju OFIS arhitekti d.o.o. od 1.9.2019 do 18.5.2020 Sodelovala je pri sledečih projektih: - Projekt „Soseska Kvartet“, stanovanjska zazidava, privatni investitor, Ljubljana - Projekt „Idejna zasnova zunanje ureditve - OŠ Majde Vrhovnik“, javni investitor, Ljubljana - Projekt „Hotel Bohinj“, privatni investitor, Bohinj - Projekt „Peglezen“, privatni investitor, Ljubljana - Projekt „Hiša Hraše“, izris notranje opreme Med opravljanjem dela v našem podjetju je Laura pokazala pozitiven odnos do učenja in je učinkovito sodelovala pri pripravi projektov. Projekti pri katerih je sodelovala so bili v fazah idejne zasnove, gradbenega dovoljenja ter projekta za izvedbo. Sodelovala je pri izrisu tlorisov, prerezov, fasad, 3D modelov shem stavbnega pohištva ter vizualizacij. Pri tem je bila potrebna tudi izdelava detaljnih načrtov opreme ter finalnih fasadnih oblog. Laura je zanesljiva, natančna ter ustvarjalna oseba z dobro delovno vnemo, ki lahko tudi v stresnem okolju ohrani osredotočenost na nalogo. Njene sposobnosti pri izrisu digitalnih risb, grafičnih predstavitvah in modeliranju so ji omogočile profesionalno odzivanje v najbolj zahtevnih pogojih. Bila je zelo zainteresiran za vse vidike s področja arhitekturnega ustvarjanja in odprta za nove naloge in izzive. S spoštovanjem, Špela Videčnik u.d.i.a. MArch (AA), direktor

Ljubljana, 18.5.2020

ARCHITECTURE ROECTS



THE AES LANDSCAE  URANISTIC ROU ROECT 2014 UNIVERSIDAD DE LAS PALMAS DE GRAN CANARIA

With different cuts along the promenade, we wanted to show the heterogeneity of the project throughout its circulation.

SECTION A

SECTION B

SECTION C

Render designed designed by one member of the team

The site is located in the coastal city of Las Palmas de Gran Canaria, Spain. One of the main beaches of the city, known as Las Alcaravaneras, can be reached by a long homogeneous seaside pedestrian promenade. The main strategy is based in organizing the businesses and the original program under the Wave promenade. The promenade can guide the pedestrians through all the different shops and businesses while creates, at the same time, a relation with the port, the sea and the city.

The result will give to the city of Las Palmas, a transition from the cosmopolitan urban style, to the typical environment of the port.

Render designed designed by one member of the team



ORIINS LANDSCAE ROU ROECT 2016 UNIVERSIDAD POLITÉCNICA DE VALENCIA

In Valencia, a region of Spain, where production of rice is the main activity for centuries, the village of Catarroja has lost this tradition. Because of that, the autochthonous animals and vegetation are being lost. The projectâ&#x20AC;&#x2122;s aim is the recuperation of the essence of this fragile area, bringing back the biodiversity. Thanks to the different ideas which will bring back the area to its origins, the landscape will attract a different type of visitors what would treat the area with the respect that deserves. After studying and doing researches about how the area used to be, the solution to re-activate the area of Catarroja consists in a serial of long term actions.

FIRST PHASE

Those actions will consist in slowly switching those destructive nowadays activities for those which will create a passive relation with the area and so will bring it back to how it used to be.

BEFORE

AFTER

BEFORE

AFTER

BEFORE

AFTER

Each action will belong to one phase. So when we will reach the third phase, in twenty years, Catarroja would have again the potential that used to be in 1950. Some of these actions will be relocating the current parking area to the entrance of the area, so the empty surface that would leave behind can be used as a landscape interpretation area.

SECOND PHASE

Those zones where nowadays are used for picnics and barbecues, will be used for re-activating the port and piers. Also, a museum and a restaurant about the fishing and rice activities in Catarroja are proposed.

THIRD PHASE

BEFORE

This photomontage was designed by one member of the team

AFTER



THE IRON IANT ARCHITECTURE FINAL ROECT THESIS 2019 UNIVERSIDAD DE LAS PALMAS DE GRAN CANARIA

The second part of my thesis project was about designing a building that would connect somehow the nature of the new green lung and the industrial activity of the city of Stuttgart. To succeed, the main project is divided in two other projects with different growing speeds:

COMPARATIVE OF SCALES BETWEEN DIFFERENT CIRCULAR SHAPE BUILDINGS IN FLOOR PLAN

STRUCTURAL SYSTEM: STRUCTURAL TREES TO HOLD THE ROOF

— A metal 200 m diameter length permanent roof, held by a mesh of serial tree shape pillars. — Under it a center for future mobilities for the house Mercedes-Benz will be designed. These buildings will have a flexible structure which will allow all the buildings to be modified on the same speed as the society and so the transportation will evolve.

The point of holding the roof using this system, is for not losing the infinite movements that the park allows. In this way, the roof gives a covered area for new activities. The shape of the pillars is motivated by the relation between the architecture and the trees of the park.

GROUNDFLOOR

FIRST FLOOR

SECOND FLOOR

THIRD FLOOR

Section A

Section B

Section C

DECOMPOSITION OF THE LAYERS OF THE BUILDINGS

Section D

01. Mechanical fixing by means of stainless steel screws. 02. Protection layer of aluminum panels. 03. Modified bituminous sheet waterproofing of oxasphalt. 04. Non-hydrophilic thermal-acoustic insulation of rock mineral wool (MW) of λ = 0.035 W / mK. 05. Support made of corrugated sheet steel. 06. Upper cords of the structural steel truss HEB 160 of structural steel S 275. 07. Uprights and diagonals of the HEB 120 laminated profile truss made of S 275 structural steel. 08. Protection of the aluminum perliferous grid gutter. 09. Collection channel of aluminum profiles. 10. Aluminum profiles coping. 11. Exterior cladding of aluminum panels with back clamps. 12. Rastrel of aluminum profiles. 13. Secondary structure of the facade of laminated profile HEB 160 of structural steel S 275. 14. Thermo-acoustic polyurethane foam (PUR) insulation of λ = 0.035 W / mK. 15. Perimeter bracing truss made of double laminated profiles UPN 140 structural steel S 275. 16. Thermal-acoustic insulation of rock mineral wool (MW) of λ = 0,035 W / mK. 17. Exterior cladding of aluminum panels. 18. Hanging cladding system formed by panels bolted to T-profiles, in turn hung to C aluminum profiles. 19. Practical metallic steel grid on rainwater collection gutter. 20. Hanging cladding system formed by panels bolted to T-sections, in turn hung to aluminum C-profiles. 21. Exterior cladding of aluminum panels. 22. Self-adhesive tape made of EPDM rubber (polyethylene propylene diene monomer), with butyl base. 23. Ventilated chamber. 24. Vapor barrier (UV resistant). 25. Aluminum rivet. 26. Horizontal board. 27. Aluminum wall fixing bracket. 28. Aluminum panel rivet. 29. Non-hydrophilic thermo-acoustic insulation of rock mineral wool (MW) λ = 0.035 W / mK. 30. Vertical profile. 31. Aluminum wall fixing. 32. Thermal bridge break shoe. 33. Supporting system for the ventilated façade, formed by uprights and crossbeams of double laminated peripherals UPN 140 made of S275 structural steel.

CONSTRUCTION DETAIL OF THE FACADE

PLAN OF FIREMEN ACCESSIBILITY TO THE BUILDING

25x30

IPE 300

HE 340 B

IPE 300

(68)

IPE 300

P60

IPE 300

HE 340 B

P59

IPE 300

P58

IPE 300

HE 340 B

P57

IPE 300

342

IPE 300

(58)

15 P61

HE 340 B

P56

(68)

P70

IPE 300

HE 340 B

(48)

P68 HE 340 B

Pórtico 14 IPE 200

25x15

IPE 300

HE 340 B

P67 HE 340 B

Pórtico 30

Pórtico 28 Pórtico 13 P69

Pórtico 11

IPE 300

P72 25x30 Pórtico 15

Pórtico IPE 12 200

319

P71

25x30

(66)

P55

P66 HE 340 B

IPE 300

319

IPE 300

(58)

P65 HE 340 B

IPE 300

P64 HE 340 B

IPE 300

P63 HE 340 B

IPE 300

Pórtico 16

P62

P54 HE 340 B

HE 340 B

IPE 300

(68)

IPE 300

P53

IPE 300

P52

IPE 300

P51

IPE 300

409

IPE 300

(58)

HE 340 B

P50

IPE 300

P49

Pórtico 10

IPE 300

HE 340 B

IPE 300

P48

HE 340 B

IPE 300

HE 340 B

P47 HE 340 B

HE 340 B

IPE 300

(68)

IPE 300

P46

IPE 300

P45

IPE 300

P44

IPE 300

409

(58)

IPE 300

HE 340 B P43

IPE 300

HE 340 B P42

Pórtico 9

IPE 300

HE 340 B P41

P40 HE 340 B

HE 340 B

IPE 300

(68)

IPE 300

P39

IPE 300

P38

IPE 300

P37

IPE 300

409

(58)

IPE 300

HE 340 B P36

IPE 300

HE 340 B P35

Pórtico 8

IPE 300

HE 340 B P34

P33

409

IPE 300

(3045)

HE 340 B

IPE 300

Pórtico 25

IPE 300

265

IPE 300

P25

(2205)

HE 600 B

HE 340 B

147

Pórtico 40

P17

HE 340 B P16

IPE 300

P15

Pórtico 39

Pórtico 38

Pórtico 37 HE 340 B

P14

P73

Pórtico 36

Pórtico 35

Pórtico 34

Pórtico 33

Pórtico 31

Pórtico 27

Pórtico 29

HE 600 B Pórtico 2

HE 340 B P24

P19 IPE 300

IPE 300 Pórtico 22

Pórtico 20

Pórtico 19

HE 340 B P23

Pórtico 6

IPE 300

265

IPE 300

Pórtico 21

IPE 300

Pórtico 18

P18 Pórtico 3

(525)

HE 340 B P22

IPE 300

Pórtico 5 P21

HE 340 B P32

P26

HE 340 B

HE 340 B P31

Pórtico 26

Pórtico 23

(56)

Pórtico 4

P13

HE 340 B P30

IPE 300

(144)

P20

HE 340 B P29

IPE 300

HE 340 B P28

Pórtico 7

Pórtico 32

HE 340 B P27

IPE 300

P12

IPE 300

P11

IPE 450 P1

Pórtico 1

Pórtico 41

IPE 300 Pórtico 24

STRUCTURAL TIPOLOGY OF THE BUILDINGS.

Pórtico 17

IPE 300

IPE 450 P2

IPE 450 P3

IPE 450 P4

IPE 450 P5



LAROUND FOR OŠ MAJDE VRHONIK SCHOOL ARCHITECTURE ROECT 2019 OFIS ARHITEKTI d.o.o. LJUBLJANA

low fence +0.27 m

6.0

+0.18 m

B2 PROSTO R ZA JAVNI PROGRA M 81

3.0

±0,00

tuji p arce li

nabira lniki VHOD

dovo z-s lužn ost n a

oz zaelhoendn ite fasade e v

B1 VHODNI DEL 44,4 m2

pe dvšč oren išče o

VO PODN VRAŠI ribnik, NA lokvan lapida ji, rij šumenj , vode e

IGST RIEZ ŠKAA

kolesa

južno

spreha

jališče

ORG

ANIC

This aim of this project is to redesign the playground of a primary school in the centre of Ljubljana. The playground is organised in a way that the kids will be encouraged to play with more challenging games.

gabrov h=1,4 a živa meja m

NAIL UČ NICA PROSTE peščen M a površi na

+0.42 m

naform zasadi alna tev gr movn

+0.25 m

22.5%

+0.23 m

+0.21 m +0.35 m

Nova ograja kot npr. SOCCER COURT SILENTIQ Obnovljena ograja Prašno barvana, višina 1,20m

For the smaller kids, there will be an area with green spaces and simple games. Next to it, a “jungle” of strings, trees and sticks for climbing will announce the kids that they are going inside the older kids playground.

Tunel

+1.14 m

Nova ograja tekstilna mreža Odstranitev korit in ograje Obstoječa klančina Travnata površina

Tunel

20 ptičjih valilnic - izdelki otrok Na drevesih območja prve triade

Novo ustvarjen hrib zunanji tlak, kot npr. CONICA, conica EPDM S, barva 6037(zelena)

+0.18 m -1.00 m

Obstoječe drevje Potrebno obrezati

This last playground for old kids will have the highest and the most difficult games for kids with ages between 9 and 12 years old.

30,20m2 siv zunanji tlak

+0.25 m

igrišče prve triade

Obstoječe mize Les

32,80m2 siv zunanji tlak

Novo ustvarjen hrib s toboganom -0.39 m zunanji tlak, PU tartan, kot npr. CONICA, conica EPDM S, barva 7037(siva)

Linijska grafika v tleh PU tartan kot npr. CONICA, conica EPDM S, barva 9010(bela) Obstoječa rešetka

+0.80 m

Novo plezalo M870 - podarjeno s strani PAZ!PARKa zunanji tlak, PU tartan, kot npr. CONICA, conica EPDM S, barva 7037(siva) Ostranitev peska Nov vrtiljak GXY916 zunanji tlak, PU tartan, kot npr. CONICA, conica EPDM S, barva 7037(siva)

Novo mrežno plezalo CO414001 zunanji tlak, PU tartan, kot npr. CONICA, conica EPDM S, barva 6037(zelena)

7.26%

±0.00 m

Nova kovinska gugalnica KSW 92008 zunanji tlak, kot npr. CONICA, conica EPDM S, barva 7037(siva)

PU tartan,kot npr. CONICA, conica EPDM S, barva 7037(siva)

45%

±0.00 m

+0.12 m

42,42m2 siv zunanji tlak

+1.00 m

Nova ograja kot npr. SOCCER COURT SILENTIQ

pitnik

62,33m2 siv zunanji tlak +1.50 m

+0.04 m

Novo kovinske vese PCM803 zunanji tlak, PU tartan kot npr. CONICA, conica EPDM S, barva 7037(siva)

+0.16 m +0.04 m

Linijska grafika v tleh PU tartan kot npr. CONICA, conica EPDM S, barva 6037(zelena)

Nov skakač TPP30108 zunanji tlak, PU tartan, kot npr. CONICA, conica EPDM S, barva 7037(siva) Obstoječe dvignjene gredice Les

klop

Nova ograja Kovinska, prašno barvana, višina 1,20m

Photos taken by OFIS arhitekti d.o.o.

-0.16 m

Obstoječi spomenik Odstranitev ograj in ponovna ureditev

+1.97 m

Krogle PU tartan,kot npr. CONICA, conica EPDM S, barva 6037(zelena) Krogle PU tartan,kot npr. CONICA, conica EPDM S, barva 6037(zelena)

+0.10 m

+0.04 m

-0.23 m

PU tartan,kot npr. CONICA, conica EPDM S, barva 6037(zelena) Novo ustvarjen hrib s toboganom zunanji tlak, PU tartan, kot npr. CONICA, conica EPDM S, barva 7037(siva) in 6037(zelena) Novo vzdolžno kovinsko plezalo COR103901 zunanji tlak, PU tartan, kot npr. CONICA, conica EPDM S, barva 7037(siva) in 6037(zelena) +0.03 m

PU tartan,kot npr. CONICA, conica EPDM S, barva 7037(siva) -0.23 m

Nova ograja Kovinska, prašno barvana, višina 1,20m Znotraj zasajena, kombinacija gabra in trajnic

FLOORPLAN

Nova kovinska gugalnica KSW 92008

Novo ustvarjen hrib s toboganom

Nov vrtiljak GXY916

Novo vzdolžno kovinsko plezalo COR103901

Nova ograja

Novo ustvarjen hrib s toboganom

zunanji tlak, kot npr. CONICA, conica EPDM S, barva 7037(siva)

zunanji tlak, PU tartan, kot npr. CONICA, conica EPDM S, barva 7037(siva)

zunanji tlak, PU tartan, kot npr. CONICA, conica EPDM S, barva 7037(siva) in 6037(zelena)

tekstilna mreža

zunanji tlak, kot npr. CONICA, conica EPDM S, barva 6037(zelena)

Novo plezalo M870 - podarjeno s strani PAZ!PARKa

Nov skakač TPP30108

zunanji tlak, PU tartan, kot npr. CONICA, conica EPDM S, barva 7037(siva) Ostranitev peska

zunanji tlak, PU tartan, kot npr. CONICA, conica EPDM S, barva 7037(siva)

Drsna vrata z integriranim osnovnim vhodom Kovinska, prašno barvana, višina 1,20m

zunanji tlak, kot npr. CONICA, conica EPDM S, barva 6037(zelena)

Nova ograja Kovinska, prašno barvana, višina 1,20m

Nova linijska zasaditev ob ograji

igrišče prve triade

igrišče druge in tretje triade

Obstoječe drevje Potrebno obrezati

20 ptičjih valilnic - izdelki otrok Na drevesih območja prve triade Obnovljena ograja Prašno barvana, višina 1,20m

Novo ustvarjen hrib

Glavni vhod



HOTEL OHIN REHAILITATION ARCHITECTURE ROECT 2019-2020. OFIS ARHITEKTI d.o.o. LJUBLJANA

s:88X235 z:120x260

V14 s:113X210 z:130x215 oznaka požarne odpornosti:

These last four months, I have been working on the project about the renovation of Hotel Bohinj. My work consisted in designing the new floor plans, sections and facades. Besides, I have detailed every door and window that will be implemented in the new hotel.

opis:

Zunanja vrata za povezavo med kletjo in zunanjostjo na Zahodni fasadi

O1 p:0

1 kos 1 levo

EN1125

s:88X175 z:120x190

O1n p:34

s:88X229 z:120x263

O1w p:0 - POZOR! NOTRANJE KRILO ALU F

O16w

čez pločevinasto krilo je nalepljena dodatna okrasna perforirana pločevina

194

p= 0

110

Zn1

V30

S:9 Z : 9/205 Vra 110/2 ta z 10 elek.

K0.13.2 Kuhinja-Shramba

ZU01

klju

čavn

140

ico

p= 93

p:0 - POZOR! NOTRANJE KRILO ALU

O1b p:0

1 desno 1 levo 0 desno 0 levo 1 desno 1 levo

krilno okno

1 desno

S:7 0 Z : 8/210 80/21 0

11 250

O10

100

K0.13.1 Servisne komunikacije

p= 153

Nowadays I’m working with the team on the PZI phase, drawing the construction details of the main areas of the hotel.

K0.07.1 Spalnica 28.90 m²

18.59 m²

p= 153

-2,84

K0.17

S: 8 Z : 72/20 80/215 0

9.12 m²

Zn1

K0.13.7 Kuhinja-Shramba

konvektor

Z2a

Zn3

S:8 Z : 0/205 EI1 90/21 30-C 0 5

K0.13.5 Kuhinja-Shramba

V22

S:8 Z : 0/205 EI1 90/21 30-C 0 5

Zn7

Skrit lesen okvir

Zn1

13.

S:9 Z : 0/205 EI1 100/2 60-C 10 5

K0.06.1 Spalnica 26.09 m²

-0.8 -2.00

10.

250

p= 0

220

BA K0.06 06

soba

S: 6 Z : 90/21 90/210 0

K0.13.7 Kuhinja-Hodnik

S: 3 Z : 90/20 100/25 10

balkon

11.

alu kljuka

kljuka se aktivira s kartico

K0.13.6 Kuhinja-Shramba

7.49 m²

10.12 m²

konvektor

ZU01

Kljuka skladna z EN1125

O10

100

S: 8 Z : 72/20 80/215 0

3.00 m²

kartični čitalec je na steni

-0.8 -2.00

Zn1

trojni termopan steklo

leseno vratno krilo

O10

100

13.24 m²

p= 0

220

S: 9 Z : 71/20 80/215 0

S: 7 Z : 81/20 90/215 0

12.

K0.13.4 Kuhinja-Shramba

Zn1

14.

K0.13.8 Kuhinja-Hodnik

transparentno troslojno steklo

lesen okvir macesen

10.06 m²

ZU01

9 kos 5 desno

spuščen lesen strop ( skriti okvir)

2 levo

obloga iz pločevine deb.3mm prašno barvano

140

s:88X229 z:120x263 s:88X215 z:120x230

horizontalna letev iz macesna 5/8cm

K0.07.2 Kopalnica 5.00 m²

4 levo

okna z isto tipologijo

KERAMIKA

Krilno okno z lesenim okvirjem (vse pozicije v Welnessu imajo notranji okvir oblečen v alu!)

opombe:

opombe: 13

opis:

oznaka požarne odpornosti:

0 desno

14.07 m²

Zn1 V2

S: 6 Z : 90/21 90/210 0

KERAMIKA V1

K0.06.2 Kopalnica 5.02 m²

S:9 5 Z : 2/205 102/2 10

Zn1

p= 0

120

S:7 0 Z : 8/210 80/21 0

Z2a

250

-0.8 -2.00

V24

K0.05.1 Spalnica 26.83 m²

S:9 Z : 0/205 EI1 100/2 60-C 10 5

S: 1 Z : 180/2 190/205 10

Zn7

220

p= 0

250

K0.14.1 Tehnični prostor 46.79 m²

S:7 0 Z : 8/210 80/21 0

K0.05

K0.05.2 Kopalnica 5.42 m²

TIČNO

KERAMIKA

250

p= 0

220

K0.

250

p= 0

120

OBLO

260 250 p= 0

ZU01

260 250 p= 0

O3w

90 250 p= 0

ZU3

90 250 p= 0

O4w

250

O4k

315 250 p= 0

ZU3

O3k

315 250 p= 0

O3k

Zn7

-0.80 -1.60

K0.15.2 Sejna soba 2

p= 0

24.57 m²

S:7 0 Z : 8/210 80/21 0

KERAMIKA

K0.03.2 Kopalnica 5.40 m²

S:809

90 250 p= 0

K0.12.2 Prostor za čistilko

292.3 250 p= 0

kljuka EN179 na notranji strani

kartični čitalec je na steni

skrita nasadila

vratno krilo:

kovinsko, čez pločevinasto krilo je nalepljena dodatna okrasna perforirana pločevina silindrična, panik kljuka

obloga iz pločevine deb.3mm prašno barvano

/20 90/215 0

okovje, kljuka:

okovje:

skrita nasadila

okensko krilo:

vratno krilo:

leseno macesnovo, lesene deske v vertikalni smeri, krilo razdeljeno na 4 polja, krtačen les

ključavnica:

STUDY OF DIFFERENT DOORS TYPOLOGIES

-0.8 -2.00

V19

9.81 m²

S:80/205 Z : 90/210

-0.80 -1.60

Zn4a S:80/205 Z : 90/210

K0.W.01.6 Hodnik

50.54 m²

K0.W.01.5 Hodnik

T M

S:81.3/205 Z : 91.4/210

Tehnični prostor

K0.W.01.11 WC

Zn1

S:69.6/205 Z : 80/210

K0.W.01.9 HAMMAH/ VIP soba

S:70/210 Z : 70/210

K0.1.1 Spalnica 19.54 m²

J S

SOBA 01

SEF

SOBA 02

S:80/205 90/210 Z :V9 30-C5 EI1S:80/205 Z : 90/210 EI1 30-C5

S:80/205

Z : 90/210 V9 EI1 30-C5 S:80/205 Z : 90/210 EI1 30-C5

S:69.6/205 Z : 80/210

K0.02.1 Spalnica 18.93 m²

S:78/205 Z : 90/210

SEF

3.20 m²

K0.W.01.20 Hodnik

30.79 m²

S:100/205 Z : 159/210 EI1 60-C3

K0.W.01.18 Tuši

K0.W.01.15 Finska Savna

K0.W.01.16 Parna Savna

K0.08

F. K0.09.1 Spalnica 19.61 m²

Zn1

K0.08.2 Kopalnica 5.76 m²

K0.09.2 Kopalnica 5.79 m²

K0.W.01.13 WC 03

KERAMIKA S:61.2/206 Z : 69.6/210

K0.W.01.11 Himalajski zidaki

S:61.2/205 Z : 70/210

ZU01 K0.W.01.14 Predpostor

K0.08.1 Spalnica 18.44 m²

V12

KERAMIKA K0.17.2

S:80/205 Z : 90/210

WC 01

KERAMIKA

S:78/210 Z : 80/210

V13

S:65/205 Z : 75/210

K0.16.1 Prostor za opremo

-3.02 -3.82

4.17 m² K0.12.4 Servisni prostor 2

10.79 m²

K0.17.3 WC 01

V10

S:78/210 Z : 80/210

4.22 m²

11.76 m²

Z5 V10

S:80/205 Z : 90/210

SOBA 08

ogledalo

Č.

V12

SEF

40.87 m² SOBA 09 K0.09

K0.W.01.17 Ležalniki za relax zono

S:120/205 Z : 130/210 EN1125

S:80/205 Z : 90/210

umivalnik - kerok

SEF

-3.02 -4.22

V16

V18

ogledalo

S:61.2/206 Z : 69.6/210

Zn1

ogledalo

EI1 30-C5 Z : 90/210 S:80/205

S:78/205 Z : 90/210

K0.W.01.12 WC 02

K0.W.01.19 Teh. prostor

S:100/205 Z : 159/210 EI1 30-C5 EN179

S:100/205 Z : 110/210 EI1 30-C5 EN179

S:80/205 Z : 90/210 EI1 30-C3

15.58 m²

16.19 m²

umivalnik - kerok

-2,84

-3.02 -3.82

V17 V11

K0.11.1 Komunikacije 01

S:100/205 Z : 159/210 EI2 30-C3 EN179

-0.80 -1.60

11.61 m²

K0.02.2 Kopalnica 5.76 m²

K0.02

K0.01.2 Kopalnica 5.79 m²

K0.01

K0.W.01.2 Čakalnica Garderoba

Zn6

KERAMIKA

Š P K0.W.01.1 Recepcija

K0.W.01.4 Masaža 02

K0.W.01.10 Predprostor

S:80/205 Z : 90/210 EI1 30-C3

S:90/205 Z : 100/210 EI1 60-C5

S:69.6/205 Z : 80/210

-0.8 -2.00

K0.12.1 Servisni prostor

V11

S:78/210 Z : 80/210

V24

S:69.6/205 Z : 80/210

10.66 m²

V10

S:78/210 Z : 80/210

V R Š

N Zn1 V2

konvektor

Z3 V10

K0.W.01.7 Masažna SPA kada Era Plus

ZU01

S:80/205 Z : 90/210

konvektor

K0.W.01.3 Masaža 01

ogledalo

43.77 m²

K0.W.01.6 Vodni ležalnik za relax zono

V15

S:90/205 Z : 100/210 EI1 30-C3

KERAMIKA

-3.02 -3.82

K0.17.1 WC 01 S:65/205 Z : 75/210

S:65/205 Z : 75/210

Zn4a konvektor

konvektor

89.98 m²

S:65/205 Z : 75/210

-3.02 -3.82

S:65/205 Z : 75/210

D V14

S:120/205 Z : 130/210 EN1125

O11

191 250 p= 0

O12k

90 250 p= 0

O3k

260 250 p= 0

O4k

O13w

ZU3

191 250 p= 0

90 250 p= 0

O14w

164 250 p= 0

O15w

120 250 p= 0

ZU3

-3.02 -4.22

O16w

ZUNANJI BAZEN

Globina 1.20 m

TLORIS KLETI Z NOVIMI TEMELI DOZIDAVE

FLOORPLAN 0

O1b

120 230 p= 0

120 250 p= 0

O16w

120 250 p= 0

SOUTH FASADE

O4b

315 230 p= 0

315 250 p= 0

O15w

164 250 p= 0

O4b

315 230 p= 0

315 250 p= 0

O3b

90 230 p= 0

90 250 p= 0

O3b

90 230 p= 0

90 250 p= 0

315 250 p= 0

90 250 p= 0

O15w

O14w

164 250 p= 0

cilindrična ključavnica za sistemski ključ, poravnana z oblogo

- na mestu montaže je potrebno narediti predizmere in vrata prilagoditi dejanskim meram! Vse mere preveriti na mestu po izvršenih gradbenih delih, vsa odstopanja od dejanskih mer, vse izvedbe, materiale, obdelave in barve uskladiti z arhitektom - vključen ves montažni material, podkonstrukcija - izvajalec obvezno izdela delavniške risbe ter dobavi vzorce, ki jih potrdi arhitekt

13.32 m²

višje kvalitete - masiven lesen, macesen, krtačen, barvan v RAL kot leseni elementi - kvadratni profil (ne zaobljen)

kartični sistem

kljuka:

K0.12.3 Prostor za čistilko

S:8 Z : 0/205 EI1 90/21 30-C 0 5

S:6 Z : 5/205 75/21 0

okovje:

-2,84

O5k

vgradnja med zidane stene ali betonske stene, suhomontaža po detajlu - masiven lesen, macesen, krtačen, barvan v RAL kot leseni elementi - kvadratni profil (ne zaobljen)

kljuka:

88.30 m²

250

120 250 p= 0

O3w

okenski okvir:

ključavnica:

-0.80 -1.60

O2w

- masiven lesen - stik s steno je izveden s poglobljeno senčno fugo, kitano s trajno elastičnim kitom - poravnan s krilom v eno ravnino

S: 1 Z : 180/2 190/205 10

V13

O2w

podboj:

K0.10.2 Hodnik 02

K0.04.2 Kopalnica 5.46 m²

konvektor

O1w

svetla odprtina okna s:88x235

vgradnja:

- kovinski, prašno strukturno barvan

- avtomatsko talno tesnilo (giljotina) -0.80 -1.60

KERAMIKA

K0.

S:65/205 Z : 75/210

dimenzije:

podboj:

-0.8 -2.00

S:7 0 Z : 8/210 80/21 0

Z2a

K0.03.1 Spalnica 26.87 m²

V13

vgradnja med zidane/betonske ali MK stene, suhomontaža po detajlu

TAPISON NEGORLJIV S POTISKOM

K0.04.1 Spalnica 26.75 m²

p= 0

svetla odprtina vrat s:80X205

vgradnja:

Zn7

120

USTIČ

S:8 Z : 0/205 EI1 90/21 30-C 0 5

dimenzije:

vgradnja med zidane/betonske ali MK stene, suhomontaža po detajlu

28.04 m²

S:8 Z : 0/205 EI1 90/21 30-C 0 5

LIRAN

K0.15.1 Sejna soba 1

Z2a

220

IZO

O, AK

S: 0 Z : 90/20 100/25 10

konvektor

ZU01

svetla odprtina vrat s:113X210

vgradnja:

AKUS

konvektor

dimenzije:

90 250 p= 0

O4b

315 230 p= 0

315 250 p= 0

O13w

260 250 p= 0

O4b

315 230 p= 0

315 250 p= 0

260 250 p= 0

O3b

90 230 p= 0

90 250 p= 0

O3b

90 230 p= 0

90 250 p= 0

O12b

191 230 p= 0

O12

191 250 p= 0

O12

191 250 p= 0

O29

O12

O38

200 250 p= 0

O29

O36

200 250 p= 0

191 250 p= 0

O41

163 230 p= 0

200 250 p= 0

O29

90 250 p= 0

O40

159 230 p= 0

200 250 p= 0

O28

200 250 p= 0

O35

162 250 p= 0

O27

177 329 p= 0

O34

220 221 p= 0

O26

220 299 p= 0

O33b

139 184 p= 0

O25b

139 329 p= 0

     .o