Portfolio Daniela Reibnegger
13
PORTFOLIO DI DANIELA REIBNEGGER
description
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Transcript of Portfolio Daniela Reibnegger
PORTFOLIODI DANIELA REIBNEGGER
EXPERIENCE
DI DANIELA REIBNEGGER
[email protected] +31 686 820821
Studied and worked in Vienna, AUSTRIASince January 2015 in Utrecht
Date of birth: 11.08.1982
3 years post-qualification experience: 2011-13 “Franz Schauer Architekt”, 1060 Vienna,
Conversion of 1171m² residential house + new attic floor Erdbergstrasse 110, 1030 Vienna Drawings and project management of 21 apartments:
structural survey, project design, building design, working drawings, details bills of quantity, calculation (ABK), weekly site management, records, accounting control, timetable correspondence with government agency, client and workers.
Complementary to this project I mentored a semester at a gymnasium in Vienna in order to teach about the job of an architect. I assigned the students to work out designs and together we built architectural models of their concepts.Residential Attic floor, 4 apartments, around 400m² Untere Augartenstrasse, 1020 Vienna Assistant project management
Correspondence with government agencies, client and workers, calculation, records, weekly site managementFamily residences in Austria Drawings and assistant project management
Project design, building design, working drawings, detailsConversion of apartments and interior design Drawings and project managment
Building design, working drawings for the carpenter, project management
2009-10 Company “ThalerThaler Architekten”, 1070 Vienna
New residence building Iberisweg 1220 Vienna, 100 apartments Gartenheimstrasse 1220 Vienna, 9 Apartments building design, details project design, visualizationCompetition Waagner-Biro Strasse, Residential, Graz, Drawings and Visualization Hofkellerei Wilfersdorf (Winery), Wilfersdorf, Drawings and Visualization Headquarter ASFiNAG, Innsbruck, Drawings and Visualization
Education:
2009 Master of Architecture (DI), Technical University of Vienna THESIS with distinction in June 2009 O.Univ.Prof.Dipl-Ing. William Alsop (ALSOP architects) Institute of Construction and Design Topic of Thesis: “AODILI” - Austrian Pavilon Expo 2010 in Shanghai2008 Exchange student in Shanghai, China, Tongji University02-09 Studies, TU Vienna97-01 BORG, Gymnasium with Matura, Treibach/Althofen 93-97 Primary School, St.Veit/Glan
Programming skills: 2D AutoCAD ABK, Tender/- Calculation software GEQ, Energy Performance Certificate 2D/3D ArchiCAD 3D Rhino (Thesis) VRAY Artlantis Render Adobe Suite Office programsLanguage: Native German speaker Advanced English, English course once a week in Utrecht Dutch course starting in February I get the most satisfaction when I can implement my ideas and creativity in a project.This typically happens with trust and good communication between the architect, the client and the workers. Beeing the person primarily responsible for the Erdbergstrasse project showed me first hand the impact of this circumstance to our field of work.
About meI love to be in nature and on weekends I spend my time western horse riding, skitouring, tourcycling and trekking. During the week I love to do Yoga and visit cultural events. If it`s cold and dark in the Winter time I like to sit on my couch with a good movie and my knitting needles.
Between May 2013 and September 2014 my partner and I were on an extensive bicycle trip (12.000km from Turkey via Central Asia to India). If you want to know more about me and our stories on the bike,
visit www.poab.org
Education:
2009 Master of Architecture (DI), Technical University of Vienna THESIS with distinction in June 2009 O.Univ.Prof.Dipl-Ing. William Alsop (ALSOP architects) Institute of Construction and Design Topic of Thesis: “AODILI” - Austrian Pavilon Expo 2010 in Shanghai2008 Exchange student in Shanghai, China, Tongji University02-09 Studies, TU Vienna97-01 BORG, Gymnasium with Matura, Treibach/Althofen 93-97 Primary School, St.Veit/Glan
Programming skills: 2D AutoCAD ABK, Tender/- Calculation software GEQ, Energy Performance Certificate 2D/3D ArchiCAD 3D Rhino (Thesis) VRAY Artlantis Render Adobe Suite Office programsLanguage: Native German speaker Advanced English, English course once a week in Utrecht Dutch course starting in February I get the most satisfaction when I can implement my ideas and creativity in a project.This typically happens with trust and good communication between the architect, the client and the workers. Beeing the person primarily responsible for the Erdbergstrasse project showed me first hand the impact of this circumstance to our field of work.
About meI love to be in nature and on weekends I spend my time western horse riding, skitouring, tourcycling and trekking. During the week I love to do Yoga and visit cultural events. If it`s cold and dark in the Winter time I like to sit on my couch with a good movie and my knitting needles.
Between May 2013 and September 2014 my partner and I were on an extensive bicycle trip (12.000km from Turkey via Central Asia to India). If you want to know more about me and our stories on the bike,
visit www.poab.org
EDUCATION
RENOVATIONPROJECT EXTENSION ATTIC FLOOR1171m² - 21 ApartmentErdbergstrasse, 1030 ViennaArchitekturbüro Schauer
structural surveyproject designbuilding design working drawingsdetailscalculation (ABK)
projectmanagment
Extract Building Design
Redesign of the floor plan
Renovation and redesign
AL
PH 0,02
220
90
AL
PH 0
,02
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AL
PH 0
,85
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AL
PH 1,85
191 50
DG
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DGL
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+ 3,15 = FBOK
+3,15= OK Terrasse
+3,15=1.OG
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20 STG16/30
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R75
R75
R75
RR ø 100
AR ø 100RR ø 100
AR ø 100RR ø 100
AR ø 100RR ø 100
AR ø 100 AR ø 100RR ø 100
AR ø 100
AR ø100
OK Brüstung=100 ü.FFOK
OK Brüstung =100 ü. FFOK
OK Brüstung=100 ü.FFOK
OK Brüstung =100 ü. FFOK OK Brüstung =100 ü. FFOKOK Brüstung =100 ü. FFOK
2%2%
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RigolRigol
OK Gel. 100 ü. FFOK
OK Gel.100 ü. FFOK
R75
R75
2%
2%Rigol
BEGV
RR ø
100
BEG
V
ZIMMER1 1 ,0 6 m2
ZIMMER1 3 ,3 5 m2
A R2 ,2 4 m2
WOK Ü4 2 ,3 8 m2
BA D4 ,4 5 m2
WC2,20 m2
LOGGIA7,03 m2
WOHNK ÜCHE3 7 ,2 3 m2
ZIMMER1 1 ,5 3 m2
ZIMMER1 1 ,6 9 m2
L OGGIA6 ,0 8 m2
BALKON7,45 m2
BA D6 ,6 2 m2
A R3 ,2 4 m2
V R1 7 ,9 4 m2
WC1 ,5 6 m2
L OGGIA9 ,2 1 m2
L OGGIA5 ,3 8 m2
WOKÜ28,69 m2
WC1 ,5 1 m2
V R3 ,1 5 m2
ZIMMER10,97 m2
BAD4,62 m2
L OGGIA4 ,4 0 m2
L OGGIA9 ,2 9 m2
WC1 ,8 6 m2
WOKÜ36,28 m2
V ORRA UM5 ,1 1 m2
A R4 ,2 9 m2
L OGGIA9 ,6 3 m2
WC1 ,3 5 m2
WOK Ü2 9 ,6 3 m2
A R1 ,9 7 m2
ZIMMER1 3 ,4 2 m2
BA D4 ,5 1 m2
V R1 0 ,4 5 m2
S T G2 0 ,0 8 m2
ZIMMER1 3 ,6 6 m2
VR2,99 m2
GANG10,24 m2
AL
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DGL
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l.
±0,00=-0,15 u. WN
+3,15
+6,00
+2,53=DUK+2,80
+9,31
-0,02
+6,26 = OK Terr.
+5,50+5,65
+8,50
+6,40 = OK Brüstung
+6,26 = FOK Terrasse
-0,09 = -0,24 u.WRN-0,09 = Gel.
+2,42 = DUK
-3,4=-3,57 u.WRN
1550
202,
5015
2,70
153,
0037
3,05
550
6,50
4,50
+9,35 +9,35 = OK Attika
+2,42
+10,91
-0,02
553,
423,
152,
853,
2015
505
3,05
372,
5030
2015
2,50
2015
3,20
15
99,
201,
71
+4,13
502,
9416
2215
2,50
3020
1585
1,42
23 2015
262,
168
2050
15
+10,02
+2,40
+10,50
D01
D02
D02
AD02
AD03
AD02
AD01
AD01
FAHRRADER
ZIMMER
K G
EG
1 . OG
DG
PergolaMaschengitter
WOKÜ
ZIMMER
Gang
Fahrradabstell-platz
Pergola Maschengitter
Terrasse
Terrasse
OK Gel. ü. FOK 100 cm
> 2%
OK Brüstungsü. FOK 100 cm
> 2%
< 2%< 2%
Liftüberfahrt< min. 1,8 %
Terrassen-trennwand
OK Gel.ü. FOK 100 cm
ZIMMER
VR
GANG
OK Gel.ü. FOK 100 cm
>2%
RESIDENTIAL9 ApartmentsVienna
THALERTHALER ARCHITEKTENDesign: ThalerThaler
Project designBuilding designVisualization(Archicad, Artlantis Renderer)
Floor plan 1. OG
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191 50
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PH 0,02
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DGL
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PH 0,02
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L
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PH 0,85
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PH 0,85
323
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PH 0
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135
200
80
1
1
3
7
5
4 3
6
44 2
2
+ 3,15 = FBOK
+3,15= OK Terrasse
+3,15=1.OG
R75
R75R75
R75 R75 R75
R75
R75 R75
R75
R75
20 STG16/30
14 STG18,86/28,8016
STG
17,8
1/28
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R75
R75
R75
R75
R75
R75
R75
RR ø 100
AR ø 100RR ø 100
AR ø 100RR ø 100
AR ø 100RR ø 100
AR ø 100 AR ø 100RR ø 100
AR ø 100
AR ø100
OK Brüstung=100 ü.FFOK
OK Brüstung =100 ü. FFOK
OK Brüstung=100 ü.FFOK
OK Brüstung =100 ü. FFOK OK Brüstung =100 ü. FFOKOK Brüstung =100 ü. FFOK
2%2%
2%
2%
2%
RigolRigol
OK Gel. 100 ü. FFOK
OK Gel.100 ü. FFOK
R75
R75
2%
2%Rigol
BEGV
RR ø
100
BEG
V
ZIMMER1 1 ,0 6 m2
ZIMMER1 3 ,3 5 m2
A R2 ,2 4 m2
WOK Ü4 2 ,3 8 m2
BA D4 ,4 5 m2
WC2,20 m2
LOGGIA7,03 m2
WOHNK ÜCHE3 7 ,2 3 m2
ZIMMER1 1 ,5 3 m2
ZIMMER1 1 ,6 9 m2
L OGGIA6 ,0 8 m2
BALKON7,45 m2
BA D6 ,6 2 m2
A R3 ,2 4 m2
V R1 7 ,9 4 m2
WC1 ,5 6 m2
L OGGIA9 ,2 1 m2
L OGGIA5 ,3 8 m2
WOKÜ28,69 m2
WC1 ,5 1 m2
V R3 ,1 5 m2
ZIMMER10,97 m2
BAD4,62 m2
L OGGIA4 ,4 0 m2
L OGGIA9 ,2 9 m2
WC1 ,8 6 m2
WOKÜ36,28 m2
V ORRA UM5 ,1 1 m2
A R4 ,2 9 m2
L OGGIA9 ,6 3 m2
WC1 ,3 5 m2
WOK Ü2 9 ,6 3 m2
A R1 ,9 7 m2
ZIMMER1 3 ,4 2 m2
BA D4 ,5 1 m2
V R1 0 ,4 5 m2
S T G2 0 ,0 8 m2
ZIMMER1 3 ,6 6 m2
VR2,99 m2
GANG10,24 m2
AL
PH 0,02
110
232
AL
PH 0,02
110
232
AL
PH 0,02
110
232
DGL
EI230
225
90
DGL
EI230
225
90
AL
PH 0
,02
220
210
L
L
L
L
L
L
L L
L
L
L
LL
L
R75R75
Bfl B
flBl G
l.
±0,00=-0,15 u. WN
+3,15
+6,00
+2,53=DUK+2,80
+9,31
-0,02
+6,26 = OK Terr.
+5,50+5,65
+8,50
+6,40 = OK Brüstung
+6,26 = FOK Terrasse
-0,09 = -0,24 u.WRN-0,09 = Gel.
+2,42 = DUK
-3,4=-3,57 u.WRN
1550
202,
5015
2,70
153,
0037
3,05
550
6,50
4,50
+9,35 +9,35 = OK Attika
+2,42
+10,91
-0,02
553,
423,
152,
853,
2015
505
3,05
372,
5030
2015
2,50
2015
3,20
15
99,
201,
71
+4,13
502,
9416
2215
2,50
3020
1585
1,42
23 2015
262,
168
2050
15
+10,02
+2,40
+10,50
D01
D02
D02
AD02
AD03
AD02
AD01
AD01
FAHRRADER
ZIMMER
K G
EG
1 . OG
DG
PergolaMaschengitter
WOKÜ
ZIMMER
Gang
Fahrradabstell-platz
Pergola Maschengitter
Terrasse
Terrasse
OK Gel. ü. FOK 100 cm
> 2%
OK Brüstungsü. FOK 100 cm
> 2%
< 2%< 2%
Liftüberfahrt< min. 1,8 %
Terrassen-trennwand
OK Gel.ü. FOK 100 cm
ZIMMER
VR
GANG
OK Gel.ü. FOK 100 cm
>2%
AL
PH 0,02
220
90
AL
PH 0
,02
220
110
AL
PH 0
,85
135
415
AL
PH 1,85
191 50
DG
L
EI23
0
200
90
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80
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80
200
DGL
PH 0,02
220
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DGL
225
90
80
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200
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AL
PH
0,0
2
220125
80
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AL
PH 0,02
210
220
80
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80
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200
80
200
DG
L
EI23
0
225
90
80
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80200
80
DG
L
EI23
0
90
200
AL
PH 0,85
210
135
AL
PH 0
,85 135
135
AL
PH 0,85
135
112
AL
PH 0,02
220
210
AL
PH 0,85
135
299
AL
PH 0,85
135
342
AL
PH 0,85
135
318
AL
PH 0,85
135
244
AL
PH 0,85
135
259
AL
PH 0,85
135
201
AL
PH 0,85
135
135
AL
PH 0,85
135
135
AL
PH 0
,85
135
430
AL
PH 0,85
120
135
AL
PH 0,85
323
135
AL
PH 0
,85 135
135
200
80
1
1
3
7
5
4 3
6
44 2
2
+ 3,15 = FBOK
+3,15= OK Terrasse
+3,15=1.OG
R75
R75R75
R75 R75 R75
R75
R75 R75
R75
R75
20 STG16/30
14 STG18,86/28,8016
STG
17,8
1/28
R75
R75
R75
R75
R75
R75
R75
R75
RR ø 100
AR ø 100RR ø 100
AR ø 100RR ø 100
AR ø 100RR ø 100
AR ø 100 AR ø 100RR ø 100
AR ø 100
AR ø100
OK Brüstung=100 ü.FFOK
OK Brüstung =100 ü. FFOK
OK Brüstung=100 ü.FFOK
OK Brüstung =100 ü. FFOK OK Brüstung =100 ü. FFOKOK Brüstung =100 ü. FFOK
2%2%
2%
2%
2%
RigolRigol
OK Gel. 100 ü. FFOK
OK Gel.100 ü. FFOK
R75
R75
2%
2%Rigol
BEGV
RR ø
100
BEG
V
ZIMMER1 1 ,0 6 m2
ZIMMER1 3 ,3 5 m2
A R2 ,2 4 m2
WOK Ü4 2 ,3 8 m2
BA D4 ,4 5 m2
WC2,20 m2
LOGGIA7,03 m2
WOHNK ÜCHE3 7 ,2 3 m2
ZIMMER1 1 ,5 3 m2
ZIMMER1 1 ,6 9 m2
L OGGIA6 ,0 8 m2
BALKON7,45 m2
BA D6 ,6 2 m2
A R3 ,2 4 m2
V R1 7 ,9 4 m2
WC1 ,5 6 m2
L OGGIA9 ,2 1 m2
L OGGIA5 ,3 8 m2
WOKÜ28,69 m2
WC1 ,5 1 m2
V R3 ,1 5 m2
ZIMMER10,97 m2
BAD4,62 m2
L OGGIA4 ,4 0 m2
L OGGIA9 ,2 9 m2
WC1 ,8 6 m2
WOKÜ36,28 m2
V ORRA UM5 ,1 1 m2
A R4 ,2 9 m2
L OGGIA9 ,6 3 m2
WC1 ,3 5 m2
WOK Ü2 9 ,6 3 m2
A R1 ,9 7 m2
ZIMMER1 3 ,4 2 m2
BA D4 ,5 1 m2
V R1 0 ,4 5 m2
S T G2 0 ,0 8 m2
ZIMMER1 3 ,6 6 m2
VR2,99 m2
GANG10,24 m2
AL
PH 0,02
110
232
AL
PH 0,02
110
232
AL
PH 0,02
110
232
DGL
EI230
225
90
DGL
EI230
225
90
AL
PH 0
,02
220
210
L
L
L
L
L
L
L L
L
L
L
LL
L
R75R75
Bfl B
flBl G
l.
±0,00=-0,15 u. WN
+3,15
+6,00
+2,53=DUK+2,80
+9,31
-0,02
+6,26 = OK Terr.
+5,50+5,65
+8,50
+6,40 = OK Brüstung
+6,26 = FOK Terrasse
-0,09 = -0,24 u.WRN-0,09 = Gel.
+2,42 = DUK
-3,4=-3,57 u.WRN
1550
202,
5015
2,70
153,
0037
3,05
550
6,50
4,50
+9,35 +9,35 = OK Attika
+2,42
+10,91
-0,02
553,
423,
152,
853,
2015
505
3,05
372,
5030
2015
2,50
2015
3,20
15
99,
201,
71
+4,13
502,
9416
2215
2,50
3020
1585
1,42
23 2015
262,
168
2050
15
+10,02
+2,40
+10,50
D01
D02
D02
AD02
AD03
AD02
AD01
AD01
FAHRRADER
ZIMMER
K G
EG
1 . OG
DG
PergolaMaschengitter
WOKÜ
ZIMMER
Gang
Fahrradabstell-platz
Pergola Maschengitter
Terrasse
Terrasse
OK Gel. ü. FOK 100 cm
> 2%
OK Brüstungsü. FOK 100 cm
> 2%
< 2%< 2%
Liftüberfahrt< min. 1,8 %
Terrassen-trennwand
OK Gel.ü. FOK 100 cm
ZIMMER
VR
GANG
OK Gel.ü. FOK 100 cm
>2%
M 1:200 Section
Visualizationstreet view
Österreichpavillon für die
Exp
o 2
010 in Shanghai
ào dì lì
Diplomarbeit
Daniela Reibnegger
奥地利THESIS Betreuer O.Univ. Dipl. Ing. William Alsop
„aodili, Austrian pavilion for Expo 2010 in Shanghai“
Visualization
SectionLevel 1: main exhibiton, Level 2: sound area, wooden core: office and bathroom
Visualization of the entrance Materials - concrete (rough texture), corian (smooth),wood (natural)
AUSSTELLUNGSKONZEPT
In die Wand integrierte Lautsprecher
Oberflächen zum Anfassen
Das Ausstellungskonzept im Österreichpavillon besteht aus ver-schiedenen Materialien und mehreren Geräuschkulissen. DerBesucher soll interaktiv durch den Pavillon geführt werden. DieOberflähen sind mit spezifishen Materialien aus Österreich belegt. Die Audioinstallation soll Österreich hörbar machen. In der „weißen“Ausstellungsebene funktioniert die Übermittlung des Themas rein über Audio, welches durch die glatte Oberfläche aus Corian unterstützt wird.
+ 3,45 1
2
3
56 m
36
m
A
A
BB
23 m
A=23m2
A=26m2
-< 6,00 m
>-
-< 8,00 m >-
4 62 Ground floor
MODELL
In meiner Diplomarbeit versuchte ich eine für mich neue Mischung zweier Entwurfsmethoden: Die klassische Herangehensweise durch ein physisches Modell (Material Ton) mit der weitere Generierung durch den Computer zu kombinieren.
Eingangssituation
Tonmodell 3d eingescannt.
3d Plot (Modell besteht aus 12 Einzeltei len)
Physical Model - Thesis
In the design process I started with modelling an object from clay. To get a digital model, I scanned this object with a 3D-Scanner. Based on this scan I created a proper model in Rhino. Throughout the project I switched between physical and digital modelling.
sorglosschwerelosleichtloshochhinauskleinverwundertmitderweltvereint
Bewegung B Bewegung C
Unbenutzt - AAufstieg - BBenutzt - C
Leiter schiebt sich sich durch das Gewicht der Person nach vorne.
Geschlossener Zustand
Seilzug hebt die Klappe
Ansicht A
Das Fundament ist konstruktiv in den Boden vergraben. Zu sehen ist nur die Stahlstütze, die aus dem Boden kragt und die darumliegendenSteinplatten.
Bewegliche Verbindung
Mit Platten ausgesteift
32 cm verjüngt sich auf 15 cm
Steinplatte 3 cmMontageplatte 3 cm BaustahlBefestigungsplatte 3cm Stahlbeton
Fundament Montage nicht sichtbar
BefestigungsplatteMontageplatte
quadr. Pro�l aufMontageplatte Stahlrohr von aussen geschlitztPlatten für Pro�l eingeschweißt
CONSTRUCTION DESIGN
„noch leichter“Professor: Sandra Häuplik-Meusburger, HB II
Construction site
MODEL
„noch leichter“The viewtower has the scale M1:50. The main structureis made of soldered brass and the cover consists ofwelded PE-foil which is inflated. With the Pneupillows you get a light weight cover and allround view. The static system includes the two beams and the staircase.The front window is closed but if you climb up,your weight will move the stair forward and the cabindownward. Through a cable pulley this motion opens thewindow.
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Diese Module lassen sich sehr einfach mit dem Gleitsystem an den Seiten aneinander geben. Diese Elemente sind daher Horizontal sowie Vertikal zu verwenden.
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by Daniela Reibnegger
OBJECT- AND PRODUCTDESIGN„airlight“The semester‘s assignment was to approach the concept of a table in a different way. At this time I worked in the company of Michael Schultes (schulteswien) which offered me the possibility to produce this product based on PE-foil.
„inflatable chair“At the „textile roof“ seminar in Berlin we designed a inflatable flexible outdoor furniture. You can zip many of these parts together and get a circular furniture.
