Portfolio Iokasti Thivaiou

Page 1

IOKASTI THIVAIOU

cv portfolio


IOKASTI THIVAIOU

EDUCATION 2020 Exchange Semester in SNU, Seoul, South Korea 2017-2020 Master of architecture, RWTH, Aachen, Germany 2012-2016 Bachelor Degree in Architecture RWTH, Aachen, Germany 2009-2011 Highschool Othisi, Athens, Greece 2000-2009 Erasmios Greek-German school, Athens, Greece LANGUAGES

Greek German English

CONTACT email: iokasti.thivaiou@outlook.com

INTERSHIPS 2016 2017

hhh Architects (http://hhharchitects.gr/?lang=en) Sparch Architects (http://www.sparch.gr/)

WORKING EXPERIENCE 2019

Lp12 Architekten, Aachen, Germany

EXHIBITIONS PARTICIPATION 2018 Jahresausstellung 2018 - RWTH AACHEN UNIVERSITY Fakultät für Architektur 2018 Kaleidoskop Worpswede – Kunstwerk Landschaft Lebensort


ALLPLAN AUTOCAD ARCHICAD GRASSHOPPER ILLUSTRATOR INDESIGN LUMION MSOFFICE REVIT RHINO PHOTOSHOP SKETCH UP

SKILLS

ARCHITECTURAL EVENTS UIA World Architects Congress

2017

Seoul, South Korea Expo Architecture

2015 2008 2002

Milan, Italy Zaragoza, Spain Expo.02, Switzerland

Venice Biennale

2018 2017 2015

Biennale Architettura 2018 57th International Art Exhibition 56th International Art Exhibition


NEW EXTENSION OF THE UNIVERSITY LIBRARY OF THE RWTH UNIVERSITY

ARRIVING CITY BERLIN

MIETFABRIK


THE GROWING HOUSE

THE IDEAL ATELIER

REPURPOSE OF AN OLD SUGAR FACTORY

contents



NEW EXTENSION OF THE UNIVERSITY LIBRARY OF THE RWTH UNIVERSITY location: Aachen,Germany prof.: Dr.-Ing. Anke Naujokat Univ-Prof. Anne-Julchen Bernhardt

RWTH Aachen University’s public learning rooms are bursting at the seams and the university is looking forward to expand the library in the surrounding area. Aachen, as many other medieval cities, doesn’t possess a great number of open green spaces in the center of the city. As such the park that connects the two existing libraries shouldn’t be ignored and tumbled over by the new expansions of the library. In that regard, how could a new building be created, in such a way that the function of the park not only would not be taken away, but it would elevate the park as a concept itself. Another point of concern was how would the new extensions of the library not burden the existing buildings by blocking such as access, view and natural light to them. The solution explored was by designing the biggest part of the new buildings underground.


PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

Technik+Lager

PRODUCED BY AN AUTODESK STUDENT VERSION

Keller 1:200 a. Eventfläche für Tagungen b.Nebenraum/Hinterbühne c.Meet&Greet d.Gardarobe/Schließfächer e.Stuhllager f.Chat&Chill g.Auslage für int. u. reg. Presse h.Lesebereich i.Gaming-Zone j.Kreativräume/Makerspace k.Bibliografische Beratung/ Fachauskünfte l.Selbstverbuchung m.Foyer n.Archiv

d A

b,e x

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

i

a

f


B

Wird nicht mehr genutzt

n C D -1,60

l

c m

g

-3,45

-5,20

m

k

-4,70

-5,20

-4,70

-2,68

f -3,45

-3,40

D

-2,30

B

A

h

-5,20


view A

The functions of the existing buildings were reorganized to make the libraries more efficient. That being the case the old library was dedicated to house all the books and the second library to contain all the learning rooms.

Following that thought, the infrastructure of the quarter was surveyed, and the area analyzed. It seemed important to keep the connection between the inner city and campus accessible and to use this path to divide the property into two sections. Since the passage also faces south, it offered the


B k

E-Vorbereitung

C D C D d,e

g

i

g

h

A

f

-1,60

ew

-1,20

vi

-1,20

vie

w

-5,20

A

c

C

A

-5,20

i -4,70

l

x

±0,00

b -4,70

-1,20

a

l

-2,68 ±0,00

-3,40

D

w

-2,30

WC Beh

B

WC D

l x

B C

PRODUCED BY AN AUTODESK STUDENT VERSION

EG 1:200 a.Bistro b.Vorbereitungsküche c.Bibliothekshop/ Copyshop d.Lost and Found e.Sicherheitsdienst/Erste Hilfe f.Allgemein Auskunft g.Backoffice h. Infoservice für individuelle Anfragen

l

vie

l


view B

opportunity to sufficiently light the underground areas on both sites. In the end, the two libraries would clearly separate, but at the same time also connect. This was accompliced with the use of the passage, since it connects the two main entrances. On one side, resides the

public library complex where the learning rooms and public areas are located. On the other side, is the solitary “building of the book�, where literature reigns. Finally, in between lies the passage, that can be used for some sunbathing on a sunny day. It is possible to enter the buildings from dif-


view C

ferent entrances, but the most prominent is the one in the basement. Thus, in the basement the atmosphere is more serene, where visitors can learn in peace, have a conversation, visit an exhibition, or learn in the amphitheater. In this room conferences, lectures and cine-

ma evenings can be held. The higher one goes, the livelier the surroundings become. On the ground floor there are functions such as cafes, copy stores, bookstores and information centers that can help students, as well as the second entrance of the building.


+24,65

Dachaufbau: Vegetationsschicht Erdreich Filterschutzbahn Wärmedämmung 200mm

Facade The separation of the functions of the buildings is also visible on the facade. The new buildings have a facade out of copper sunscreens.

3.15

+20,05

The material copper was chosen because of its durability, its low density compared to lead, making it structurally lighter. Copper also has a comparatively high melting point and a high fire resistance.

1.00 Wandaufbau Lochblech Kupfer, geburstet, Windbremse, Minerallwolle 200mm

3.15

+15,90

1.00

3.15

+11,75

1.00 PRODUCED BY AN AUTODESK STUDENT VERSION

3.15

+7,60

1.00

3.15

There are 3 different sizes for the sun protection panels used on the facade of the library. 50,75,100x4,2 cm panels. Designed to break the monolithic feeling of the façade. Each panel will change color under different speed. As a result, the panels will give the building the illusion of an oversized bookshelf.

+3,45

1.00

facade section

facade section 1:20 4.00 Fusspunkt: Stahlbettonwand 240mm Perimeterdämmung

facade south

-1,20

Bodenaufbau: Heizestricht poliert 80mm, Trennlage, Wärmedämmung 120mm Kassetedecke Stahlbetton 500mm

-1,20

3.65

◀ ◀

section


PRODUCED BY AN AUTODESK STUDENT VERSION

section

facade south





ARRIVING CITY BERLIN location: Berlin prof.: Dipl.-Ing.Architect Wolfram Putz, Univ.-Prof.Dipl.-Ing.M.Architect Peter Russell Group Project Summer 2016 with the immigration crisis being at its peak, the old airport in Tempelhof was used as a temporary hotspot for the arriving immigrants at the time. As a result the living conditions were borderline inhumane and a more permanent solution was needed. One of the ideas was to create permanent appartments next to the airport on Tempelhofer field. The main purpose of this project was to create a settlement in a way, that it would not turn to a ghetto area after some years. Also it should bring the people of Berlin in contact with the immigrants. For that reason the design of the new appartments has a more free shape, like a maze that invites the visitors to walk around and discover the hidden spaces.


10

6

8 9

7

5

3 4

1 2





groundfloor plan


first floor plan


fo an’t c e r u itect n the Arch only pla e n ak It ca s, and m er barri ttractive. a and row ott B c S e s Deni


t. nnec o c o e t ople ts, remov l e p orce ing poin es usefu ss ac e cro eeting pl m e the

wn



MIETFABRIK location: Aachen prof.: Univ.-Prof.Dipl.-Ing. Hartwig Schneider, Univ.-Prof.Dr.-Ing.Martin Trautz, Univ.-Prof.Dr.Ing.Dirk Henning Braun In order to offer new companies optimal spatial and functional conditions, a start-up centre is to be built on the Melaten campus. In this area, companies active in development and construction would be able to rent space for production, workshops and offices. The objective was the development of a building with flexibly usable areas for development, production and offices, as well as exhibitions and product demonstrations.











THE GROWING HOUSE location: Cologne,Germany prof.: Univ-Prof. ir. Wim van den Bergh The project aims to create an adaptable and successively expandable form of housing that can be adjust to the needs of occupants. The “Growing house” was initially conceived as a competion, which was initiated in 1931 by Martin Wagner. One of the tasks of the competition was to develop designs for a core house with a living space of 25m², which would not exceed the budget of 25.000 Reichsmark and was to be able to “grow” to a usable area of 80m² by means of extensions. Also, the structure had to be designed in a way that at least 80% of the house could be constructed in a workshop. This project aims to analyse if the goals of the competion are still relevant in todays society. If it is still possible to to design an adaptable home that can meet the changing needs of the people over the next few decades. The design is intended to provide an answer to today’s housing demand in a city like Cologne,Germany.


The image we have for a building in our head is usually a solid structure that cannot change much. Why not have a building that can alter to our everchanging needs? By getting bigger or smaller, with rooms, whose size and orientation can always be redefined.

WC 3.8m2

Wohnbereich 14m2 Küche 5.5m2

WC 3.8m2

WC 3.8m2

Wohnbereich 14m2 Küche 5.5m2

Küche 5.5m2


WC 3.8m2

Wohnbereich 14m2 Küche 5.5m2

Schlaffzimmer 1 20m2

WC 3.8m2

Wohnung 2 41m2

Schlaffzimmer 2 18m2

Essenbereich 14m2

WC 3.8m2

Wohnzimmer 18m2

Schlaffzimmer 16m2

Arbeitsraum 12.5m2

Schlaffzimmer 16m2

WC 3.8m2


13 13

14 14

15.Wärmedämmung mit 1,5º Neigung 16.Wärmedämmung 10mm 17.Dampfsperre 18.Nebenträger 17 18 19 19. 20mm 15 Holzplatte 16 15

17

16

18

19

1 1 2 2 3 3 4 4 5 5

13.Nebenträger 13.Nebenträger

1.Metalabdeckung 1.Metalabdeckung 2.Vollholz/Trennung 2.Vollholz/Trennung 3.L-Winkel 3.L-Winkel 4.Dämmung 50mm 4.Dämmung 50mm 5.Balkenträger 5.Balkenträger 6.Balken 6.Balken 7.Wandelement Methode:Feder und 7.Wandelement Methode:Feder und Nut Nut 8.Bekleidung 20mm 8.Bekleidung 20mm 50mm 9. Wanddämmung 9. Wanddämmung 50mm 10.Hydrophobierte Holzfaserplatte 10.Hydrophobierte 11.WanddämmungHolzfaserplatte 11.Wanddämmung 12.Gipskartonbauplatte 20mm 12.Gipskartonbauplatte 13.Polymerbitumenbahn20mm 13.Polymerbitumenbahn 14. Abdichtungslage/Trennlage 14. Abdichtungslage/Trennlage 15.Wärmedämmung mit 1,5º Neigung 15.Wärmedämmung 1,5º Neigung 16.Wärmedämmung mit 10mm 16.Wärmedämmung 10mm 17.Dampfsperre 17.Dampfsperre 18.Nebenträger 18.Nebenträger 19. Holzplatte 20mm 19. Holzplatte 20mm

6 6 7 7 8 8

13 13

14 14

15 15

16 16

17 17

18 18

19 19

9 9 10 10 11 11 11

14

12 2212

15 16 17 18 19 20 1.Metalabdeckung 33 2.Vollholz/Trennung 3.L-Winkel 44 4.Dämmung 50mm 5.Balkenträger 11 12 55 11 12 6.Balken 1 1 7.Wandelement Methode:Feder und 66 Nut 22 8.Bekleidung 20mm 3 77 3 9. Wanddämmung 50mm 4 4 10.Hydrophobierte Holzfaserplatte 88 5 11.Wanddämmung 5 12.Gipskartonbauplatte 20mm 9 69 13.Polymerbitumenbahn 6 14. Abdichtungslage/Trennlage 710 10 7 15.Wärmedämmung mit 1,5º Neigung 16.Wärmedämmung 10mm 11 811 8 17.Dampfsperre 12 12 18.Nebenträger 19. Holzplatte 20mm

13 13

9 9

1.Bekleidung 20mm 2.Wanddämmung 50mm 3.Hydrophobierte Holzfaserplatte 20mm 4.Wanddämmung 5.Wandelement Method:Feder und Nut 15 16 17 18 19 20 14 15 16 17 18 19 20 6.Füge 14 7.Balken VZH 8.Balkenträger 9.Pfostenträger Typ U 10.Fundamentb/h/l:400/7ßß/400mm 11.Gipskartonplatte 20mm 12. 13.Laminatboden20mm 14.Holzwerkstoffplatte 15mm 15.Dämmung 50mm 16.Abdichtung 17.Konstruktionsholz b/h:50/50mm 18.Dämmung zwischen Nebenträger 150mm 19.Abdichtung 20.Hydrophobierte Holzfaserplatte 20mm

1.Metalabdeckung 1.Metalabdeckung 2.Vollholz/Trennung 2.Vollholz/Trennung 3.L-Winkel 3.L-Winkel 4.Dämmung 4.Dämmung50mm 50mm 5.Balkenträger 5.Balkenträger 6.Balken 6.Balken 7.Wandelement 7.Wandelement Methode:Feder Methode:Feder und und Nut Nut 8.Bekleidung 8.Bekleidung20mm 20mm 9. 9.Wanddämmung Wanddämmung50mm 50mm 10.Hydrophobierte 10.HydrophobierteHolzfaserplatte Holzfaserplatte 11.Wanddämmung 11.Wanddämmung 12.Gipskartonbauplatte 12.Gipskartonbauplatte20mm 20mm 13.Polymerbitumenbahn 13.Polymerbitumenbahn 14. 14.Abdichtungslage/Trennlage Abdichtungslage/Trennlage 15.Wärmedämmung 15.Wärmedämmungmit mit1,5º 1,5ºNeigung Neigung 16.Wärmedämmung 16.Wärmedämmung10mm 10mm 17.Dampfsperre 17.Dampfsperre 18.Nebenträger 18.Nebenträger 1.Bekleidung 20mm 1.Bekleidung 20mm50mm 19. 19. Holzplatte Holzplatte20mm 20mm 2.Wanddämmung 2.Wanddämmung 50mm 3.Hydrophobierte Holzfaserplatte 20mm 3.Hydrophobierte 4.WanddämmungHolzfaserplatte 20mm 4.Wanddämmung 5.Wandelement Method:Feder und Nut 5.Wandelement Method:Feder und Nut 6.Füge 6.Füge 7.Balken VZH 7.Balken VZH 8.Balkenträger 8.Balkenträger 9.Pfostenträger Typ U 9.Pfostenträger Typ U 10.Fundamentb/h/l:400/7ßß/400mm 10.Fundamentb/h/l:400/7ßß/400mm 11.Gipskartonplatte 20mm 11.Gipskartonplatte 20mm 12. 12. 13.Laminatboden20mm 13.Laminatboden20mm 14.Holzwerkstoffplatte 15mm 14.Holzwerkstoffplatte 15.Dämmung 50mm 15mm 15.Dämmung 50mm 16.Abdichtung 16.Abdichtung 17.Konstruktionsholz b/h:50/50mm 17.Konstruktionsholz b/h:50/50mm 18.Dämmung zwischen Nebenträger 18.Dämmung zwischen Nebenträger 150mm 150mm 19.Abdichtung 19.Abdichtung 20.Hydrophobierte Holzfaserplatte 20.Hydrophobierte Holzfaserplatte 20mm 20mm

10 10 11 11 11 22 33 44 55 66 77 88

99

10 10

1.Bekleidung 20mm 2.Wanddämmung 50mm 3.Hydrophobierte Holzfaserplatte 20mm 4.Wanddämmung 5.Wandelement Method:Feder und Nut

12 12

13 13

14 14

15 15

16 16

17 17

18 18

19 19

20 20

1.Bekleidung 1.Bekleidung20mm 20mm 2.Wanddämmung 2.Wanddämmung50mm 50mm 3.Hydrophobierte 3.HydrophobierteHolzfaserplatte Holzfaserplatte20mm 20mm 4.Wanddämmung 4.Wanddämmung 5.Wandelement 5.WandelementMethod:Feder Method:Federund undNut Nut 6.Füge 6.Füge 7.Balken 7.BalkenVZH VZH 8.Balkenträger 8.Balkenträger 9.Pfostenträger 9.PfostenträgerTyp TypUU 10.Fundamentb/h/l:400/7ßß/400mm 10.Fundamentb/h/l:400/7ßß/400mm 11.Gipskartonplatte 11.Gipskartonplatte20mm 20mm 12. 12. 13.Laminatboden20mm 13.Laminatboden20mm 14.Holzwerkstoffplatte 14.Holzwerkstoffplatte15mm 15mm 15.Dämmung 15.Dämmung50mm 50mm 16.Abdichtung 16.Abdichtung 17.Konstruktionsholz 17.Konstruktionsholzb/h:50/50mm b/h:50/50mm 18.Dämmung 18.Dämmung zwischen zwischen Nebenträger Nebenträger 150mm 150mm 19.Abdichtung 19.Abdichtung 20.Hydrophobierte Holzfaserplatte 20.Hydrophobierte Holzfaserplatte 20mm 20mm


1

5

6

7

8

9

11

10

12

13 1 1

13

10

14

11

15

12

16

13

17

14

18

15

20

19

16

21

17

2

3

5

4

14

6

7

15

8

9

10

16

12

11

13

14

15

16

17

18

20

19

21

17

5 6 7 8 9 10 2 3 4 1.Polymerbitumenbahn 5 6 7 8 9 10 2 3 4 2.Nebenträger 3.Abdichtungslage/Trennlage 4 5 6 7 8 9 1 2 3 4.Wärmedämmung mit 1,5º Neigung 5.Wärmedämmung 10mm 6.Abdeckungsfolie 7.Dampfsperre 8.Holzwerkstoffplatte OSB 20mm 9. Holzplatte 20mm 10.Balkenträger 11.Ytong Mauerwerk 240x240x600mm 12.Metalabdeckung 13. Pflanzebene 14.Dränelement 15.Filterelement 16.Dachabdichtung 17. Wärmedämmung mit 1,5º Neigung 18.Wärmedämmung 10mm 19. Substat/Kies 20.Abdichtung,Dampfsperre 21. Stahlbetondecke

11

12

11

12

13

14

15

16

17

18

20

19

21

1.Laminatboden Holz 20mm 13 14 15 20 16 17 18 19 21 2.Holzwerkstoffplatte 15mm 11 12 13 3.Dämmung 50mm 14 10 15 16 17 4.Konstruktionsholz b/h:50/50mm 5.Abdichtung 6.Dämmung zwischen Nebenträger 150mm 7.Abdichtung 8.Hydrophobierte Holzfaserplatte 20mm 9.Balkenträger 10.Ytong Mauerwerk 240x240x600mm 11.Fliesen 12.Schwimmende Estricht 100mm 13.Sperrschicht 14.Dämmschicht 15.Abdichtung 16.Stahlbetonplatte 17. Kies

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

9.Dränel 8.Pflanze 10.Schut 9.Dränel 11.Dach 10.Schut 12.Wärm 11.Dach 13. Wärm 1.Po 12.Wärm 14.Abdic 2.Ne 13. Wärm 15.Stahlb 3.Ab 14.Abdic 16.Meta 4.W 15.Stahlb Wärmed 5.W 16.Meta 6.Ab Wärmed 7.Da 8.Ho 9. H 10.B 11.Y 12.M 13. 14.D 15.F 16.D 17. 18.W 19. 20.A 21.

1.Polym 2.Nebe 1.Polym 3.Abdic 2.Nebe 4.Wärm 3.Abdic 5.Wärm 4.Wärm 6.Abde 5.Wärm 7.Damp 6.Abde 8.Holzw 7.Damp 9. Holzp 8.Holzw 10.Balk 9. Holzp 11.Yton 10.Balk 12.Met 11.Yton 13. 1.La Pfla 12.Met 2.Ho 14.Drän 13. 3.Dä Pfla 15.Filte 14.Drän 4.Ko 16.Dac 15.Filte 17. 5.Ab Wä 16.Dac 6.Dä 18.Wär 17. Wä 19. 150 Sub 18.Wär 7.Ab 20.Abd 19. 8.Hy Sub 21. Stah 20.Abd 9.Ba 21. 10.Y Stah

11.F 12.S 13.S 14.D 15.A 16.S 17.

1.Lamin 2.Holzw 1.Lamin 3.Dämm 2.Holzw 4.Konst 3.Dämm 5.Abdic 4.Konst 6.Dämm 5.Abdic 150mm 6.Dämm 7.Abdic 150mm 8.Hydro 7.Abdic 9.Balke 8.Hydro 10.Yton 9.Balke 11.Flies 10.Yton 12.Schw 11.Flies 13.Sper 12.Schw 14.Däm 13.Sper 15.Abd 14.Däm 16.Stah 15.Abd 17. Kies 16.Stah 17. Kies



THE IDEAL ATELIER location: Worpsede prof.: Dipl.-Ing., Univ-Prof. Axel Sowa Worpswede’s golden days go back more than one hundred years as one of the most famous artist colonies in Germany. But, with the passing of time Worpswede got slowly forgotten. This projects objective was the creation of the ideal atelier, as a mean to attract artist back to the art colony. The ideal atelier was designed inside an old railbus that was used to connect Worpswede with the city of Bremen. As the old trucks are still in a good condition and are seldom used, the idea of a moving atelier, which is able to travel through the moor, gives the artist the oportunity to work and exhibit his work in many different locations.


A B





exhibition


n in Worpwede I Summer 2018



REPURPOSE OF AN OLD SUGAR FACTORY location: DĂźren, Germay prof.: Univ-Prof. Dr.Klaus Selle Group Project The goal of this project was the restructuring of the former sugar factory at the Paradise Road in DĂźren, Germany. The unutilized area was divided into three zones. The west side is concieved as a residential area and the east side as the industrial area. These two areas are divided by a park, that connects the still standing buildings of the old factory with the three silos. The park also works as a noise reduction wall between the residential area, the industrial area and the railroad, which is located on the south borders of the old sugar factory. The residential area is to serves as social and multigenerational housing. In the center of each housing complex reside communal buildings such as a librariy, a day care center, workrooms, multifuctionsal spaces, cafes and much more.




Schnitt - M1:500

Sozialwohnungen

Analyse - Bebauung Sozialwohnungen

- Ausländische Wohnungssuchende - Niedriges Einkommende

- Ausländische Wohnungssuchende - Niedriges Einkommende Gefördertes Wohnen:

- Geringverdiener - Ausländische Wohnungssuchende Mehrgenerationen- Auszubildende wohnen

- Senioren - Jugende - Alleinerziehede Eltern Mehrgenerationenhaus: Mehrgenerationen- Senioren wohnen - Jugenden

- Senioren - Paare ohne Kinder - Jugende - Alleinerziehende Eltern - Alleinerziehede Eltern

Park

-Kind unter 3 Jahre alt

Gemeinsames Zentrum - Beratungsstelle -Kind unter 3 Jahre alt- Infoveranstaltung - Kurs

Mittlerres Treffpunkt: - Bibliotheke - Kitta gemeinsame Gärten - Arbeitsräiùe - SeminrarraumGemeinsames Zentrum - Vereine - Beratungsstelle

- Infoveranstaltung - Kurs

Gemeinsame Garten - Kräutergarten - Gemüsegarten Mittleres Treffpunkt: - Seniorencaffe - Leseraum - Spiel-/Musikraum

gemeinsame gemeinsame Gärten Gärten

gemeinsame Gärten


Büros -> Arbeitsmöglichkeiten

Büros -> Arbeitsmöglichkeiten

Jugendherberge - Mögliche Unterkunft

Sozialwohnungen

Erweiterung des Schlachthofs - Neue Produktionsabteilung - Neue Lagerräume

Gewerbe für Automobilien

Einkaufsmöglichkeit - Nahversorgung

Erhaltung des Schlachthofs

Erhaltung und Erweiterung der Tankstelle

Parkhaus - Verkehr im Gebiet vermeiden


How many of us did you actually see?


#THE END

i am going to sleep now so....


Turn static files into dynamic content formats.

Create a flipbook
Issuu converts static files into: digital portfolios, online yearbooks, online catalogs, digital photo albums and more. Sign up and create your flipbook.