portfolio THEODORE GROUSOPOULOS ARCHITECT UK/ARB-TEE/TCG GR
Karamanlaki 7, Athens 11253 Marni 23, Larisa 41221 +306947902038/+447460257304 theodor.grousopoulos@gmail.com
Selected Profecional & Academic Project 2oo3 - 2o19
Professional Experience January 2015 - Januray 2019
FOSTER + PARTNERS (Fosterandpartners.com) February 2018 - January 2019 / ARCHITECT of South Sabah Al Ahmad City, Kuwait / Project Type MASTERPLAN
Project Status will be Completed on June 2040. November 2016 - January 2018 / ARCHITECT of APPLE GAROSUGIL, Seoul, South Korea / Project Type RETAIL DESIGN
Project Status Completed on February 2018. March 2016 - November 2016 / ARCHITECT of APPLE Orchard Road, Singapore / Project Type RETAIL DESIGN Project Status Completed on June 2017. January 2015 - January 2016 / ARCHITECT of MAGGIE’S Manchester, United Kingdom / Project Type HEALTH CARE DESIGN Project Status Completed on March 2016. January 2016 - March 2016 / ARCHITECT of CARLTON HOTEL, Tel Aviv, Israel / Project Type HOTEL AND RESIDENTIAL December 2015 / ARCHITECT of TEVA PHARMACEUTICAL INDUSTRIES / Project Type OFFICE HEADQUARERS COMPETITION
September 2012 - Dec. 2014
LA.S.S.A. / Sarantoglou Lalis & Sweijd Architects Ltd (Lassa-architects.com) August 2013 - July 2014 / ARCHITECT and CONSTRUCTION ADMINISTRATOR of VILLA YSPILON / Project Type RESIDENTIAL Project Status Completed on July 2014. December 2013 / ARCHITECT of WANYU CITY, XI’AX / Project Type, RETAIL AND OFFICES August 2013 / ARCHITECT of WOMEN’S SPORTS CENTER Kuwait/Project Type SPORT CENTER
February 2013
Teaching Assistant, ARTESIS UNIVERSITY COLLEGE OF ANTWERP, BELGIUM , ADSL WORKSHOP WEEK 2013 / Tutor: Dora Sweijd
October 2012 –July 2013
Teaching Assistant, AA SCHOOL OF ARCHITECTURE LONDON, UK. Diploma 17 / Tutor: Theo Sarantoglou Lalis and Dora Swejd
July 2012 – August 2012
Teaching Assistant, IAAC BARCELONA in Global Summer School 2012. SMART ITSELF / Tutor: Areti Markopoulou
September 2010
Start Working as a Freelance Architect. Registered Architect in TEE-TCG [GR] - Part II Equivalent
July 2007 – March 2009
Internship at Architectural Firm ‘‘APOPSI’’ in LARISSA, GR. Two dimension drawings, Construction Documents and plans presentation.
Certifications 2009
Registered Architect TEE/Technical chamber of Greece
2016
Registered Architect Architects Registration Board / United Kingdom
Competitions - Awards 2019
Architectural Competition | 1st Honorable Mention, Municipality of Larissa, Greece .
2012
Structural Advances Award: Honorary Award from UPC / Universitat Politècnica de Catalunya for the Thesis Project “PET FLAKES” in Master in Advanced Architecture : Digital Tectonics , Mark obtained: 9,5 “High Pass”
2010
Studies
Participation in the National Architectural Competition “Athens x 4”. The purpose of the contest was to seek proposals for the basic cell of the city , the “ Block “ in neighborhoods in Attica with a degraded urban environment.
2011-2012
Master in Advanced Architecture (MArch) (Hons) / IAAC – Institute For Advanced Architecture of Catalonia Mark obtained: 8,5 “Pass”.
2009-2010
Master in Architectural Design (P.C .S.) / University of Thessaly Post-Graduate Degree Program. Mark Obtained: 9,23 “High Pass”.
2003-2009
Master of Architectural Engineering / University of Thessaly, Department of Architecture Degree obtained : 7,95 “Pass”.
Computer Skills Operating Systems
PC + MAC
Design Software
Revit, Rhinoceros, Autocad, Microstation Grasshopper, Rhyno Cam, 3D Max, Ecotect, VRay, Python Scripting (Beginner)
Graphic Design Software
Adobe Photoshop CC, Adobe Premiere CC, Adobe In Design CC, Adobe Illustrator CC, Arduino, Processing (Beginner)
Basic Software
Microsoft Word, Microsoft Excell, Microsoft Power Point, i Work
Languages Skills Mother tongue Greek English
First Certificate in English – University of Cambridge / IELTS
French
Delf
Spanish
Beginner
References Darron Haylock / Partner at Foster and Partners / + 44 7796 265022 / dhaylock@FosterandPartners.com Theo Sarantoglou Lalis / Founder at LA.S.S.A Architects / +44 7879 002022 / theolalis@gmail.com Areti Markopoulou / Director of the Master in Advanced Architecture of Catalonia at IAAC,Barcelona / +34933209520 / areti@iaac.net
Contents
Professional Project
o1_
The Valey Beyond the City, Greece | 1st Honorable Mention
FOSTER + PARTNERS
o2_
South Sabah Al Ahmad City, Kuwait
o3_
Maggie’s Cancer Centre, Manchester, United Kingdom
o4_
Apple Garosugil, Seoul S. Korea
o5_
Apple Orchard Road, Singapore
o6_
Teva Pharmaceutical Industries Office Headquarers
LA.S.S.A. / Sarantoglou Lalis & Sweijd Architects Ltd
o7_
Villa Ypsilon, Foinikounta Greece
o8_
Wanyu City, Xi’ An
o9_
Women’s Sport Center, Kuwait, Kuwait
Personal Projects
10_
Kyklo Table
11_
HelioCell / Urban Terraces, Barcelona, Spain
Academic Project Master in Advanced Architecture / IAAC - Barcelona, Spain
12_
Pet Flakes, Architectura Plastica / Master Thesis Project (HONS)
13 _
Robotic Sand Molding
14 _
Naval Museum in Faliro Delta, Athens Greece / Graduation Thesis Project
15 _
Showroom at Navarino Square in Thessaloniki, GR
16 _
Public Library
Appendix - Digital Fabrication
17 _
Laser Cutter, Milling Machine, 3D Printer
Contents
Master of Architectural Engineering / University of Thessaly, GR
o1
Competition /
The Valey Beyond the City, Greece | 1st Honorable Mention
Program: Urban Development
03.2o19
Project Type: Competition Botanic Garden, Soil - Agricultural Technology Museum Total Area: 217.000 sqm
SPORTS SUMMER
SPRING
RESEARCH
NC
URBA
WINTER
N
IZATIO
STRIAN
PEDE NS
TIO ONNEC
CULTURE
AUTUMN INNOVATION
Animated 24h and Seasons
a new destination for the city
Respond to local context
Concept Design The
Larissa, in the area of the National AgResearch Foundation (NAGREF), occupies an area of
proposed green park in
ricultural
217,000
sqm and it will be the largest and most important planned
green area in
Thessaly. The
NAGREG will be an open visitors. Its connection with both
former site of
park that will invite and welcome all
the neighborhoods and the rest of the city will ensure its integration not only with the daily routes of the residents but also it will be the
first visitor’s choices from all over the city as well as for tourists.
The
program aims to create an important free-Urban
the city, within which a
Rural Innovation Center
Green
area for
will be is located.
Within the park the visitors may visit an innovative Soil - Agricultural Technology Museum, a Botanical Garden, co-living and co-working spaces for artist and other Environmental Awareness Facilities.
professional project ARCHITECTURAL COMPETITION | 1st Honorable Mention Design Project_ Masterplan Development Associate Architect: Dimitra Tampaki
ΚΟΙΝΩΤΙΚΟΊ - ΕΚΠΑΙΔΕΥ ΤΙΚΟΊ ΑΓΡΟΊ
ΚΙΟΣΚΙ ΕΝΗΜΕΡ
ΚΟΙΝΩΤΙΚΟΊ - ΕΚΠΑΙΔΕΥ ΤΙΚΟΊ ΑΓΡΟΊ
1. ΒΟΤΑΝΙΚΌΣ ΚΉΠΟΣ 2. ΤΡΟΠΙΚΉ ΣΦΑΊΡΑ 3. ΥΔΡΟΠΟΝΙΚΌ ΕΚΠΑΙΔΕΥ ΤΙΚΌ ΘΕΡΜΟΚΉΠΙΟ 4. ΚΟΙΝΩΤΙΚΟΊ ΚΉΠΟΙ - ΕΚΠΑΙΔΕΥ ΤΙΚΟΊ ΑΓΡΟΊ 5. ΜΟΥΣΕΊΟ ΕΔΑΦΏΝ Κ ΑΙ Κ ΑΙΝΟΤΟΜΊΑΣ 6. ΠΛ ΑΤΕΙΑ ΤΩΝ ΥΦΩΝ 7. ΠΟΛΙΤΙΣΤΙΚΌ ΧΩΡΙΌ 8. ΑΘΛΗΤΙΚΈΣ ΕΓΚ ΑΤΑΣΤΆΣΕΙΣ 9. ΠΑΙΔΙΚΉ Χ ΑΡΆ 10. ΑΝΟΙΧ ΤΌ ΑΜΦΙΘΈΑΤΡΟ 11. ΑΙΣΘΗΤΙΚΌ ΔΆΣΟΣ 12. ΑΠΟΔΥ ΤΉΡΙΑ ΧΩΡΟΙ ΥΓΙΕΙΝΗΣ 13. ΧΩΡΟΣ ΣΤΑΘΜΕΥΣΗΣ
ΚΛΙΜΑΚΑ 1:1000
ΡΩΣΗΣ
ΒΟΤΑΝΚΌΣ ΚΉΠΟΣ
ΤΡΟΠΙΚΉ ΣΦΑΊΡΑ
ΒΟΗΘΗΤΙΚΟΊ ΧΏΡΟΙ
Κ ΑΦΕ - ΑΝΑΨΥΚΤΗΡΙΟ
ΥΔΡΟΠΟΝΙΚΌ ΘΕΡΜΟΚΉΠΙΟ
ΧΏΡΟΙ ΦΙΛΟΞΕΝΊΑΣ
ΠΛ ΑΤΕΙΑ ΥΦΩΝ
ΣΤΟΥΝΤΙΟ Κ Α Λ ΛΙΤΕΧΝΩΝ
ΧΏΡΟΙ ΦΙΛΟΞΕΝΊΑΣ
Κ ΑΦΕ - ΑΝΑΨΥΚΤΗΡΙΟ ΕΣΤΙΑΤΌΡΙΟ – ΑΝΑΨΥΚΤΉΡΙΟ
ΜΟΥΣΕΙΟ ΕΔΑΦΩΝ Κ ΑΙ Κ ΑΙΝΟΤΟΜΙΑΣ
ΠΟΛΙΤΙΣΤΙΚΟ ΧΩΡΙΟ
ΑΊΘΟΥΣΕΣ ΣΥΓΚΕΝΤΡΏΣΕΩΝ
ΠΕΡΙΠΤΕΡΟ ΠΛΗΡΟΦΟΡΙΩΝ
ΚΛΙΜΑΚΑ 1:500
o2
Commission /
South Sabah Al Ahmad City, Kuwait
FOSTER
Program:
Masterplan Development 25,000
dwellings
118,000 Kuwaitis
The
43,000 H ousehold
libraries are now in a transi
printed books to the digital age.
T
give an answer to many design a
with this process, to redefine the today.
The design of the building
regarding blending of a public bu
fabric, its relationship to adjace The functions of the library beca land had to grow in height.
professional pro FOSTER + PARTNERS
Design Project_ South Sabah A City Development / Kuwait
3d and 3d Design, Design Deve Landscape Design & Vectorial
TER+PARTNERS / 02.2o18
: City Development Project Type:: Commission Total Area: 61.5 sqKm Population : 280.000 Status: EST. 2040 44,000
0 Staff
Kuwaiti N eighborhood Community Centres Renewable E nergy
dwellings
Community M ain Functions
119,000 White Collar E xpats
E xpat H ousing
E xpat H ousing
City Centre
itional phase from the era of
This synthetic work is trying to
Kuwaiti N eighborhood
and functional issues that arise
e role libraries have in society
g is trying to answer questions
uilding in a densely built urban
ent buildings and open space.
ause of its location and size of
Agriculture
Land Uses Residential Community Centres Civil Support Religious
Community M ain Functions
Commercial
oject
E ducation
Kuwaiti N eighborhood
H ealthcare Cultural H ospitality
Farming Hydroponics
G overnmnet/A dministration
Al Ahmad
elopment,
Drawings
I ndustry Recreational O pen Space G reeenbelt Agriculture Renewable E nergy Transport & Utilities
Agriculture
City Centre Layout
U niversity Campus
Community Centres M osque
Culture D istrict H ealth Care Centre
Retail City Gate G overnment Gateway E xpats Residence
Green Space
Roads Network
B usiness D istrict
Civil S upport E xpo - L ight I ndustry Park E xpats Residence
Pedestrian Network
Communities - Proposed Layout
Public Realm and Connectivity
Linear Organisation
Pedestrian Network
Uses
Sun Exposure
320 Villas 160 A partments
Local Park
1 N ursery 1 K indergarten
Local S hops
Local Mosques
o3
Build Project /
Maggie’s Cancer Centre, United Kingdom
FOSTER+PARTNERS / 03.
.2o16
Program: Health Care Design Project Type:: Commission Total Area: 1922.0 sqm Status: Constructed 2016 Located
across
Britain
and abroad,
Maggie’s Centres
are
conceived to provide a welcoming ‘home away from home’
– a place of refuge where people affected by cancer can find emotional and practical support. Inspired by the blueprint for a new type of care set out by Maggie Keswick Jencks, they place great value upon the power of architecture to lift the spirits and help in the process of therapy.
The design of the Manches-
ter centre aims to establish a domestic atmosphere in a garden setting.
The building occupies a sunny site and is arranged
over a single storey, keeping its profile low and reflecting the residential scale of the surrounding streets.
The
beams act
as natural partitions between different internal areas, visual-
ly dissolving the architecture into the surrounding gardens.
The south end of the building, extends to embrace a greenhouse – a celebration of light and nature – which provides a garden retreat, a space for people to gather, to work with their hands and enjoy the therapeutic qualities of nature and the outdoors
professional project
_ BUILD 03.2016
FOSTER + PARTNERS Design Project_ Maggie’s Cancer Centre, U.K. 3d and 3d Design Assistance, Design Development, Construction Documentation Package
1:1 PROTOTYPE TO ON SITE CONSTRUCTION J
H
G
F
E
G
B 12
1100
4400
2800
4400
1100
2700
1498
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3000
1498
2700
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3000
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1498
13
200
2400
200
2400
9600
1498
9600
14
J
H
G
2700
F
1100
D
4400
300
C
2800
200
500
200
1400
1400
200
A
B
4400
1100
500
2700
200
300
Detail 102406-1103-A 100
+ 5400
+ 5300
38°
Connection / Cut
Connection / Cut
C
'
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C
+3780
+3780
B'
B'
Connection / Cut
Connection / Cut
C
Grain direction
Grain direction
Detail 102406-1102-A
C
Detail 102406-1102-A
+3480
4°
+3480
4°
+ 3200
start of deformation
Detail 102406-0003-A
end of deformation
B
+ 3200
+ 3200
727
B
end of deformation
+ 3200
start of deformation
Detail 102406-0003-A
727
A'
A
RAL 8019
RAL 8019
Connection / Cut
Detail 102406-0002-A
+ 100
Connection / Cut
Detail 102406-0001-A
Detail 102406-0001-A
Detail 102406-0002-A
+ 100 ±0
±0 - 180
- 180
- 200
100 200
2400 9600
1400
1400
- 180
- 180
- 200
200 100
2400 9600
o4
Commission /
Apple Garosugil, Seoul S. Korea
FOSTER+PARTNERS / 01
1.2o18
MGF
MGE
MGD
MGC
MGB
MGA
13144 43'-1 1/2"
VERTICAL ALUMINIUM LOUVRE / MARRONE BRONZE (SEE A-283)
Program: Retail Design
14478 [47' - 6"] TOP OF BUILDING
SUN DIAGONAL LINE
NOTE All dim build Dime be ve with t notifi Any a appro only.
NOT F
Project Type: Commission Total Area: 2128.0 sqm Status: Constructed 2018
1532 5'-0 5/16"
4MM ALUMINIUM PANEL / MARRONE BRONZE
1296 4'-3"
9068 [29' - 9"] FINISH FIRST FLOOR
7772 [25' - 6"]
The Apple Store in Garosugil has been designed in collaboration with Apple and is the first in a series of new stores in South Korea . The project is also the first building to be completed by the practice in South Korea. The design of Apple Garosugil is a celebration of the sun, using the abundant daylight to create a special ambience within. Characteristic of the new Apple Flagships, the interior space is a 7.2-metre double-height grand hall – forming a ‘town square’ like space that is flexible and welcoming. The design enhances transparency from the street and floods the store with natural light, dramatically improving the visual connection from inside out. Using a warm palette of materials including stone, wood 1
1067 3'-6"
4MM ALUMINIUM PANEL METALIC PAINT
5261 [17' - 3 1/8"] CL APPLE LOGO
PROPERTY LINE 7772 25'-6"
PROPERTY LINE
2896 [9' - 6"] TO ENTRY DOOR
1 In MS Cup
2000 6'-6 3/4"
1835 6'-0 1/4"
2896 9'-6"
Ap
Tel: Fax
0 [0' - 0"]
2629 8'-7 1/2"
830 800 2'-8 11/16" 2'-7 1/2"
2629 8'-7 1/2"
165 6 1/2"
TO FINISH FLOOR 2619 8'-7 1/8"
PERIMETER FENCE
2639 8'-7 7/8"
2629 8'-7 1/2"
800 2'-7 1/2"
3807 12'-5 7/8" PERIMETER FENCE
13144 43'-1 1/2"
STOREFRONT ELEVATION EAST
AUTOMATIC BULLARD
DPJ
SP
Struc
MG8
Y3
MG7
MG6
Y4
MG5
A
MG9
Y2
MG4
Y5
Y6
MG3
MG2
MG1
Y7
Eck
www
27432 90'-0"
1711 5'-7 3/8"
3048 10'-0"
1635 5'-4 3/8"
1413 4'-7 5/8"
1387 4'-6 5/8"
3048 10'-0" 1661 5'-5 3/8"
3048 10'-0"
3048 10'-0"
1841 6'-0 1/2"
3048 10'-0" 1207 3'-11 1/2"
3048 10'-0"
3048 10'-0"
945 3'-1 1/4"
2103 6'-10 3/4"
3048 10'-0" 2597 8'-6 1/4"
MG2
3048 10'-0"
3048 10'-0" 451 1'-5 3/4"
3048 10'-0"
3048 10'-0" 1501 4'-11 1/8"
1547 5'-0 7/8"
14478.000 [47' - 6"]
MG1
TOP OF BUILDING
SOFFIT LIGHT TBD
Signe
MGA
MGB
MGC
MGD
MGE
The
Forum is a new learning environment, where experts from various fields can come to entertain, inspire and teach.
SB
Fos
www
MG10
Y1
groves of trees have planters that double as a comfortable place to sit and rest. The
CS -
www
Mech
MGF
the ground level, bringing nature to the interior spaces.
Struc SP
trees on
www
A
Ficus Ali
Fos
Archi
NATURAL STONE WALL
INSULATED GLAZING UNIT (IGU)
Desig
www
SIGNAGE PYLON
1 : 50
and terrazzo the store has a calm setting with the increased height allowing for the addition of twelve
BO FINISH CEILING
App Gar Seo
STOREFRONT REFLECTED CEILING PLAN LEVEL 00
2
This s Apple Date Printe
1 : 50
2 A-273
3 A-301
9068.000 [29' - 9"] FINISH FLOOR LEVEL 01
7772.000 [25' - 6"] BO FINISH CEILING
Issued 50% D 50% D 90% C 90% D 100% 100% 100% 100% 100% 50% C 90% C 100%
MG2 1571 5'-1 7/8"
MG1
2629 8'-7 1/2"
SALES AREA
3
Apple
MGA
2629 8'-7 1/2"
MGB
2629 8'-7 1/2"
MGC
2629 8'-7 1/2"
MGD
PERIMETER FENCE REFER TO A-351
MGE
EXT EAS
ENTRANCE VESTIBULE
STOREFRONT PLAN LEVEL
A-
1 : 50
0.000 [0' - 0"]
Schematic Design, Design Development Construction Documentation Package Construction Administration
LEVEL 00 SSL GENIUS ROOM
-3336.000 [-10' - 11 1/2"] FINISH FLOOR LEVEL B1
-3422.000 [-11' - 2 1/2"] LEVEL B1 SSL -4036.000 [-13' - 3"] FINISH FLOOR LEVEL B1 LANDING
-4186.000 [-13' - 9"] LEVEL B1 LANDING SSL
-6086.000 [-19' - 11 1/2"] FINISH FLOOR LEVEL B2
STOCK ROOM (53)
BOARDROOM
BREAK AREA 2906 9'-6 7/16"
Design Project_Apple Orchard Road, Singapore
FINISH FLOOR LEVEL 00 -86.000 [-0' - 3 1/2"]
2550 8'-4 3/8"
30/06/2017 18:00:53
8'-4 1/2" [2550]
FOSTER + PARTNERS
2629 8'-7 1/2"
MGF
professional project
Y1
Y2
MG8
Y3
MG7
Y4
MG6
4114 13'-6" 644 2'-1 3/8"
4115 13'-6"
2702 8'-10 3/8"
1413 4'-7 5/8"
1387 4'-6 5/8"
4115 13'-6" 3823 12'-6 1/2"
2727 8'-11 3/8"
MG4 Y5
MG5 292 11 1/2"
4115 13'-6" 4115 13'-6"
Y6
MG3
Y7
4115 13'-6" 793 2'-7 1/4"
3322 10'-10 3/4"
7268 23'-10 1/8" 5000 16'-4 7/8"
1378 4'-6 1/4"
MG2
890 2'-11 1/16"
MG1 1571 5'-1 7/8" 1571 5'-1 7/8"
2600 8'-6 3/8"
3600 11'-9 3/4"
X1
TRANSFORMER REMOVAL HATCH
6400 20'-11 15/16"
UP
ROUTE FROM DISABLED CAR PARKING
S-23
X2
S-24
UP
UP
Y2
MG8
Y3
MG7
4114 13'-6" 644 2'-1 3/8"
Y4
MG6 4115 13'-6"
2702 8'-10 3/8"
1413 4'-7 5/8"
1387 4'-6 5/8"
MG4 Y5
MG5
4115 13'-6" 2727 8'-11 3/8"
4115 13'-6"
3823 12'-6 1/2"
292 11 1/2"
4115 13'-6"
Y6
MG3
Y7
4115 13'-6" 793 2'-7 1/4"
1378 4'-6 1/4"
MG1
MG2
7268 23'-10 1/8"
3322 10'-10 3/4"
8000 26'-2 15/16"
Y1
1571 5'-1 7/8"
5000 16'-4 7/8"
890 2'-11 1/16"
1571 5'-1 7/8"
ROUTE FROM DISABLED CAR PARKING
NOTE: All dimensions and areas subject to building survey. Do not scale drawings. Dimensions govern. All dimensions shall be verified on site before proceeding with the work. Foster+ Partners shall be notified in writing of any discrepancies. Any areas Indicated on this sheet are approximate and indicative only. NOT FOR CONSTRUCTION
CONNECTION SLUDGE CONNECTION
X3
FIRE HYDRANT HYDRANT
DISABLED DISABLED CAR CAR PARKING PARKING PLATE PLATE
A-122
4850 15'-10 15/16"
DISABLED ENTRANCE ENTRANCE PLATE PLATE DISABLED
A-121
4850 15'-10 15/16"
A-122 A-121
3747 12'-3 9/16"
3805 12'-5 13/16"
ADDRESS ADDRESS PLATE PLATE
1103 3'-7 7/16"
1045 3'-5 1/8"
MANHOLE MANHOLE TELECOM TELECOM ROUTE TO CAR PARKING PARKING
500 1'-7 11/16"
DISABLED ENTRANCE ENTRANCE ROUTE TO DISABLED
S-21
BOLLARDS BOLLARDS
MANHOLE ELECTRIC ELECTRIC MANHOLE
X4
POWER / COMMUNICATION COMMUNICATION POST POST
S-22 1387 4'-6 5/8"
Y4
MG6 S-31
3823 12'-6 1/2"
ROUTE FROM DISABLED CAR PARKING
MG4 Y5
MG5
4115 13'-6" 2727 8'-11 3/8"
4115 13'-6" 292 11 1/2" PERSONAL TRAINING TABLE - SLOT, PIL F18.06
4115 13'-6"
Y6
MG3
Y7
4115 13'-6" 793 S-222'-7 1/4"
7268 23'-10 1/8"
3322 10'-10 3/4"
PERSONAL TRAINING TABLE - SLOT, PIL F18.06
1378 4'-6 1/4"
DISPLAY TABLE - SLOT, PIL F17.06
1676 5'-6"
Y3 4115 13'-6"
1413 4'-7 5/8"
MG1
MG2
MGA
1571 5'-1 7/8"
5000 16'-4 7/8"
S-27
1571 5'-1 7/8"
DISPLAY TABLE - SLOT, PIL F17.06
2629 8'-7 1/2"
MG7
4114 13'-6" 2702 8'-10 3/8"
2629 8'-7 1/2"
Y2
MG8 644 2'-1 3/8"
1943 6'-4 1/2"
Y1
1676 5'-6"
S-27
1372 4'-6"
MGB 1545 5'-0 13/16"
1410 4'-7 1/2"
1084 3'-6 11/16"
CUSTOMISED AV1 VIDEO WALL TYPE-E MEDIUM
2629 8'-7 1/2"
UP
Apple Inc.
MAIN ENTRANCE
1 Infinite Loop MS 52-RD Cupertino, CA 95014 Tel: 408.974.xxxx Fax: 408.974.xxxx
2629 8'-7 1/2"
S-26
2629 8'-7 1/2"
FORUM SEATING E02.11
X5 MGC
2329 7'-7 11/16"
Design Consultant:
MGD
Foster + Partners www.fosterandpartners.com
DPJ & Partners
2629 8'-7 1/2"
2629 8'-7 1/2"
Architect of Record:
www.dpj-partners.com
Structural Engineer:
CS - Structural Engineering
MGE
www.csse.kr
Mechanical and Electrical Engineer: 2629 8'-7 1/2"
1943 6'-4 1/2"
S-23
www.fosterandpartners.com Structural Engineer (Glass):
F EXT-701 POWER / COMMUNICATION POST 280 11"
AVENUE F23.05
2629 8'-7 1/2"
Foster + Partners
1372 TYP 4'-6" S-31
SIGN POST MOUNTED ON POWER / COMM POST
Eckersley O'Callaghan
MGF
www.eckersleyocallaghan.com
X6
STREET LAMP
Signed: mm/dd/yyyy
1
FFE/SIGNAGE LEVEL 0 1 : 50
Apple Store Garosugil - R692 Seoul, South Korea
o5
Build Project /
Apple Orchard Road, Singapore
FOSTER+PARTNERS / 05.2o17
Pro
Proj Total Statu
Appl
highl sign
Loca
heart
socia
ries b
fron ture
a na thin,
the e
gapo
of th
vidin
spac
stairc
grat
pr
FOS
Des
Des Co
ogram: Retail Design ject Type: Commission l Area: 4008.0 sqm us: Constructed 2017
Singapore, lighting its role as a global centre for creativity. Its dereflects the vibrancy and innovative spirit of the city-state. ated along the tree-lined avenue, Orchard Road – at the t of the garden city – the flagship aims to create a new al focus, while working with nature. It blurs the boundabetween inside and outside. It embraces the wide pavement in nt of the store, forming a new public space with eight matrees that create a shaded ‘green orchard’, and provide atural meeting place amid the dense urban environment. A white canopy cantilevering out 25 feet (7.6m), drawing eye towards the interior, while providing shelter from Sinore’s tropical climate. The large stone walls to either side he interior feature two spectacular curved staircases, pro-
le
Orchard Road
is the first
Apple Flagship
in
ng warm and beautifully sculpted bookends to the grand
The cases effortlessly flow up to the mezzanine floor with inteted handrails which have a tactile and smooth finish.
ce inside
–
a homage to craftsmanship and materiality.
rofessional project
_ BUILD 06.2017
STER + PARTNERS
sign
Project_Apple Orchard Road, Singapore
sign Development, onstruction Documentation
Package
Digital fabrication and Assembly
o6
Competition /
Teva Pharmaceutical Industries Office Headquarers
FOSTER+PARTNER
Program: Office Headquarers Design
ARTNERS / 12.2o15
Project Type: Competition Support Services: Auditorium, Cafe, Research Center Total Area: 94.500 sqm
Social spaces
Public Amenities
Plantation
Base Case
Expanded R&D
Full Campus Expansion
Concept Design Workplace
health and wellbeing strategies promote and develop a
healthy business culture that adds value to employee experience. The Teva
Campus will provide the conditions to allow its workforce to flourish, increasing the company’s capability to attract employees, bust most importantly improving their staff’s wellbeing, both physically and mentally. Teva’s commitment to wellbeing is a positive statement of intent, displaying the company’s promise on employee and patient health. The new Campus architecture will broadcast this commitment to the wider world.
professional project FOSTER + PARTNERS Design Project_ Teva Pharmaceutical Industries Office HQ 3d Design & Landscape Design & Vectorial Drawings
PV Cell Roof
Glazed Roof Light
Glazed Roof Light
PV Cell R
Perforated Metal Roof
Glazing
Office FFL. +65.50m Level 06
FFL. +65.50m Level 06
Social Spaces Office FFL. +61.50m Level 05
Glazing
Pre-c
Office
FFL. +57.50m Level 04
FFL. +57.50m Level 04 Social Spaces
Pre-cast Concrete
FFL. +53.50m Level 03
Glaze
FFL. +61.50m Level 05
Pre-cast Concrete
Glazing
Office FFL. +53.50m Level 03
Office FFL. +49.50m Level 02
FFL. +49.50m Level 02
Social Spaces
Office FFL. +45.50m Level 01
FFL. +45.50m Level 01
Glazing
Public Amenities
Public Amenities
FFL. +39.00m Level 00
FFL. +39.00m Level 00
Office Facade Elevation West Facade
Office Facade Section West Facade
Social Spaces Facade Elevation
Social Spaces Facade Section
Gla
Roof
Clear, solar control glazing Perforated Metal Roof
ed
Architectural pre-cast concrete/GRC self shading and ventilated fins
Balustrade
cast
Concrete / GRC
Clear, solar control glazing Architectural pre-cast concrete/ GRC expressed structural frame
Architectural pre-cast concrete/GRC self shading and ventilated fins
azing
Clear, solar control glazing
Office Facade Section East Facade
Office Facade Elevation East Facade
03
01
Interior Teva Campus, Israel
N 0
Office Facade Plan East Facade
Exterior
0.4
0.8m
o7
Build Project /
Villa Ypsilon
LA.S.S.A architects/07.2o14
Program: Villa
Project Type: Commission Total Area: 180 sqm Status: Constructed 2014 Villa Ypsilon
is a concrete structure that has been built into
the hillside and it is fully integrated into the green surroundings.
The building touches the ground lightly, creating perime-
tral areas, which are framing the view towards the exterior and used as terraces with different uses during the day entrance, breakfast courtyard and pool.
The
–
main
accessible and
360 view tobuilding, with gentle
walkable green roof maintain panoramic and wards the bay. It is a highly innovative
slopes and terraces, undulating around a series of external terraces with almost invisible supports for its complex curving roof, which required completely new methods of construction.
Villa Ypsilon is a highly energy-efficient building. Due to the orientation and the fact that is almost buried in the ground, the house has the house has minimal cooling and heating needs. Natural lighting is introduced through the two out of the three facades.
professional project
_ BUILD 07.2014
LASSA Architects Design Project_Villa Ypsilon, Foinikounta Greece Phase n1 3d and 3d Design Assistance, Design Development, Construction Documentation Package, Cam Operator , CNC Prototype and Formwork Production, Construction Contracting Phase n2 Construction Site Administration, Timeline and Budget
Building Axis
Program: Villa
En
tra
il Bu
e
o
Interior
Bu
is
Ax
Field of View
g din
ld
Fie
nc
Exterior
iew fV
ild
ing
Ax is
Concept Design & Circulation 8.00 am
11.00 am
north 0°
west 270°
8am
east 90°
north 0°
west 270°
11am
south 180°
Shadows
south 180°
Program Private Space Lunch Terrace & Gardening Entrance & Outdoor Cinema Common Space Dinning Terrace & Pool
17.00 pm
14.00 pm north 0°
north 0°
Rain Water Diagram
east 90°
west 270°
east 90°
west 270°
east 90° 17pm
14pm
south 180°
south 180°
o8
Commission /
Wanyu City, Xi’ An
LA.S.S.A architects/12.2o13
Retail / Over Total Area: 9 Number of Flo
profess
LASSA Archite
Design Proj
3d Desing A
Program: retail and offices
& UnderGround Office-Tel, Office 5A Total Area: 75.000 sqm 94.500 sqm oors: 4 Maximum Height: 130 m
operating as the main entrance for the office towers that are sitting on top of them. The entrance to the mixed uses plan is achieved through the
asteroid pedestrian street that interconnects the building blocks with the rest of the city maintaining the circulation both within and outside the block.
Retail and office use is interrupted by introducing semi-public courtyards. The shapes of the green roofs are articulated so as to achieve a harmonious and coherent master plan, as well as ensuring good sun orientation and excellent views from the terraces.
ssional project
ects
ject_
The design for the project reflects and caters for the separate identities of both user groups, whilst simultaneously creating synergy by means of shared use of secondary spaces – among which underground parking facilities, public gardens, several central streets and commercial functions. The building programme is distributed over five distinct yet interrelated neighborhoods. Each of these is subdivided again in order to generate a new level of retail uses. Concurrently those low-rise buildings are
Wanyu City, Xi’An
Assistance & Vectorial Drawings
Master Plan _ Lan
Street Access Pedestrian Access _ Elevated
ndscape
d
Street
o9
Competition /
Women’s sports center Kuwait
LA.S.S.A
Program: Women’s Sport Center
A architects/09.2o13
Sport Activities: BasketBall - Boleiball & Tennis Court Support Services: Auditorium & Cafe Total Area: 94.500 sqm
Concept Design The
key emphasis of the design will be the performative and behavioural
aspects of geometry and its ability to stimulate the individual and enhance the collective activity. This geometric integration will allow the develop-
ment of tectonic models that synthesise structure, circulation and activity.
Through
this coupling of programs we experiment new organisa-
tional and growth patterns assigning areas of permanence and open-endedness.
The
as
from
a
mediator
building
investigates
moments
of
the
solitude
to
possibilities social
of
form
interaction.
professional project LASSA Architects Design Project_ Women’s Sport Center 3d Design Assistance & Landscape Design & Vectorial Drawings
Circulation Diagrams
10
Furniture /
Kyklo Table
Personal Project
Cnc Fabrication
/11.2o12
Color Studies Assembly
The
design rotates through three ideas of architec-
ture, functionality, aesthetics and fabrication. suspended piece is articulated as a separate nent.
The
Each compo-
floating pieces of the table maintain the
reflection of the color gradients.
This
is an intro-
verted object which external functions as a shell unlike the interior design where the pockets that are created can be used for storing items up to low vegetation thanks to the lightweight top remov-
able frame which can be used as a serving tray.
professional project Furniture Design Project_ Kyklo Table 3d Design & Cam & Cnc Fabrication & Assembly
11
Build Project /
HELIOCELL / bcn Urban Terraces
BCN.o8.2o12
Rooftops a ies. Genera
scape wher
Helliocell
is
forming its
get the max be captured
The
pavilion
additional e have been
ing, fabrica
works in the
rigid to mo activators,
vilion, and
profe
IAAC Glob
Supervisor 3d Design
are the virgin wild west of contemporary cit-
ally an unexplored, underused whole land-
re to redefine different ways of inhabiting.
s a solar pavilion with the attribute of trans-
structure, so as to follow the sun path and
ximum advantage of the solar radiation, to
by the solar panels incorporated on its skin.
n is built in bent wood, while concurrently
extensive explorations of bending strategies conducted, regarding material dimension-
ation and assembly methods.
The
structure
e narrow limit between breaking or being too
ove.
The
structure incorporates sensors and
which add a dynamic character to the pa-
a controlled movement to the structures.
essional project
bal Summer School
r
2012 | SMART itSELF
: Areti Markopoulou, Rodrigo Rubio & Cam & Cnc Fabrication & Assembly
12
Master Thesis Project (Hons)(MArch) /
Fibrous and elastic architecture
Pet Flakes, Arquitectura Plastica
Iaac.o7.2o12.
Emergent
ecological problems require a different approach as far
as the architectural practice is concerned.
Due to the current haz-
ardous state of ecological imbalance, architecture owes to be both
Material Transformation
responsive and responsible.
We need to move further than vague deCreation is the essence of the profession but has to embrace a different, sustainable mentality. As architecture cannot be seen independently from its environment-and especially today more than any time in the past-the design, the material and the actual architectural sign.
raw material
process must comply with and adapt to the occurred environmental
sorting
needs.
Triggered by the global issue of plastic waste and its consequences, the project seeks to contribute to the literal purge of the problem. Instead of using an aggregate raw material, it exploits the potential of a material coming immediately from post-consumer waste, approaching through an innovative manner. Thus, plastics coming
plastic products are grinded down into smal particles - flakes
straight from garbage are used in order to explore the relation between matter, design and technology.
academic project
grinding
_ GRADUATION THESIS
MASTER IN ADVANCED ARCHITECTURE - IAAC Barcelona Supervisor : Marta Male-Alemany
the flakes are washed to eliminate impurities and dirt
washing
Cooperation with :Akram Ahmed_Pavlos Bakagiannis_Christiana Vlanti
Pacific Garbage Path Size
the drying process occurs in a centrifuge, hot air can be used at the end of the process
the plastic flakes are finally stored for additional uses
Plastic Pieces 39% larger than 1 millimeter 35% 1 millimetre wide 17% 0.5 millimetre wide 10% 0.3 millimetres wide
drying
extruding
Scale Up to
The Tube Experiment / Plastic Extruder
Pla
01
20.02.2
A blowtorc
with an Ard servo and
has been t first nozzle
In order to
o
Scale Down
would be achieved and
Extrusion in History
astic
1
2012
ch combined
duino board, a thermosensors
the basis for the prototype.
o embed automa-
tion to the process, the concept had been to control accordingly to temperature data the gas provision and thus the intensity of the
The created plastic extruder was based on the use of the cylinder and was enhanced with a helix and a motor,
The elements of the manual extrusion
adjusted at the tip of
were accumulated to
the nozzle that would
design the new nozzle ness of the steel tube
to select important infor-
made it a permanent
mation for the behavior
part of the established
was calibrated with a
the helix was casted using
sary pressuring-using a
set of gears rotated from
plastic and then attached
piston that pushed the
the servo, controlled
to its axis of rotation. The
melted material out of
through Firefly. . Never-
helix rotated with a motor
the metal cylinder-
theless, no interaction
that was taken from an
were done by hand.
was achieved between
old printer and functioned
The same process was
the swivel-hence the
using electricity. The
reproduced mechani-
calibration of the rate
heating was for the time
cally. The two principles
of gas-and Arduino that
being done manually
were combined in such
collected the tempera-
using anti-diametrically
way so that the pushing
blowtorches.
ture information.
in a screwing coupling
on the reproduction of the MakerBot printing
deployed to control the
logic but unlike its layer-
temperature of the heat-
by-layer deposition way
ing wires to reach and
and 0.5mm printing tip,
stabilize at the 230 de-
the project would focus
grees melting point. The
in achieving a con-
experiments started with
tinuous in-space thread
extruding a single fiber
drive the fiber in the
printing using a fiber of
of 3mm to produce the
heated extrusion tip at a
wider diameter. The fact
geometries. The nozzle
stable pace. The faced
that the printing area
was tested straight to the
problems, however,
was not a MakerBot
ShopBot so as to ensure
tors that rotating would
flakes and the neces-
The ABS fiber was driven
An Arduino board was
direct current (DC) mo-
blowtorch. The gas rate
in the heated tip even
07.05.2012
produced structures.
of hot wires or resistors.
equipped with common
for the ShopBot. At first,
sufficiently the material
expanding extend of the
plastic fiber was based
veloped hardware was
far, the feeding with PET
that enabled pushing
04
was heated with the help
of the nozzle, the de-
to the power of the
gears was installed
the limitations on the
tip of 3mm diameter that
and sustain the integrity
held by a wooden frame
one, a DC motor with
the ShopBot, abolished
ment for the extrusion of
control the outcome
extrusion technology. So
instead of a common
plate but the surface of
The hardware develop-
09.04.2012
sion to the process to
prototype. The effective-
Arduino board, enabling
03
Assessing to give preci-
12.03.2012
a thermosensor was
of the material in relation
feeding.
02
fire. Under this logic,
give feedback to the
controlled by the rate of
when the motor was working in low rotating speeds. The calibration of the feeding rate and the already achieved control of heating ensured the desirable structural quality to the produced prototypes.
remained. The motors
precision in movement.
rotated too fast to push
During the trials, a range
the material or were not
of shapes were tested
strong enough in lower
varying from straight lines
speeds. For this reason,
to spiral curves, changing each time parameters like height and angle increment to explore the design constraints of the method. The nozzle was also used manually in space, to try free form, more complex configurations and achieve connection between the fibers.
05
18.05.2012
and protect the extruded geometries from being deformed or destructed. The new structure of the nozzle not only eased matters of proximity but moreover it widened the
multiple axes. This could not be achieved in a CNC machine that moves in X, Y, Z axes and despite
solved many of the
the utilization of two
The first axis was added
problems concerning
more cams in the used
to the wooden body of
the potential in move-
nozzle, the geometries
the nozzle and enabled
ment but the capabili-
either could not develop
the rotation around X
ties of the ShopBot were
in complexity or in case
while the second was
limiting the range of
this was feasible, the time
closer to the tip and
possible structures. As
needed was prohibitive.
boards gave motion to the new cams and the movement could be substantiated in both axes simultaneously. These new axial rotations eradicated constraints and managed to synchronize the parameters The problem with the
of trajectory and proxim-
trajectory and vector
ity. The nozzle could
of extrusion was solved
follow the geometrical
when the nozzle was
codes with much higher
reconfigured by set-
accuracy without distort-
ting two more axes of
ing the final outcome.
higher moving leeway
synchronized motion in
tural configurations.
controlled by Arduino
nozzle would have a
cated, they required a
The 4 and ½ axis nozzle
Y axis. Servos and gears
would ensure that the
20.06.2012
getting more compli-
range of possible struc-
allowed rotating around
rotation in its body. This
06
the geometries were
Printing Simultaneously Swam Geometries The approach carries a fractal logic that is scales and could theoretically be applied from a level of a micro-scale of plastic fibers to a megastructure, in the sense that the same organizational rules could be applied for the components and the structure itself. Avoiding Collisions
Increasing the Complexity
Follow the Trajectory / Face Two
Plastic Extruders
Twenty One Nozzles / Face One
Increasing The Scale Be Increasing the Complexity
Printing Components Assembly 1:1
13
Robotic Seminar /
The
Sand Forming
purpose of
Robotic Sand Molding
workshop was to explore the potential of using
granular materials to produce reusable molds for building elements in concrete.
The 4-day workshop covered a variety of matters including basic scripting strategies in Rhino.Python, extensive tooling and prototyping. The application and final modeling would be controlled through an industrial robot, to guarantee sufficient precision and repeatability of the process. At the same time, the research would investigate the relation between design and its application in architecture. Through manual experiments in soil, the workshop focused initially in developing the proper manipulation tool to achieve the desirable design outcome. After a series
Iaac.o5.2o12.
of trials with simple and more complicated tools, a nozzle based on a simple cubic geometry was developed and used to get sample patterns in clay. design was then created and tested in
Python. The
The chosen
software would give a full
overview of the panel pattern and by simulating the process give feedback about possible machinic limitations.
The
created geometrical code was used by a
Kuka
robot that reproduced the digital design in clay. The final panels were created by
purring concrete on the formed mold. This novel method for fabrication enabled the production of uniquely customized prototypes with complex geometries, minimizing the waste that is normally used for formwork.
The casted piece
academic project GRANULAR AGGREGATIONS FOR CONCRETE CASTING
MASTER IN ADVANCED ARCHITECTURE - IAAC Barcelona Supervisor : Michael Knauss / Ammar Mirjan Cooperation with : Deniz Tumerdem _ Pavlos Bakagiannis
Final Sample The
different
textures of the head’s faces
Tools Variati
ions
Inspiration Manual Experiments
The
trace of a solid object pressed
with different angles
14
Graduation Thesis Project /
Naval museum in Faliro delta. Sinking and Emergence
Ups.o6.2oο9 After
the
Olympic Games
in
Athens
these projects were aban-
doned and the areas that at the time were full of life are now deserted. area of
There was therefore a strong need to establish in the Faliro Delta a magnet capable of giving life to this area
and offer residents a place of relaxation and a way out of the urban fabric of the city.
The
first point we focused on was how
the esplanade ends up in the water, which was considered quite abrupt and indifferent with respect to the path we followed until there.
An attempt was made at end of the Esplanade to create an
attraction for the public which would give life to this area but at the same time there is something that will wait for you at the end.
All this led us to focus on the boundary created between the sea
and the esplanade and create an incentive that would increase visitation to that place.
Naval museum. The
The
motivation was the building of the
imaginary lines created by the esplanade and
the promenade of the port were the main routes to the creation of our intervention.
The
figure that emerged looked like a ‘fun-
nel’ which was ready to attract and absorb any visitor who went
Faliro Bay. The museum serves as a limit but also as a continuation of the Esplanade. Visitors to the museum are first forced to ‘sink’ in the lobby and then ‘pop’ in the center of the museum. Most rooms of the museum, parts of which are submerged in water, operate in the same way of sinking and emergence. from the esplanade to the
academic project
_ GRADUATION THESIS
MASTER OF ARCHITECTURAL ENGINEERING - UTH Greece Supervisor: Spyros Papadopoulos Cooperation with : Christina Nikitaki
15
Design Project /
Showroom at Navarino Square in Thessaloniki The
subject is exhibition space in
Navarin
space in the location of ancient buildings
tracts and brings together hundreds of p
and harmoniously blends the ancient with t
ing of an exhibition space, which would co dialogue with it and not cover it. a whole exhibit. space.
So
The build A key element of the conc
studying the history of the anci
them to their original dimensions.
This
happ
glass which starts from the height the anc
had when they were built. The inside of the g close to the first form.
Having the now res 6 meters a able to wander freely in space. Now throu exhibits, man has the ability to observe the m them showrooms at a height of
academic projec
MASTER OF ARCHITECTURAL ENGINEERING Supervisor: George Triantafilidis
Ups.o6.2oo7
Square, and more specifically exhibit s. In Thessaloniki Square Navarinou atpeople daily. It is a landmark of the city the new. Therefore, the aim was the buildome from the environment itself, to open
no
ding forms along with the ancient ones
cept is a space within the already existing
ient buildings there we decide to restore
ppens with use of new materials, namely
cient ruins are and ends at the level they
glass elements is filled with sand to get as
structured ancient buildings, we place in
above the ground.
Thus the visitor is still
ugh the exhibition, apart from hosting the
museum environment as well.
ct
_D
esign
Project
ENGINEERING - UTH Greece
16
Design Project /
Public Library
Ups.o6.2oo6
The libraries are now in a transitional phase from the era of print ed books to the digital age. This synthetic work is trying to giv
an answer to many design and functional issues that arise wit
this process, to redefine the role libraries have in society today
The
design of the building is trying to answer questions regard
ing blending of a public building in a densely built urban fabric its relationship to adjacent buildings and open space.
The
func
tions of the library because of its location and size of land ha to grow in height.
On the ground floor we have the reception staff offices, cafeteria, internet services and the amphitheatre. Th heart of the library, however, is the Reading area and open book shelves developed from the first floor up to the rooftop.
academic project
_D
esign
Project
MASTER OF ARCHITECTURAL ENGINEERING - UTH Greece Supervisor: Spyros Papadopoulos Cooperation with : Panagiota Pavlou
t-
ve
th
y.
d-
c,
c-
ad
n,
he
k-
17
MILLING, THERMOFORMING, 3D PRINTING, LASER CUTTING / SELECTED
Perforated Wall / Corian Thermo Forming . Project V illa Ypsilon
Digital Fabrication PROJECTS
Professional and Accademic Projects 2011-2014
S hower / Marble Milling . Project Villa Ypsilon
Wooden
Milled Portrait Milled Portrait / CNC Milling In
this machining process, it is ex-
pected to digitally design and fabricate in a
Valcromat Panel and to
Wood plus F
Strategy 1
Strategy 2
/ Parallel Finishing, / BallMill 54mm, / Stepover of 50% Tool Diameter / 45° Angle of Cut, / Z Containment Lowest Z -21 / Entire surface
Parallel Finishing, / BallMill 54mm, / Stepover of 25% Tool Diameter / 45° Angle of Cut, / Z Containement Lowest Z -14 / on the face
The main idea
if it was possi
tinuous woo
explore the material effects that can
possible afte
emerge from the articulation between
we calibrate
design, fabrication and material parameters.
(speed / pow the lamp, we goals, which RHYTHM /
With this surface as a case
study we explore a specific material effect that will come out of the design strategies for surface design
and/or curve pattern developed in
Rhinoceros
and also the definition
of both the tool and machining path geometries in
RhinoCAM,
the com-
position of the material sandwich.
W omen’ s S port Center, Physical Model_1:200 Physical Model/ CNC Milling
digitally design and fabricate in high lamination
Plywood Panel.
n
Lamp / Wood
plus
Folding Laser Cutting
Folded Top
Folded S ide
Folding / Laser cutting
a of this was to understand,
Lamp . Final design. D iversity of shadows
ible to create a folding con-
oden structure.
This
became
er a lot of experiments until
Unfolded Top V iew
e the laser cutting machine
wer).
To start with design of
decided to think about main
h we wanted to reach
ELEMENT / LIGHT
:
3 d Printing Articulations / Flexible S tructure 3D Printed Joints / 3D Printing The joints were designed in order to serve specific movements which will provide the required
. In
order to have full move-
ment, the construction require ulation.
12 artic The essential function of almost
all the joints is the rotation round an
Peripheral Articulation x 11
Central Articulation x 1
axis.
This
axis, and the union, are con-
nected to the basic unit on which we can find connected maximum three related extensions.However it could not be given
the necessary mobility in construction if
had not designed a central articulation. It’s basic function is to retain the overall grid. In this case the metal bar did not articulate but glide through the joint.