200
380
40
Aluminium Bracket
Dark timber louver
Ø178
Ø40
Aluminum Tube
Aluminum Washer
FINAL BINDER
Aluminum Louver Concrete wall
Professor Igor Peraza Curiel Mrinaalini Nagarajan g00084948 84948
SCALE 1:3
23
80
30
Aluminum Washer Hexagonal Head Bolt Hexagonal Nut
59
American University Of Sharjah ARC 382 F21
90
80
Hexagonal Head screw
42
Parallel Flange Channel
3 TABLE OF CONTENTS
A1 -RESEARCH AND HAND SKETCHES
PG5
-MATERIAL LIBRARY
PG15
-DETAIL HAND DRAWINGS
PG19
A2 -TECHNICAL ARCHITECTURAL DRAWING DETAIL AND PERSPECTIVE RENDERINGS+SHOP DRAWINGS
PG29
A3 -KANE TSUGI JOINT- DETAIL DRAWING
PG37
-KANE TSUGI JOINT- APPLICATION
PG43
A4 -FINAL DETAIL DRAWING
PG 49
A1
5
Research and Hand Drawing Campus of Fudan University By Enric Tagliabue EMBT
RESEARCH
7 About EMBT Architects
• Founders
• Studio
Benedetta Tagliabua
Enric Miralles
BA, MSc, Prof, Hon. RIAS, Hon. RIBA Co-Founder CEO Miralles Tagliabue EMBT Founder and CEO Enric Miralles Foundation RIBA Stirling Prize Pritzker Jury Member (since 2015)
Trained at the School of Architecture of Barcelona ETSAB Guest Fulbright professor at the Columbia University Collaborated with Albert Viaplana and Helio Piñón. Independent career along with architect Carme Pinos.
EMBT is an internationally acknowledged architecture studio formed in Barcelona by Benedetta Tagliabue and Enric Miralles in 1994. Unfortunately, Enric Miralles died in July 2000 from a brain tumor at the age of just 45. Now Benedetta Tagliabue acts as director of the international architecture firm Miralles Tagliabue EMBT, based in Barcelona and Shanghai since 2010. The studio has experience in public spaces and buildings in both Europe and China, working for State and Local Governments as well as Corporate and private clients.
• Awards (2010-2000) • 2000 FAD AWARDS 2000 PREMI CIUTAT DE BARCELONA • 2001 DELTA AWARDS – ADI FAD 2001 NEDERLANDSE BOUWPRIJS PREMI NACIONAL DE CATALUNYA RIETVELD AWARD • 2002 BDA HAMBURG ARCHITEKTUR PREIS FAD AWARDS 2002 • 2003 BIENNIAL OF ARCHITECTURE OF VALLÈS PRIZE 2nd Biennial of Architecture of Vallè • 2004 ASCER PRIZE 2ND EDITION FAD AWARDS 2004 • 2005 RIBA STIRLING PRIZE 2005 AMERICAN SOCIETY OF LANDSCAPE ARCHITECTS AWARD 2005 ASCER PRIZE 3RD EDITION ARQCATMON EXAEQUO AWARD COAC RIAS ANDREW DOOLAN AWARD FOR ARCHITECTURE SCOTTISH DESIGN AWARDS THE ROYAL FINE ART COMMISSION TRUST AWARD • 2007 PRIX LUXEMBOURGEOIS D’ARCHITECTURE EUROPEAN STEEL DESIGN AWARDS 2007 IX SPANISH BIENNIAL OF ARCHITECTURE AND URBANISM • 2008 WAF AWARDS 2008 – OFFICES FAD AWARDS 2008 ARCHIZINC TROCHE 3RD EDITION VIVIR CON MADERA 2007 • 2009 WAF AWARDS 2009 – FUTURE PROJECT • 2010 EUROPEAN GARDEN AWARD (EGHN)
9 About EMBT Architects
Project: Santa Caterina Market Renovation in Barcelona, Spain Vivir con madera 2007 Confemadera and Arquinfad – Second Prize
Project: The Scottish Parliament in Edinburgh, Scotland Riba Stirling Prize 2005 The Royal Institute of British Architects – Best Building Award
Project: Spanish Pavilion for Shanghai World Expo 2010 in Shanghai, China Bureau International Of Exhibitions (Bie) Awards Third Best Architectural Design
Model of Skylight
The word “Fudan,” chosen by Mr. Ma Xiang-bo, the founder and the renowned modern educator, found its linguistic origin in the quotation — “Heavenly light shines day after day”. It means striving continuously to make new progress and carries the hope of Chinese intellectuals to run a school independently and rejuvenate the country by education.
11 About Fudan University – School of Management in Shanghai
Now Fudan is part of a network of universities and their respective buildings located in Shanghai. It is also an exceptional university with an extensive history and a unique character. Aside from the main campus, there are two new campuses. These campuses are not closely located, they are separate pieces, and in order to establish a connection, the buildings must convey the identity of Fudan and contemporary life. Miralles Tagliabue (EMBT) was awarded first prize in the International Competition for the New Campus of Fudan University School of Management in Shanghai, China.
Rendering before Construction - Skylight made of glass (Transparent)
Building after construction - Skylight made of Metal finish (Opaque)
Hence, the designed landscape roof structure allows sunlight to penetrate through the roof as a symbolic reference. stages the light that infiltrates the building. “Heavenly lights” can now be experienced everyday by the students while they study and gather at the university.
Key attention is given to the public gathering space of the building. Timber and other materials are used to give a comfortable and welcoming feeling. The central Boulevard is more urban and has big trees and water features. The internal zone introduces vegetation in between the building and mixes the interior.
Interior views
Bird’s eye view of the surroundings
13 About Fudan University – School of Management in Shanghai
Elevation
Section 1
Section 2
Sketch Elevation with Depth
Drawings Of Fudan University
MATERIAL LIBRARY
15 About Fudan University – Material Library
Terracotta louvres - Horizontal louvres -Sustainable, easy maintainance
Ceramic Coated Terracotta louvres - Vertical louvres
Glass
Screws; Bolts and Nuts
Aluminium Panel
Bolts and Nuts
Tile Clip, L= 20 mm
Aluminium Angle
mic C o at
ed
ra Ce te
U
S
Te r ra c ott a
W hi
VERT ICA LL
O
E R V
L
U O L
About Fudan University – Material Library
S V RE
Colours
Alu
E x tr u
mi
de
d Alu
um
m iniu m
A ngl e
Te r r
ta ot
ni
ac
HORIZ ON TA
17
-
o ll
ow
Polished
Glazed
n el
li p
s
qu
Natural
H
C
ha
Ti l e
lS
C
St e e
are s
DETAIL DRAWINGS HORIZONTAL LOUVRES
19 Hand Drawings
21 Hand Drawings
23 Hand Drawings
DETAIL DRAWINGS VERTICAL LOUVRES
25 Hand Drawings
27 Hand Drawings
A2
29
Fudan Louvre Design Proposal Technical Architectural Drawing Detail
350
A
350
350
350
350
350
350
350
2A DT- 03
3A DT- 03
2
1
1
4800
2
A-A
A
3A DT- 01
1-1
Key:
2A DT- 01
A- Parallel Flange Channel B- Hexagonal head screw C- Dark timber louver D- Concrete wall E- Hexagonal Nut
F- Hexagonal Bolt G- Aluminum Tube H- Aluminium Bracket I- Aluminum Louver J- Aluminum Washer
2-2
Notes:
The louver consists of horizontal timber cylinderical louvers and aluminium vertical louvers that have different thickness that help in getting views and letting in partial natural light the building.
Units:
All dimensions in "MM"
Organization: American Univerity of Sharjah
A
B
A
Drawn by: Mrinaalini Nagarajan
Project: Louvre Proposal Fudan University
B
Consultant: Professor Igor Jose Peraza Curiel
Drawing Title
Date: 19-10-2021
Scale at A2: 1:50
Detailed Drawing
Page number:
Elevation, Plan and Section
1A
MN ARXITEKTOR Doha street g00084948@aus.edu 050-65017202
31 Fasteners Hexagonal Bolt Ø28
23
72
Ø22
52
Elevation
Side view
30
Hexagonal Nut
59
50
Elevation
Side view
Top View
Hexagonal Screw
42
Ø28
Ø22
Elevation
Side view
6
Washer
Side view Elevation
Ø28
Top View
Ø80
SCALE 1:3
Notes:
The louver consists of horizontal timber cylinderical louvers and aluminium vertical louvers that have different thickness that help in getting views and letting in partial natural light the building.
Units:
All dimensions in "MM"
Organization: American Univerity of Sharjah
A
B
A
Drawn by: Mrinaalini Nagarajan
Project: Louvre Proposal Fudan University
B
Consultant: Professor Igor Jose Peraza Curiel
Drawing Title
Date: 19-10-2021
Scale at A2: 1:1
Rendering of Facade
Page number:
Interior and Exterior
1B
MN ARXITEKTOR Doha street g00084948@aus.edu 050-65017202
DT 3 A
E
F
G
H
B
F
G
A
B
H
E
C
DT 2
DT 1
38
0
70
40
Ø178
111
F H
C
178
B E
Key: A- Parallel Flange Channel B- Hexagonal head screw C- Dark timber louver D- Concrete wall E- Hexagonal Nut
Notes:
The louver consists of horizontal timber cylinderical louvers and aluminium vertical louvers that have different thickness that help in getting views and letting in partial natural light the building.
Units:
All dimensions in "MM"
Organization: American Univerity of Sharjah
A
B
A
Drawn by: Mrinaalini Nagarajan
Project: Louvre Proposal Fudan University
B
Consultant: Professor Igor Jose Peraza Curiel
Drawing Title
F- Hexagonal Bolt G- Aluminum Tube H- Aluminium Bracket I- Aluminum Louver J- Aluminum Washer
Date: 19-10-2021
Scale at A2: 1:3
Horizontal Louver
Page number:
Axonometric, Plan and Section of detail
2A
MN ARXITEKTOR Doha street g00084948@aus.edu 050-65017202
33
Horizontal Timber louver
178
Ø40
Ø178
1300 Elevation
Side view
Aluminum tube
Aluminum bracket Connection
40
Ø40
Elevation
178
Side view
8000
111
Top View
Elevation
Side view
70 Top View
Notes:
The louver consists of horizontal timber cylinderical louvers and aluminium vertical louvers that have different thickness that help in getting views and letting in partial natural light the building.
Units:
All dimensions in "MM"
Organization: American Univerity of Sharjah
A
B
A
Drawn by: Mrinaalini Nagarajan
Project: Louvre Proposal Fudan University
B
Consultant: Professor Igor Jose Peraza Curiel
Drawing Title
SCALE 1:10
Date: 19-10-2021
Scale at A2: 1:1
Horizontal Louver
Page number:
Rendering of detail
2B
MN ARXITEKTOR Doha street g00084948@aus.edu 050-65017202
DT 3 A E J I D
A
J
F
DT 2
I
0
20
180
0
DT 1
38
I
J 90
B J A
Key: A- Parallel Flange Channel B- Hexagonal head screw C- Dark timber louver D- Concrete wall E- Hexagonal Nut
Notes:
The louver consists of horizontal timber cylinderical louvers and aluminium vertical louvers that have different thickness that help in getting views and letting in partial natural light the building.
Units:
All dimensions in "MM"
Organization: American Univerity of Sharjah
A
B
A
Drawn by: Mrinaalini Nagarajan
Project: Louvre Proposal Fudan University
B
Consultant: Professor Igor Jose Peraza Curiel
Drawing Title
F- Hexagonal Bolt G- Aluminum Tube H- Aluminium Bracket I- Aluminum Louver J- Aluminum Washer
Date: 19-10-2021
Scale at A2: 1:3
Vertical Louver
Page number:
Axonometric, Plan and Section of detail
3A
MN ARXITEKTOR Doha street g00084948@aus.edu 050-65017202
35 Vertical Aluminum louver 90
Elevation
Elevation
Side view
226
226
Side view
3600
3600
180
Top View
Top View
C- Channel
100
15000
Elevation
380
Side view
Top View
SCALE 1:3
Notes:
The louver consists of horizontal timber cylinderical louvers and aluminium vertical louvers that have different thickness that help in getting views and letting in partial natural light the building.
Units:
All dimensions in "MM"
Organization: American Univerity of Sharjah
A
B
A
Drawn by: Mrinaalini Nagarajan
Project: Louvre Proposal Fudan University
B
Consultant: Professor Igor Jose Peraza Curiel
Drawing Title
Date: 19-10-2021
Scale at A2: 1:1
Vertical Louver
Page number:
Rendering of detail
3B
MN ARXITEKTOR Doha street g00084948@aus.edu 050-65017202
A3
37
The Japanese Joint Kane Tsugi Joint- Detail Drawing
SECTIONS 100 50
50
100
100
SECTION BB
SECTION AA
SECTION CC
ELEVATIONS
800
BOTTOM VIEW
B
100
C
25
25
A 14
1
200
A
50
45°
RIGHT SIDE VIEW
FRONT VIEW
B
LEFT SIDE VIEW
C
100
700
Part A
ISOMETRIC VIEW
TOP VIEW
Notes:
Drawn by:
The kane tsugi (literally, right-angle corner also known as Three Way Pinned Corner Mitre) joint is a traditional Japanese joint that offers incredible strength and beauty.
Mrinaalini Nagarajan
All dimensions in "MM"
American Univerity of Sharjah
Japanese Joinery Kane Tsugi Joint
Units:
Organization:
Project:
Consultant: Key
Part A SCALE 1:40
Professor Igor Jose Peraza Curiel
Drawing Title Orthographic Drawing of Part A
Date: 14-11-2021
Scale at A3: 1:5
Page number: 1
MN ARXITEKTOR Doha street g00084948@aus.edu 050-65017202
39
SECTIONS 100
100
100
50
50
SECTION BB
SECTION AA
SECTION CC
ELEVATIONS
800
BOTTOM VIEW
C
25
A
25
14
1
200
A
50
100
B
100
45°
RIGHT SIDE VIEW
FRONT VIEW
B
LEFT SIDE VIEW
C 700
Part B
ISOMETRIC VIEW
TOP VIEW
Notes:
Drawn by:
The kane tsugi (literally, right-angle corner also known as Three Way Pinned Corner Mitre) joint is a traditional Japanese joint that offers incredible strength and beauty.
Mrinaalini Nagarajan
All dimensions in "MM"
American Univerity of Sharjah
Japanese Joinery Kane Tsugi Joint
Units:
Organization:
Project:
Consultant: Key Part B SCALE 1:40
Professor Igor Jose Peraza Curiel
Drawing Title Orthographic Drawing of Part B
Date: 14-11-2021
Scale at A3: 1:5
Page number: 2
MN ARXITEKTOR Doha street g00084948@aus.edu 050-65017202
100
50
LEFT SIDE VIEW
FRONT VIEW
50
LEFT SIDE VIEW
TOP VIEW
Notes:
Drawn by:
The kane tsugi (literally, right-angle corner also known as Three Way Pinned Corner Mitre) joint is a traditional Japanese joint that offers incredible strength and beauty.
Mrinaalini Nagarajan
All dimensions in "MM"
American Univerity of Sharjah
Japanese Joinery Kane Tsugi Joint
Units:
Organization:
Project:
Consultant: Key Part C SCALE 1:40
Professor Igor Jose Peraza Curiel
Drawing Title 3D Drawing of the Joint steps
Scale: 1:5
Date: 14-11-2021
Scale at A3: 1:8
Page number: 3
MN ARXITEKTOR Doha street g00084948@aus.edu 050-65017202
41
Notes:
Drawn by:
The kane tsugi (literally, right-angle corner also known as Three Way Pinned Corner Mitre) joint is a traditional Japanese joint that offers incredible strength and beauty.
Mrinaalini Nagarajan
All dimensions in "MM"
American Univerity of Sharjah
Japanese Joinery Kane Tsugi Joint
Units:
Organization:
Project:
Consultant: Key Part C SCALE 1:40
Professor Igor Jose Peraza Curiel
Drawing Title Rendered steps of the Joint + Dimensions
Date: 14-11-2021
Scale at A3: 1:9
Page number: 4
MN ARXITEKTOR Doha street g00084948@aus.edu 050-65017202
KANE TSUGI JOINT- APPLICATION
43
2000
8000
500
600
Part A
Part B
500
6000
Part B
TOP VIEW OF APPLICATION
4000
8000
1000
PARTS OF APPLICATION
1000
1000
2000
1000
400
FRONT VIEW OF APPLICATION Notes:
Drawn by:
The kane tsugi joint is an orthogonal joint. The focus of the application of this joint is to show that an orthoganal joint can also be used to have an organic curved form. This form can act as an architectural shading structure.
Mrinaalini Nagarajan
Japanese Joinery Kane Tsugi Joint
Units:
All dimensions in "MM"
Consultant:
Organization: American Univerity of Sharjah
Project:
Professor Igor Jose Peraza Curiel SCALE 1:40
Drawing Title Application of Joint Orthographic Drawings
Date: 14-11-2021
Scale at A3: 1:100
Page number: 6
MN ARXITEKTOR Doha street g00084948@aus.edu 050-65017202
45
RIGHT SIDE VIEW
FRONT VIEW
ISOMETRIC VIEW- 3D
TOP VIEW- WITH NATURAL LIGHT AND SHADOW
TOP VIEW- WITHOUT NATURAL LIGHT
Notes:
Drawn by:
The kane tsugi joint is an orthogonal joint. The focus of the application of this joint is to show that an orthoganal joint can also be used to have an organic curved form. This form can act as an architectural shading structure.
Mrinaalini Nagarajan
Japanese Joinery Kane Tsugi Joint
Units:
All dimensions in "MM"
Consultant:
Organization: American Univerity of Sharjah
Project:
Professor Igor Jose Peraza Curiel SCALE 1:40
Drawing Title The Rendering of Application of Joint Isometric and Orthographic views
Date: 14-11-2021
Scale at A3: 1:1
Page number: 7
MN ARXITEKTOR Doha street g00084948@aus.edu 050-65017202
PERSPECTIVE VIEW
Notes:
Drawn by:
The kane tsugi joint is an orthogonal joint. The focus of the application of this joint is to show that an orthoganal joint can also be used to have an organic curved form. This form can act as an architectural shading structure.
Mrinaalini Nagarajan
Japanese Joinery Kane Tsugi Joint
Units:
All dimensions in "MM"
Consultant:
Organization: American Univerity of Sharjah
Project:
Professor Igor Jose Peraza Curiel SCALE 1:40
Drawing Title The Rendering of Application of Joint Perspective views
Date: 14-11-2021
Scale at A3: 1:1
Page number: 8
MN ARXITEKTOR Doha street g00084948@aus.edu 050-65017202
47
VIEW OF ENTRANCE
INTERIOR VIEW
Notes:
Drawn by:
The kane tsugi joint is an orthogonal joint. The focus of the application of this joint is to show that an orthoganal joint can also be used to have an organic curved form. This form can act as an architectural shading structure.
Mrinaalini Nagarajan
Japanese Joinery Kane Tsugi Joint
Units:
All dimensions in "MM"
Consultant:
Organization: American Univerity of Sharjah
Project:
Professor Igor Jose Peraza Curiel SCALE 1:40
Drawing Title The Rendering of Application of Joint Perspective views
Date: 14-11-2021
Scale at A3: 1:1
Page number: 9
MN ARXITEKTOR Doha street g00084948@aus.edu 050-65017202
A4
49
FNL
Final Detail Drawing Louvre Detail Drawings
200
380
40
Aluminium Bracket
Dark timber louver
Ø178
Ø40
Aluminum Tube
ARC 382 F21
30
Aluminum Washer Hexagonal Head Bolt Hexagonal Nut Aluminum Louver Concrete wall
SCALE 1:3
23
80
American University Of Sharjah
Aluminum Washer
59
F I N A L D E T A I L DRAWING
90
80
Hexagonal Head screw
42
Parallel Flange Channel
Key: 180
180
I
A- Parallel Flange Channel B- Hexagonal head screw C- Dark timber louver D- Concrete wall E- Hexagonal Nut F- Hexagonal Bolt G- Aluminum Tube H- Aluminium Bracket I- Aluminum Louver J- Aluminum Washer
0
20
180
0
38
200
51
B I
A
J B
90
B
J D
SCALE 1:10
SCALE 1:6
SCALE 1:10
SCALE 1:10
A
38
0
70
40
178
F
G
40
B
H C F E
B F
A
Ø178
C
111
178
H E F
Notes:
The louver consists of horizontal timber cylinderical louvers and aluminium vertical louvers that have different thickness that help in getting views and letting in partial natural light the building.
All dimensions in "MM"
American Univerity of Sharjah
Drawn by: Mrinaalini Nagarajan
Consultant: Professor Igor Jose Peraza Curiel
A
B
Project: Final Drawing- Louvre Detail Fudan University
B
Units:
Organization:
A
Drawing Title
Date: 13-12-2021
Scale at A2: 1:10
Final Design Proposal
Page number:
Axonometric, Plan and Section of detail
1
MN ARXITEKTOR Doha street g00084948@aus.edu 050-65017202
Copyright © 2021 by Mrinaalini Nagarajan. All rights reserved. This binder or any portion thereof may not be reproduced or used in any manner without the express written permission of the publisher. American University of Sharjah, under the faculty Professor Igor Peraza Curiel
MN ARXITEKTOR