Issuu

ARC382

FINAL DETAIL DRAWING 1:5

Frosted Glass

Glazing

ARCHITECTURAL DETAILING FINAL BINDER

SPRING 2022 PROFESSOR IGOR PERAZA BASMA ELSOBKY

Mullion

Steel Element

600

400 116 69

400

Steel Angle Nuts and Bolts I-Beam Galvanized Square Piece Galvanized Piece were the rod is inserted into

Galvanized Steel Rod

Clear Adhesive

I attempted to intervene from a point, where it had very minimal impact on the existing building, but that connects back to the existing circulation of the CAAD building

As for the entrances one was placed near the fab labs, which is also closest to the parking area and the existing loading dock .The other entrance was placed parallel to one of the entrances of the CAAD building, making it easy to access

Possible solar panels location

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Parti Parking Rigid solar tubes offer better light transmission than flexible tubes and also let the light channel down the tube from the roof to the rooms and other areas in direct motion.

Concept: The building is divided into two parts with the upper portion elevated and containing solar tubes to allow for indirect natural light to illuminate the studio spaces and the flexible space, while the lower part is glazed to allow for natural ventilation through the building

As a whole, rigid solar tubes can deliver up to 20m of efficient light transmittance. Surprisingly, rigid solar tubes stand a better chance at delivering light tha n a flexible tube. Light Weight Trusses

Site Plan+Site Analysis

Vegetation, which aids in bringing oxygen to the interior of the building, and helps with the ventilation constantly renewing the air around the building ARC302| A-2 Schematic Design| Basma Elsobky Professor Roberto Castillo

Parking

Main Entrance

Entrance parallel to CAAD back exit

ARC302| Basma Elsobky

Professor Roberto

ARC302| Basma Elsobky

Professor Roberto

Scale 1:200 Elevation

Pin-up

Offices

Studio

Gathering Space

Bathroom

H G

Bathroom

C IJ

Studio

ARC302| A-2 Schematic Design| Basma Elsobky Plan02 | 1:200

Professor Roberto Castillo

CAS

Elevations

ARC302| Professor Roberto A-2Castillo Schematic

Design| Basma Elsobky

3.6m

0.6m

24m

1.4m

TABLE OF CONTENTS 01

CAMPUS OF FUDAN UNIVERSITY Shanghai, China

Primary Research and Proposal

LOUVER FACADE Design Proposal

HOUSE OF WISDOM Drawing an Actual Detail

FNL

Detail Drawings and Renders

Primary Research and Detail Drawings

LOUVER FACADE DETAIL DRAWING Design Proposal Final Detail Drawing

CAMPUS OF FUDAN UNIVERSITY Shanghai, China

Primary Research and Proposal

RESEARCH ABOUT EMBT

RESEARCH ABOUT EMBT FIRM

Who are EMBT architects? Miralles Tagliabue EMBT is an international acknowledged architecture studio formed by Enric Miralles (19552000) and Benedetta Tagliabue in 1994

Enric Miralles Enric Miralles Moya (12 February 1955 – 3 July 2000) was a Spanish architect from Barcelona. He graduated from the Barcelona School of Architecture (ETSAB) at the Universitat Politècnica de Catalunya (UPC) in 1978. After establishing his reputation with a number of collaborations with his first wife Carme Pinós, the couple separated in 1991. Miralles later married fellow architect Benedetta Tagliabue, and the two practiced together as EMBT Architects

Benedetta Tagliabue An Italian architect, she graduated from the Istituto Universitario di Architettura di Venezia (IUAV) and later completed her studies in New York. In 1989 she moved to Barcelona, where she is still living today. In 1991, she joined Enric Miralles and together they founded the studio Miralles Tagliabue EMBT, whose projects can be found in many countries all over the world like China, Germany, England and The Netherlands to name a few

Some selected awards achieved by EMBT architects 2018 PREMIO INTERNAZIONALE “SEBETIA-TER 2018” PER L’ARCHITETTURA All’ Architetto Arch. Benedetta Miralles Tagliabue, 26 May 2018, Naples, Italy 2017 SPANISH ARCHITECT SOCIETY AWARDS Best Innovative Design 2010 RIBA INTERNATIONAL AWARD 2010 The Royal Institute of British Architects 2009 WAF AWARDS 2009 – FUTURE PROJECT WAF World Architecture Festival Awards 2009 2007 PRIX LUXEMBOURGEOIS D’ARCHITECTURE Silver Medal – Urbanisme, aménagement d’espaces publics 2002 BDA HAMBURG ARCHITEKTUR PREIS

What makes EMBT unique? Each project evolves from the specific client requirements and innovation emerges through the design process. This approach is combined with strong technical and management skills to provide cost effective and personal ser vice EMBT ensures that clients take an active role in defining their needs, bringing client and solution together, and is backed by a support team with a capability of responding rapidly to projects demands The studio put great emphasis on each individual projects context, history and culture and aims to enhance these aspects through their unique design pr ocess

RESEARCH

PROJECTS

2005

2011

SANTA CATERINA MARKET

CAMPUS OF FUDAN SCHOOL OF MANAGEMENT

LOCATION: Barcelona, Spain

LOCATION: Shanghai, China

CLIENT: Foment de Ciutat Vella, S.A

CLIENT: Fudan University

DATE: 2005

DATE: 2011

STATUS: BUILT

STATUS: UNDER CONSTRUCTION

TYPOLOGY: COMMERCIAL HOUSING MASTERPLAN REHABILITATION

TYPOLOGY: EDUCATIONAL LANDSCAPE

CONCEPT: The proposal superimposes new architecture on old, mixes them, and comes up with a conglomerate, a hybrid that accentuates usefulness and is contemporary. The interior distribution of the market was reorganized; there are fewer stands but the access and service systems are rationalized; the surface area of public spaces gains ground and communicates with the Avinguda Francesc Cambó, an important transitional vein in the neighborhood also surrounded by a dense network of narrow streets

CONCEPT: EMBT was awarded first prize in the International Competition for the New Campus of Fudan University School of Management in Shanghai, China. Fudan is part of a network of universities and their respective buildings located in Shanghai, Fudan is also a very special and unique university with an extensive history and a very unique character. Besides the main campus, there are two new components. These components are not closely located, they are separate pieces, so in order to establish the connection the buildings must convey the identity of Fudan and contemporary life

2014

2019

EAST COAST RESTAURANT

KALIDA SANT PAU CENTRE

LOCATION: Hamburg, Germany CLIENT: East Hotel & Restaurant GmbH

LOCATION: Barcelona, Spain

DATE: 2014

CLIENT: Fundació Kálida, Nous Cims, Fundació Privada de l’Hospital de la Santa Creu i Sant Pau

STATUS: BUILT

DATE: 2019

TYPOLOGY: COMMERCIAL

STATUS: BUILT TYPOLOGY: HEALTH LANDSCAPE

CONCEPT: It transforms the topography of the landscape and builds a panoramic viewpoint for the Marco-Polo-Square, the Quay zones, the harbour basin and the new opera house Elbphilharmonie

CONCEPT: The fundamental idea of the project is to plant some new coloured flowers in the garden of the original hospital, and so the centre is designed as a garden pavilion where the boundaries between interior and exterior blur and vary. The building offers privacy, light, retreat and protection around the garden

RESEARCH

Campus of Fudan University – School of Management Shanghai

What does the term Fudan mean?

What makes the project unique and fascinating?

The literal translation of Fudan in to English means: Heavenly light shines day after day

The

How is that translated in the project?

The Project has two main external landscapes. Both areas are treated differently. The central Boulevard is more urban and has big trees and water features. The internal zone introduces vegetation in between the buildings and mixes with the interior

All the public gathering spaces of the new buildings are covered by a roof-landscape. This roof structure filters, modulates and 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

fudan campus creates a new core in the new community

The master plan for this new zone defines the density and heights. The new buildings must have a relationship to the surrounding buildings, the volumes must relate to the urban context, and be adjustable to the different functions. The buildings become part of a network of connections, instead of forming borders

RESEARCH

MATERIALS

Tiles 1 Terracotta For the louvers

Terracotta Tiles 2 Coated For the vertical louvers

Wood 3 Used in the interior of the building

Aluminium 4 Extruded

Steel Square 5 Horizontal Louvers

Aluminium Angle 6 Installation

and Nuts 7 Bolts Installation

8 Glass Hidden

Clip 9 Installation

RESEARCH PRELIMINARY SKETCHES

ELEVATION

SECTION

PLAN

DRAWINGS HORIZONTAL LOUVERS

ELEVATION

SECTION

PLAN

DRAWINGS

VERTICAL LOUVERS

STEEL SQUARE EXTRUDED ALUMINIUM EXTRUDED ALUMINIUM

TILE CLIP ALUMINIUM ANGLE TERRACOTTA TILES

EXTRUDED ALUMINIUM ALUMINIUM ANGLE

STEEL SQUARE

DRAWINGS HORIZONTAL LOUVERS CONNECTIONS

DRAWINGS

HORIZONTAL LOUVERS CONNECTIONS EXPLODED AXONOMETRIC

TERRACOTTA TILES

TILE CLIP

TERRACOTTA TILES

STEEL SQUARE

DRAWINGS VERTICAL LOUVERS CONNECTIONS

DRAWINGS

VERTICAL LOUVERS CONNECTIONS EXPLODED AXONOMETRIC

LOUVER FACADE Design Proposal

Detail Drawings and Renders

4200 4200

All measurements are placed in mm

CLIENT IGOR PERAZA

600 92

AMERICAN UNIVERSITY OF SHARJAH

DET A-2

BASMA ELSOBKY

PROJECT

CAAD EXTENSION

DRAWING TITLE

24000 24000

DET A-1

PLAN, SECTION, AND ELEVATION

DRAWING NO.

A2|01

2000 2000 SCALE|FORMAT

1:70|A3

All measurements are placed in mm

Layers of Frosted Glass Galvanized Steel Element for Supporting Fixing of the Glass Layers, Fixed to Glass with Adhesive Glue Layer

Clear Adhesive between Glass Layers and Metal Piece CLIENT IGOR PERAZA AMERICAN UNIVERSITY OF SHARJAH

BASMA ELSOBKY

455

PROJECT

CAAD EXTENSION

DRAWING TITLE

LOUVRE DETAIL IN PLAN

DET A-1 LEGEND 1 Clear Adhesive between Glass Layers and Metal Piece 2 Layers of Frosted Glass 3 Galvanized Steel Element for Supporting Fixing of the Glass Layers, Fixed to Glass with Adhesive Glue Layer

DRAWING NO.

A2|02

SCALE|FORMAT

1:5|A3

All measurements are placed in mm

1 CLIENT IGOR PERAZA AMERICAN UNIVERSITY OF SHARJAH

2 3 4 5 6 7 8

BASMA ELSOBKY

PROJECT

CAAD EXTENSION

DRAWING TITLE

LEGEND 1 Frosted Glass 2 Steel Element 3 Galvanized Steel Rod Connects Louvre to Galvanized Element 4 Galvanized Piece were the rod is inserted into 5 Galvanized Steel Rod 6 I-Beam 7 Bolts 8 Nuts 9 Clear Adhesive Bteween Frosted Glass Layers and between Glass and Galvanized Steel Element

LOUVRE CONNECTION DETAIL

DRAWING NO.

A2|03

SCALE|FORMAT

1:5|A3

All measurements are placed in mm

CLIENT IGOR PERAZA AMERICAN UNIVERSITY OF SHARJAH

BASMA ELSOBKY 32 89

PROJECT

CAAD EXTENSION

DRAWING TITLE

LOUVRE DETAIL IN PLAN

24 31

DRAWING NO.

A2|04

SCALE|FORMAT

1:5|A3

All measurements are placed in mm

CLIENT IGOR PERAZA AMERICAN UNIVERSITY OF SHARJAH

BASMA ELSOBKY

PROJECT

DRAWING TITLE

LOUVRE DETAIL IN PLAN SHOWING ROTATIONAL MOVEMENT

CAAD EXTENSION

DRAWING NO.

A2|05

SCALE|FORMAT

1:5|A3

All measurements are placed in mm

Clear Adhesive CLIENT IGOR PERAZA AMERICAN UNIVERSITY OF SHARJAH

BASMA ELSOBKY

PROJECT A

CAAD EXTENSION

DRAWING TITLE

PLAN AND SECTION DETAIL

DRAWING NO.

A2|06

SCALE|FORMAT

1:5|A3

All measurements are placed in mm

CLIENT IGOR PERAZA AMERICAN UNIVERSITY OF SHARJAH

BASMA ELSOBKY

PROJECT

CAAD EXTENSION

DRAWING TITLE

AXONOMETRIC DRAWING SHOWING LOUVRE ASSEMBLY

DRAWING NO.

A2|07

SCALE|FORMAT

1:5|A3

RENDERS

HOUSE OF WISDOM Drawing an Actual Detail

Primary Research and Detail Drawings

RESEARCH

ABOUT NORMAN FOSTER

RESEARCH

ABOUT NORMAN FOSTER

Original name in full Norman Robert Foster, (born June 1, 1935, Manchester, England), British architect known for his sleek modern buildings made of steel and glass

Awards won for the House of Wisdom 2021-Prix versailles- Africa and West Asia 2021 2021-Win Awards- Civic Libraries, Museums and the Arts- Bronze

Foster was trained at the University of Manchester (1956–61) in England and Yale University (1961–62) in New Haven, Connecticut. Beginning in 1963 he worked in partnership with Richard and Su Rogers and his wife, Wendy Foster, in a firm called Team 4. In 1967 he established his own firm called Foster Associates (later Foster + Partners). Foster’s earliest works explored the idea of a technologically advanced “shed,” meaning a structure surrounded by a lightweight shell or envelope

Norman Foster

RESEARCH

HOUSE OF WISDOM

Located adjacent to the airport, ten kilometres from the city centre, the two-storey building embodies a sense of clarity and lightness, with a large floating roof cantilevering on all sides of a transparent rectilinear volume. The 15-metre-wide overhang shades the façades throughout most of the day, while fixed aluminium screens with differing densities filter the low sun in the evenings. Movable bamboo screens at low level are deployed by the building users, to provide privacy or to control glare. When not in use the bamboo screens are left open, preserving the visual connections with the landscaped gardens

MATERIALITY

Aluminium Used for the outer shading device

Steel Steel is then used for the rest of the shading device

Coating A coating is applied for aesthetics and to protect against corrosion of the materials used

SITE VISIT

DRAWINGS

CONNECTION DRAWING

DRAWINGS CORNER DRAWING

DRAWINGS

EXPLODED AXO OF CONNECTION

DRAWINGS EXPLODED AXO OF LOUVRES

DRAWINGS

3D DRAWING

DRAWINGS 3D DRAWING

DETAIL DRAWINGS

All measurements are placed in mm

10000mm

CLIENT IGOR PERAZA AMERICAN UNIVERSITY OF SHARJAH

1704mm

BASMA ELSOBKY

PROJECT

HOUSE OF WISDOM LOUVERS

DRAWING TITLE

PLAN, SECTION, AND ELEVATION

DRAWING NO.

1490mm

A3|01

3800mm

SCALE|FORMAT

1:70|A3

All measurements are placed in mm

510mm

32mm

CLIENT IGOR PERAZA

STEEL

AMERICAN UNIVERSITY OF SHARJAH

BASMA ELSOBKY

PROJECT

950mm

HOUSE OF WISDOM LOUVERS

ALUMINUM DRAWING TITLE

ALUMINUM

EXPLODED PLAN VIEW

DRAWING NO.

A3|02

1900mm SCALE|FORMAT

3800mm

1:50|A3

All measurements are placed in mm

Fixed Louvers out of aluminum coated to protect against corrosion The openings in the Louvers repeats through out the entire fixed shading device

CLIENT IGOR PERAZA AMERICAN UNIVERSITY OF SHARJAH

BASMA ELSOBKY

PROJECT Connectors out of steel and coated that connects back to the fixed louvres

HOUSE OF WISDOM LOUVERS

DRAWING TITLE

EXPLODED AXONOMETRIC

DRAWING NO. Washer Nut

A3|03 Exploded steel connecters that is welded back to the glazing and coated to protect against corrosion

SCALE|FORMAT

1:100|A3

RENDERS

FNL

LOUVER FACADE DETAIL DRAWING Design Proposal

Final Detail Drawing

A3 DETAIL DRAWING

Final Detail Drawing

LEGEND 1 Frosted Glass 2 Galvanized Piece were the rod is inserted into 3 Galvanized Steel Rod Connects Louvre to Galvanized Element 4 Clear Adhesive 5 Clear Adhesive Bteween Frosted Glass Layers and between Glass and Galvanized Steel Elements6 Bolts and Nuts 7 Steel Element

1500

350

242 31

165

162

31 242

696

400

FNL

LOUVER FACADE DETAIL DRAWING Design Proposal

I attempted to intervene from a point, where it had very minimal impact on the existing building, but that connects back to the existing circulation of the CAAD building

..\..\..\OneDrive\Desktop\Screenshot 2022-03-07 075342.png

Parti Parking

2000

Light Weight Trusses

Site Plan+Site Analysis

Parking

Main Entrance

ARC302| Basma Elsobky

Professor Roberto Scale 1:200 Elevation

E F

H G

C IJ

ARC302| A-2 Schematic Design| Basma Elsobky Professor Roberto Castillo

Elevations

2000

Possible solar panels location

Rigid solar tubes offer better light transmission than flexible tubes and also let the light channel down the tube from the roof to the rooms and other areas in direct motion. As a whole, rigid solar tubes can deliver up to 20m of efficient light transmittance. Surprisingly, rigid solar tubes stand a better chance at delivering light tha n a flexible tube.

ARC302| Professor Roberto A-2Castillo Schematic

Design| Basma Elsobky

Entrance parallel to CAAD back exit

ARC302| Basma Elsobky

Professor Roberto Scale 1:200 Elevation

All measurements are placed in mm

CLIENT IGOR PERAZA AMERICAN UNIVERSITY OF SHARJAH

BASMA ELSOBKY

PROJECT

30X30

CAAD EXTENSION

DRAWING TITLE

LOUVRE DETAIL IN PLAN

DRAWING NO.

A2|02

SCALE|FORMAT

1:5|A3

FINAL DETAIL DRAWING 1:5

Frosted Glass

Steel Element

Clear Adhesive

600

400 116 69

400

Steel Angle Nuts and Bolts I-Beam Galvanized Square Piece Galvanized Piece were the rod is inserted into

Galvanized Steel Rod