Pathan, Aaminah

Aaminah Pathan 2021 Portfolio

BA(Hons) Architecture Liverpool School of Art and Design

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ABOUT A AB BOU OUT THIS TH PORTFOLIO POR ORTF ORTF FOL OLIO OC CONTAINS ON NTA TAIN IN NS TH T THE E WORK WORK KF FROM ROM RO M MY M UND UNDERGRADUATE ND DER ERGR G AD ADUA UATE UA T TE DEGREE DE D EGREE EA AT T LIVERPOOL L VE LI V RP RPOO OOL L JOHN HN NM MOORES OO ORE RES UNIVERSITY, U IV UN VER E SI SITY TY, EX EXPERIMENTING XPE PERI R ME M NT TING W WI WITH ITH TH DIFFERENT D DI FF FER ERE ENT SO EN SOFT SOFTWARE FTWA WARE E TO O IM IMPROVE MP PR ROV VE MY SKILLS SKILL LLS S AS A AN AN ARCHITECTURAL ARCHIT AR TE EC CTU TURA R L RA DESIGNER, DESI DE SIIGN GNER, AS GNER ASPI ASPIRING IR RIING G TO O HOPE H HO HOPEFULLY OP PE EFU FULL LY BECOME B BE CO C OME OME M A AN N ARCHITECT. ARCH AR CH CH HIT IT TEC E T. T I HAVE HAV AVE E ENJOYED EN NJO OYE YED D CREATING CREA CR ATI TING NG THESE THE H SE RANGE RA RANG ANG GE OF OF PROJECTS PROJE RO R OJE JEC CT TS WH W WHICH HIC ICH H HAVE HA AVE E HELPED HEL ELPE PE P ED ME E BROADEN BRO ROAD OAD DEN EN MY MY KNOWLEDGE K OW KN OWLE L DG LE DGE E BE B IT IT STRUCTURAL STRU ST R CT RU C UR URAL L OR OR DESIGN D DE SIIGN B BASED. AS SED ED.

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EDUCATION LIVERPOOL JOHN MOORES UNIVERSITY, LIVERPOOL, UK BA HONS | SEPT 2018 - Present BOLTON SIXTH FORM COLLEGE, BOLTON, UK PHYSICS, MATHS, FINE ART| SEPT 2016 - JUL 2018 BOLTON MUSLIM GIRLS SCHOOL, BOLTON, UK GCSE's | SEPT 2011 - June 2016

TOOLS ADOBE PHOTOSHOP ADOBE INDESIGN AUTOCAD REVIT SKETCHUP ENSCAPE

LANGUAGES ENGLISH URDU HINDI

2020 Porƞolio Aaminah Pathan

CONTENTS BA Year 3 Semester 2 CDP Northern Powerhouse

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BA Year 3 Semester 1: Weather or Not

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BA Year 2 Semester 2: Library of the Future

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COMPREHENSIVE

DESIGN PROJECT 2020 Porƞolio Aaminah Pathan 1

BUILDING USES DIAGRAM The area is seen to be filled with accomodation, landmarks, businesses and civic buildings.

This informed my decision to choose this site between the two choices given, as the princes parade holds a more civic nature whilst also reflecting Liverpool’s beautiful history withn the three graces.

MAIN ROUTES Main roads to and from the site have been drawn within the thicker red lines to show the busier nature of the roads, which then lead to lesser populated roads towards the dock which could possibly provide for access points in my design.

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PEDESTRIAN ROUTES Initial routes for pedestrians were outlined to explore main points of access.

ADDITIONAL ROUTES Along with the pedestrian routes shown, an additional pedestrian route acting as a potential side street is proposed to be introduced to allow for further circulation space and ease of access in and out of the site.

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RIVERSIDE STATION THE RIVERSIDE STATION SURROUNDING THE SITE IS APPARENT IN BOTH PLANS ORIGINALLY OPENING IN 1895.

THE STATION INTERRUPTS THE SITE IN BOTH PLANS, HENCE WE CAN SEE THAT IT WAS INITIALLY USED AS A TRANSPORT HUB FOR THE CITY CENTRE WITH SURROUNDING AREA USED FOR DEPOTS, MARINE OFFICES AND RECEIVING HOUSES.

1920

1950

1920 1950 4 Aaminah Pathan 2020 Porƞolio

A SIGNIFICANT DIFFERENCE SEEN FROM THE 20’S, 50’S PLANS IS THAT THE PRINCES DOCK WHICH WAS EXTENDED TO THE RIGHT OF THE SITE HAS NOW DECREASED IN SIZE AND ONLY FILLS TO THE EDGE OF THE SITE. RIVERSIDE STATION HAD BEEN DEMOLISHED IN 1971, HENCE IT IS NOT PRESENT WITHIN THE PLAN. THE ONLY MAJOR DIFFERENCE FROM THE 90’S TO TODAY IS THAT THERE HAS BEEN A CLEAR ROUTE INTRODUCED WITHIN THE SITE TO HELP TRANSPORT GOODS TO AND FROM THE LANDING STAGE TERMINAL MORE EFFICIENTLY.

1990

2020

1990 2020 2020 Porƞolio Aaminah Pathan 5

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THREE FORMS

ROTATION

After researching the National Congress Building in Brazil, I admired the simplistic design and the manipulation of domes to create a minimalistic but strong design. Hence i started with three dome shapes, each symbolising a chamber.

A clear structure was necessary within the boundaries of the site, also, given the dimensions of the area, it proved to be fruitful to rotate the forms to allow for the area around to be used for other purposes without disruption; this would allows for views to the dock aswell.

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RECTANGULAR ADDITION

BLOCK ROTATION + SOCIAL SPACE

Within parliament buildings, it often is necessary to accomodate for the offices of the elected members, henceforth another form spanning the entire site was introduced to house 50 offices.

After studying various precedents, the idea of a demonstration area, or area for communal gathering was intended for this project, as currently the only area used for demonstration is situated near St Georges Place, my design would facilitate for the public wanting to demonstrate in an area which would prove most successful for them.

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ADJUSTMENTS

WALKWAY AROUND CHAMBER

As the design has developed, heights for buildings were determined : the office block would be four storeys (before further changes), the ground floor sitting at a height of 4m, with the other three floors at 3m, whereas the main debating chamber would sit at 8m above ground.

A plinth was introduced into the design as a means for further circulation around the forms, connecting the two buildings together, if my aim was to mend the relationship between the elected and public also, this would act as a means for joining both worlds together.

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CURVED WALKWAY The rolex learning centre by sanaa was studied for this stage of my conceptual development, i was intrigued with the curvature of the building, how it would allow for the curves within the upturned dome to be explored and flow through to a rectangular form, reflecting the natures of the building types ; informal to a more loose space where people of both worlds can join to voice their opinions.

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ADJUSTMENTS As the site is unaffected by shadows, as illustrated in my sun study, it was important to allow for a means where light can penetrate through the building also reducing the use of aritficial lighting in my building where possible ; the space was elevated by 4m, housing various spaces within the designated voids.

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GROUND FLOOR

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FIRST FLOOR

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SECTION T 10 Aaminah Pathan 2020 Porƞolio

THROUGH SITE 2020 Porƞolio Aaminah Pathan 11

WEST ELEVATION

SECTION ACROSS SITE

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ISO DRAWING OF DESIGN

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DEBATING CHAMBER

DEMONSTRATION/GREEN SPACE

BREAKOUT SPACE GROUND FLOOR 14 Aaminah Pathan 2020 Porƞolio

GROUND FLOOR

GREEN SPACE TOWARDS LIVER BUILDING

MEETING ROOMS WITHIN BUILDING 2020 Porƞolio Aaminah Pathan 15

West elevation of office building double skin facade (1:20)

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1 200 reinforced concrete 50 mm reinforced screed with integrated heating/cooling 50 mm screed, micro-perforated membrane 2 double glazed window structure 3 300 mm concrete column 4 stainless-steel profile, thermood louves (100 x 600 mm) 5 metal attachment clip 45mm metal grid

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Main building (west elevation) detail (1:20) 1 PVC sealant, light grey 300 mm mineral wool; vapour barrier 80 mm corrugated metal primary beam: steel IPE 400, 7 m interval, l = 7 m, (structure in curved areas: 23 mm curved corrugated metal primary beam: steel IPE 400, bent polygonally, 7 m interval, 350/200 mm curved glue-lam secondary beam) 2 solar-protection shading device 3 carpet; 80 mm reinforced screed with integrated heating/cooling foil sealing; 300 mm thermal insulation; vapour barrier 250 mm reinforced concrete 4 8mm white oak strips 25 mm acoustic insulation 5 150mm concrete columns

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4

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3

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250mm concrete roof structure with glass skylight Membrane with voids circling different rooms within building

Double glazing outercase for glass rooms Primary roof structure of horizontal steel beams (400 x 180) secondary curved glulam timber beams

8mm white oak strip + 25 mm acoustic insulation ceiling finishes

Curved glulam beam dome structure + concrete casing 150 mm concrete columns

Main buiding axonometric drawing of structure (1:500) 18 Aaminah Pathan 2020 Porƞolio

Office building axonometric drawing of structure (1:1000) Concrete slab floors supported by concrete columns - curtain wall glazing surrounding perimeter of building

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Could contain a lot of square images - and a format with 5 or 6 squares pe page is also possibel to make. Her the 4 square pages have a 2mm ga between each image.The 3 square per page images have 3mm ga between images, and the centrefold gap is always 3mm. This keeps a page margins the same to all pages This is font size 9, and the text i ‘JusƟfied’ to give a neat right side.

WEATHER 20 Aaminah Pathan 2020 Porƞolio

s! er e p es p d ll s. is

R OR NOT 2020 Porƞolio Aaminah Pathan 21

The site analysis shown to the right showcases the site location which is within otterspool promenade. It was important to analyse the environmental conditions like the amount of daylight which would showcase onto the area - in the east to westerly direction.

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My chosen theme to base the project around had been wind, trying to utilise the natural resources found wihtin the atmosphere.

64mm 6 4mm sq sq image image

64mm 6 4mm sq sq image image

64mm 6 4mm sq sq image image

64mm 6 4mm sq sq image image

The wind arrives in from the south westerly direction, hence it was importatn for me to think carefully about the orientation of the building to maximise airflow within the building. The routes diagram carefully illustrates pedestrian routes in pink, and car routes in grey.

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The aim of the sustainability project has been to create a welcoming environment in which people can be educated about the surrounding area; utilising liverpools windy climate to ventilate the building naturally whilst allowing for visitors to have a sensory experience of wind whilst visiting.

Ground floor plan showcasing solid brick fins with an exhibition space for wind sculptures, an auditorium and an information centre.

1 EXHIBITION ROOM/ GALLERY 2 STORAGE FACILITY 3 AUDITORIUM 4 RECEPTION 5 INFORMATION ROOM 24

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The main space being the kite space, is the only space which has not been enclosed, to maximise the windflow within the two brick planes, allowing for a space which is far more dramatic in experience whilst flying kites in comparison to the other spaces. The kite space is intended to be a space that helps visitors of all ages feel welcomed in the space, allowing for a measn of social interaction too.

131mm sq im image ma g e

First floor plan showing two lab spaces, cafe and the main kite space.

6 VIEWING DECK 7 LABORATORY 8 KITE FLYING SPACE 9 LABORATORY 10 VIEWING DECK 11CAFE 12 VIEWING DECK 2020 Porƞolio Aaminah Pathan

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64mm 6 4mm sq sq image image 1. 200mm TIMBER ROOF 2. TIMBER BEAMS (350 - 750mm DEEP)

3. 300mm TIMBER FACADE

4. 20mm CURTAIN WALL

5. 20mm TIMBER FLOOR/ INTERIOR WALLS

SECTION THROUGH DESIGN

64mm 6 4mm sq sq image image

6. TIMBER BEAMS (350 - 750mm DEEP) 7. 900mm DECORATIVE TIMBER CEILING 8. 20mm TIMBER FLOOR/ INTERIOR WALLS 9. TIMBER BEAMS (350 - 750mm DEEP) 10. 20mm CURTAIN WALL

11. 300mm TIMBER FACADE

SECTION ACROSS DESIGN

12. BRICK STRUCTURE PLANES (VARYING THICKNESS 1-1.5M)

13. CONCRETE RAFT FOUNDATION 300-600mm DEPTH

FRONT ELEVATION 26 Aaminah Pathan 2020 Porƞolio

STRUCTURAL AXONOMETRIC

Wind arriving from the promenade filters through the timber solar louvres, in through the inward opening vents to provide for a natural system of ventilating the building.

The vents allow for control of conditions within, eradicating the need for mechanical systems.

SECTION THROUGH SHOWING AIRFLOW

FRONT ELEVATION DRAWING 2020 Porƞolio Aaminah Pathan 27

AUDITORIUM 28

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KITE FLYING SPACE 2020 Porƞolio Aaminah Pathan 29

Primary structure - load bearing brick walls Secondary structure - timber facade details and beams, oak flooring finishes Curtain wall structure (inward opening vents)

30mm OAKWOOD FLOOR FINISH 150 x 350mm TIMBER BEAMS WITH 100mm INSULATION 90mm DECORATIVE CEILING

RECEPTION CEILING DETAIL Parametric timber fins 20mm curtain wall panels (inward opening vents)

100mm insulation

RECEPTION FOUNDATION DETAIL

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Aaminah Pathan 2020 Porƞolio

300mm-600mm raft foundation

60mm oak flooring

70mm rigid insulation

30mm underfloor heating

15mm sand

20mm oak floor finish

10mm gravel 250mm timber roof 150 X 350mm timber beams with 100mm insulation 30mm oakwood ceiling finish ROOF CONNECTION DETAIL

30mm oakwood floor finish 150 X 350mm timber beams with 100mm insulation

CEILING CONNECTION DETAIL

90mm decorative ceiling

20mm oak floor finish 1m brick wall (800 x 400mm concrete slab support) 25 X 50mm timber beams with 80mm insulation 30mm timber acoustic panels

30mm underfloor heating 60mm oak flooring 100mm insulation 300mm-600mm raft foundation 70mm rigid insulation

AUDITORIUM FOUNDATION DETAIL

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This text column is 64mm wide, repeaƟng width from the 3 square format.This page format allows placement of any ‘A’ format page in landscape, the yellow box being an actual A4 page size. Again this leaves a potenƟally unusual blank strip here, and as in previous pages a careful approach to using these bands should be considered.

LIBRARY OF 32

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THE FUTURE 2020 Porƞolio Aaminah Pathan

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Site analysis showcasing direction of sun throughout everton park site. Wind arriving into the site would then determine orientation and choice of materiality to shield from liverpools windy climate.

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To the right are pedestrian routes shown in red and major car routes through netherfield road and heyworth street in black, which would later influence entrance routes for the design.

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SINGULAR FORM

CONJOINE

VARIATION OF CIRCULAR ELEMENTS 36 Aaminah Pathan 2020 Porƞolio

ADDITIONAL ELEMENTS ADDED

ED ELEMENTS

EXTRUSION 2020 Porƞolio Aaminah Pathan

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After analysing the site, focus was upon the surrounding areas of the site (everton park) where schools were situated - a world within a world was the main idea inspired by michael foucalt’s interpretation of libraries being ‘heterotopia’ .

Ground floor plan showcasing auditorium, three classroom areas and a creche facility.

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This would become a world to escape from reality ; aiming to encourage and provide for productive learning as my space would be different to the usual dull environment lacking facilities that i believe would nurture growth.

First floor plan with computer room and individual study rooms.

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EAST ELEVATION

SOUTH ELEVATION

WEST ELEVATION 40 Aaminah Pathan 2020 Porƞolio

50 MM PLYWOOD ROOF WITH ZINC COVERING

EUROPEAN OAK CLADDED CONCRETE STRUCTURE APPROX 400MM (FIRST FLOOR WITH WINDOW OPENINGS)

20MM FIRST FLOOR WENGE HARDWOOD FLOOR

50MM GROUND FLOOR PLYWOOD ROOF

20 MM EUROPEAN OAK CEILING FINISH

EUROPEAN OAK CLADDED CONCRETE STRUCTURE APPROX 400MM (GROUND FLOOR WITH WINDOW

20MM GROUND FLOOR WENGE HARDWOOD FLOOR

STRUCTURAL AXONOMETRIC 2020 Porƞolio Aaminah Pathan

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Reading room (5m diameter) - inspired by the british museum, this reading room holds an extensive collection for reading material accomodating for those who wish to study in larger groups which could not be housed in the study rooms.

SECTION ACRO

Créche (5m diameter) - this space holds the purpose of a daycare facility for parents who are working away.

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Auditorium - this space of 7m in diameter, is informally known as the story-telling space, where interactive reading to a group of youngsters is encouraged to progress their learning and provide for a fun medium of interaction as opposed to silent individual reading where thoughts cannot be

PRIVATE STUDY ROOM (4M DIAMETER)

OSS (1:200)

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CLASSROOM (4M DIAMETER) - THIS IS PART OF THREE CLASSROOMS DESIGNED FOR THOSE SCHOOLS WHO WISH TO VISIT THE LIBRARY AND USE THE SPACE TO EDUCATE WHILST HAVING ACCESS TO A LARGER

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1

WINDOW OPENING SECTION WITH FOUNDATION AND ROOF STRUCTURE (1:20)

1 250 mm concrete structure 0.3 mm dpm 100 mm rock-wool. laminated insulation 0.3 mm moisture control layer protective gravel

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2 250 mm concrete raft foundation 20 mm thermal insulation, 28 x 36 mm horizontal battens 20 mm wenge hardwood flooring 3 100 mm rock-wool, laminated insulation, 36 x 50 mm horizontal battens 20 mm ventilated cavity, insect mesh, 28 x 36 mm vertical counter battens 28 x 36 mm horizontal battens 40 mm european oak cladding

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4 triple glazing supported by wooden frame ; 5 mm toughened glass, 5 mm cavity, 5mm safety glass 2

20 mm thermal insulation, 28 x 36 mm horizontal battens 20 mm european oak ceiling finish

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copper flashing ground drain

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6 PRODUCED BY AN AUTODESK STUDENT VERSION

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ROOF CONNECTION DETAIL - AUDITORIUM (1:20)

1 20 mm european oak wall finish 20 mm thermal insulation, 28 x 36 mm horizontal battens 0.3 mm moisture control layer 250 mm concrete structure 3

2 0.3 mm DPM 100 mm rock-wool. laminated insulation 36 x 50 mm horizontal battens 20 mm ventilated cavity, 28 x 36 mm vertical counter battens 28 x 36 mm horizontal battens 40 mm european oak cladding

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3 36 mm curved glu-lam beams with pin joint 50 mm plywood roof 0.7 mm zinc covering over timber cill

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Aaminah Pathan BA(Hons) Architecture Liverpool School of Art and Design