Harun Qassim Portfolio

t r o P

Ver. 1.3

2019-2021

o i l fo

Architecture

Haru

n Qa

ssim

Profile

Name:

My

Harun Qassim

academ ic

career

spans

over

4

years

of

U n iversity educat ion. A m ix of Arch itecture, I ndustrial Design, V isual Design and a strong aphinity

for

Art

H istory

(I mpression ism,

‘My interests revo lve a ro u n d t h e

Surrealism, Dada ism and the early modern ist movement). Beyond my t ime in the classroom; a rich variety of art exh ibit ion visits, on-site exam inat ions and a keen eye for design has e n r ic h e d m y d e s ig n l i t e r a c y.

Projects

wh ich

Architecture

revolve

and

been

the

main

work.

H owever

more

around

Urban

hallmarks m icro

of

Macro

Design my

Architecture

have

body

of

involving

Furn iture design are also explored as part of

s o lv i n g i n t rica c ies surrounding urban

my M aterials Design Projects with bioplast ics.

I n essence the wide range of scopes explored allowed

me

understanding

to

gain

for

a

the

greater

level

architectural

of

design

process

planning and the Architecture role

in

has

H u m a n i t y,

always

played

s o c iet y,

a

pivotal

commun it ies

and

environmental

with in the individual. I n my case, I feel the effects

on

the

individual

scale

to

a

h igher

magn itude and thus decided to devote myself into studying architecture and impacting the bu ilt environment around myself in a posit ive manner

to

bring

about

socially-responsible

projects and plans into the material world

challenges ahead. W ith a strong emphasis placed on moving away from anthropocentric

The

Portfolio

collect ive was

was

created

Architectural

developed

Architecture.

during The

to

body

my

projects

showcase of

work

educat ion present

the that

within in

this

Portfolio were developed both independently and within group settings.

2

The projects in th is Portfolio were designed within

bounds

of

the

un iversity’s

curriculum and formulated with the assistance of

U n iversity

staff

and

my

fellow

group

members.

Throught their assistance and gu idance along with

my

developing

design

understanding,

I

was able to conjure projejcts and designs of a wide scale and scope. M aking full use of my design

d esig n ,’

the

felxibility

to

create

and

explore

the

realm of arch itecture and push my designs to the fullest.

Contents

B

A

C 1. THE COPYRIGHT OF THIS DRAWING IS VESTED IN YourSpreadsheets AND IT MAY NOT BE REPRODUCED IN WHOLE OR PART OR USED FOR THE MANUFACTURE OF ANY ARTICLE WITHOUT THE EXPRESS PERMISSION OF THE COPYRIGHT HOLDERS. 2. WORK TO FIGURED DIMENSIONS ONLY. 3. THIS DRAWING IS TO BE READ IN CONJUNCTION WITH ALL RELEVANT ARCHITECT'S, SERVICE ENGINEER'S AND YourSpreadsheets DRAWINGS AND SPECIFICATIONS.

1. THE COPYRIGHT OF THIS DRAWING IS VESTED IN 'Q SOLUTIONS' AND IT MAY NOT BE REPRODUCED IN WHOLE OR PART OR USED FOR THE MANUFACTURE OF ANY ARTICLE WITHOUT THE EXPRESS PERMISSION OF THE COPYRIGHT HOLDERS. 2. WORK TO FIGURED DIMENSIONS ONLY. 3. THIS DRAWING IS TO BE READ IN CONJUNCTION WITH ALL RELEVANT ARCHITECT'S, SERVICE ENGINEER'S AND 'Q SOLUTIONS' DRAWINGS AND SPECIFICATIONS.

- Concrete Exterior Walls (Rendered & Exposed) 350mm thick.

- Stone Cut pathway blocks, 720mmx720mm - Disability Ramp covers a vertical height of 1.8m - Measurements are made in Millimeters and dimensions are done in a closed line style - DS= Drawing Section, Each section Line has its own suite of drawings

Wooden Panels provide auditory control in theatre room. The elevated space above the stage allows for greater light control over the stage

Support beams are used to support the curved wooden structure

The space beneath the theatre is hollowed out to provide ample supprt for the seated patrons and the supporting beams for the wooden audiorty fixtures

CONSTRUCTION ISSUE Address line 1 Address line 2 Telephone line 1 Fax line 1 www.YourSpreadsheets.co.uk

Q SOLUTIONS

CNR OR GEORGE & HENRY ST 2ND FLOOR PLAN WEST SECTION 1:200

00002

Urban Redevelopment

Waterfront Revival

Projects Pages: 5 - 7

10/11/2019

DJ

DJ

A2/F2

Technical Proficiency, Drawings and Sketches

Pages: 9 - 13

Pages: 15 - 19

3

Urban Redevelopment Project: An Aging C ity Revitalised Hemp Fibre coated in Bio-Plastic Chic Lighting System

Hemp Fibre Bio-Plastic Bond Product can also act as a sealant for vents and other piping systems

Studio 3 / Susta inable Design + Urban Planning

C O N T E X T

T

he

premise

brief

of

the

Hemp Fibre Bio-Plastic Coated binding solutions are used to create seating solutions

- H E M P

P L A S T I C S

s t u d io’s

revolved

around

integrating

susta inable

bu ilding principles into large

scale design. W ith a foundat ion in M aterial Based Design we began to provide design

C

solut ions for the ear-marked development complex With

proposed

the

locat ion

for and

Port

Melbourne.

design

principles

O

decided, my team and I began to tackle the matter by devising a bioplast ic solut ion.

N

After conduct ing a series of experiments a hemp-based bioplast ic was developed to be used as a structural support system that was both flexible yet durable

C E P T

Following

the

establishment

of

a

design

material a series of B io-plast ic furn iture was workshoped as a possible replacement to

tradit ional

plast ic,

wood

and

other

tradit ional materials for furn iture. Once successful I began to expand the scope of the material to encompass fixtures, duct solut ions and a wide variety of common bu ilding has

materials. Th is

given

the

project

experimentat ion a

large

amount

C

S H emp-based B ioplast ic with gelat in

K

O

E

N

T

C

Hemp Fibres are H emp-based B ioplast ic with gelat in thicker and of a higher consistnacy in the stiff or upright portions of the joint

v a r i a t i o n a n d a h u g e s u s t a i n a b i l i t y f a c t o r.

As

the

project

complexity

and

continues detail,

to

the

increase

in

bio-plast ics

return as a strong design solut ion to a series of problems.

C

E

H

P

E

T

S

H emp-based B ioplast ic

Furniture

In the bent portions of the joint the hemp fibres are less woven and take up far less surface area, allowing the plastic to flex more freely and He m p -with based B ioplast ic with gelat in bend ease

5

Site Analysis / M aster Planning Phase

Site Analysis / M aster Planning Phase

During the Analysis phase of the

T

he

site

chosen

implementat ion

for

the

our

new

of

susta inable bu ilding material coincided

with

the

unveiling

of the V ictorian State Government’s new development Port of

zone

Melbourne. a

in

With

Melbourne

surrounded

by

a

F isherman’s the

Bend,

announcement

U n iversity

multitude

of

Campus amen it ies

and services, I devised a renovat ion plan for

an

the

exist ing

campus

bu ilding

yet

U n i ve r s i t y. T h u s the

former

was the

H olden

that

fell

Assembly

were

considered

by

and

monitored

as the scale of the project began to decrease from M aster-planning to

Lo c a l - p l a n n i n g .

As

such

parameters including pedestrian movement,

bu ilding

heights

and

the proposed changes to the site provided an important view into the possible challenges the site

Image: Site Perspective: Aerial Perspective

Image: Site Perspective: Ground Level-Photo.

may face

within

unutalised Cultural

project, a wide variety of factors

the

Centre Plant

of

was

confirmed for renovat ion

The

bu ilding

factory

is

blocks

flanked with

by

two

another

5-story

series

Image: Site Perspective: Rhino 3-D Model.

of

Image: Site Perspective: Rhino 3-D Model.

industrial bu ildings on it’s northern flank.

The rear of the site lies the car-store of

Existing Site:

Existing Site:

t h e r e m a i n i n g H o l d e n Se r v i c e C e n t r e a n d

Proposed Changes Map Overlay

Building Height Map Overlay

beyond that lies more I ndustrial Sites and I nst illat ions.

Futur e Turn er Str eet et re

The

bu ilding’s

Art-Deco

Facade

is

on

a

St

lm Sa

prist ine example of the movement with in M elbourne and is to be persevered during Height (m)

the

bu ild

and

complimented

during

the

0-5

Proposed UoM Campus Site

5 - 15

design process.

Proposed Future Development

Proposed Infrastructure Changes: Future Turner Street

INDUSTRIAL LEGACY: The University hopes to preserve the building’s heritage (earmarked for renovation)

15 - 30 30 - 60

Proposed Project Site

Proposed Site

Since this project was conducted during the were

COV I D - 1 9 possible;

Pandem ic, however

no

this

site-visits also

Image: Site Analysis, Visualising different data sets

meant

t h a t COV I D - 1 9 a n d ot h e r p a n d e m ic s wo u ld

Existing Site:

Existing Site:

play a role in the design process moving

Zones of Use & Function Map Overlay

Pedestrian Movement Map Overlay

forward

Proposed Site Existing Roads

6

Industrial

No Pedestrian Access

Services & Industrial

Difficult Pedestrian Access

Commercial & Industrial Retail & Commercial Proposed Site Location

Full Pedestrian Access Cycling Routes Impassable Terrain

Designing with Susta inable M aterials The

redesign

of

for

the

Heritage

Bu ilding

allowed

for

the

insertion

of

new

and

innovative technology systems that utalise the bio-plastics developed to create a more susta inable bu ilding

Image: Internal View Sustainability Option

Proposed University of Melbourne Future Campus Development

Prevailing Northern Winds

Pedestrian Pathways and Major Routes

Lawns and Green Spaces

Image: Site Perspective: Environmental Effects

Image: Site Perspective: Automated Bar, Part of the Automation System

Image: Short Section, Detailing Bioplastic Staircase and Furniture

Image: Short Section, Detailing Bioplastic Staircase and Furniture

7

Waterfront Revival Project: A N ew Perspective for Docklands Image: Master Plan, North Wharf, Dockland’s Victoria Harbour

Master Plan The s with ite cur r ty o the aid ently h o f the of b en uses inte rior efacto one Pe dev space rs. The rmane elop ed w being u Woode nt stru n c s ith l arg ed for Boat c ture wh e ca t e rgo heir re ntre, T ich is th fu tran h e sfer rbishm e Ocea Enter pr n en and stor t work Educat ise Shi p io . age use After i n Cent Trust. s in n A co r min spectin e and llec a d he t g nce the in n unspe ion of 3 teri the or o cified t separa rail h t f line s th the lar ird-par e group at r t g ema e stee y. All b s that re ls u in fr om hed an t the W store B o the d larg discu oden B oats an ssin e cr oat d ot g ane c s th with th entre her ma at u a r sed e on-si re still itime m te c to o acti em r per ate aftsme ve with orabilia n; th on t m he p e sh ajoriier. ed w as

Studio 4 / Waterfront Architecture

T and

the

he

S t u d io’s

premise

on

redeveloping

was

To w n h o u s e + M ulti-level Style: Residential B locks with Medium desnity bu ildings

M ixed Style: M ixed use with an emphasis on Community based services

The Residential blocks and zones within Docklands comprise of both the townhousing sectors and the high-rising multi-use bu ildings further West.

Community bu ildings such as the Docklands Li b r a ry, T h e Docklands HUB and the numerous outdoor gyms and training equipment. These sites are vital to giving the area it’s culture.

Regarding the townhouses closer the Docklands Park on the East is a closed circu it with a community sense.

based

Podium Style:

waterfront

of

the

abandoned

Docklands

Wharf.

Emphasises on reducing the crowding effect that larger skyscrapers create by offseting the centre of the bu ilding

By

linking the exist ing with the proposed

imagined,

our

aims

were

to

go

beyond

the modest designs put forth by the government

Townhouse + Multi-level Style: Residential Blocks with Medium desnity buildings

Mixed Style: Mixed use with an emphasis on residential and commercial

Podium Style: Mixed use with an emphasis on residential and commercial

Mixed Style: Mixed use with an emphasis on Community based services

This style of bu ilding also allows for greater sunlight coverage over pedestrian walkways and is lowers the height the covers the roads and walkways adjacent to the bu ilding.

Water Dependant Activites: Yarra Based

Canoeing & Kayaking (Clubs & Public Services): Melbourne’s Yarra hosts many clubs and buisnesses that either hire or operate Canoeing and Kayak sessions for a multitude of patrons.

Contemprary Comercial Style:

La r g e w i n d o w s with a campus like layout of greeneries and other ammenaties, t h e s e o f fi c e bu ildings are built with a strong emphasis being placed on human welbeing.

Large Vessel Sailing and Resoration:

Proposed Site:

Currently, the Enterprise Ship Building Trust opperates out of the warehouse located within the proposed site location and provides a maritime history experience with cruises and

Wa te r Dependant Ac t iv ites : T h e Ya rra

other water activites available

and look to create an regional and internat ional

Image: Dockland’s Design Language Study

waterfront hub for commerce, learn ing and travel.

Future Development

The analysis conducted featured inside interviews with the exist ing propert ies, extensive research into

the

Docklands

culture

and

design

Perimeter of Proposed Project C o n i n g To w e r Observation Platform

Proposed Green Spaces

Proposed Developments (State and C ity Governments)

language

along with general research into precedents of a sim ilar scale

Image: Dockland’s Location Study

Propos

ed Pub lic V ie wing P latform at the O ld-Ob V ictor servat ing to ia H ar i o n To w life pa bour er rt of D ocklan ds’ ma ur con ritime trol to wer wi histor platfor y, t h e ll be r m, pro V ictor estore viding ia d with unriva a publ led vie ic view ws bac ing k into Anticip the ce ated D ntral c elivery i t y.

Fundin : 2022 g Part ies: De velope r, T B A”

“Bring

Harbo

Image: Dockland’s Future Development Map

Image: Site Building Study

9

Engineered Environment System: T h e S i t e’s ex i s t i n g W h a r f i s c u r r e n t ly s i n k i n g a n d i n d i s r e p a i r, b y p r o d u c i n g a s e r i e s o f s t a c k a b l e c o n crete blocks that serve a variety of purposes, from s t o n e c a s e m a t e s t h a t f i l t e r w a t e r, t o t e r r a i n b l o c k s that can grow vegetat ion, the new foundat ion could become th is variable, morphable piece of arch itecture that can create a wide variety of different environments.

Part of the environment system is the prevalence of water playing an integral role in the temperature control, aesthet ic value and technological advancement with in the water-block engineering system.

M odular Outdoor Environments System The versat ility of th is modular system allows for a great

sense

of

variat ion

along

the

environment,

replicat ing the experience of a natural environment

Image: Example of waterfront-Blocks in a rest spot configuration

Image: Engineered Blocks System Breakdown

Image: Waterfront Experience Blocks in Perspective

Image: Site Water Filtration System

10

Image: Waterfront Experience Blocks Deconstructed

Space Study and D istrict Allocation

District 2: INDUSTRY / EDUCATION

District 1: TRANSPORTATION

District 3: ENTERTAINMENT

Marine Research and Exhibition

Sky Gardem & Water Treatment Se r v i c e s M a in C irculation Space

40 m

20 m 400sqm

20 m

1600sqm

40 m

M odular Waterfront Image: Site District Allocation

Early Concept to Completed Ferry Stat ion:

Bearth & Docking Points

As part of the waterfront revival project I decided to bu ild a Transportat ion hub that was centred around water-borne transportat ion to and from the new development.

Bu ilding on the site of the former boat bu ilding workshop, the project tapped into the storied marit ime h istory of Docklands along with the

Exploded Axonometric Image: Ferry Station Exploded Axonometric

new cultural development that the area has experienced. The Ferry Stat ion features 4 ma in components: A Sky Garden and Water Treatment Plant, M a in C irculat ion Space, M odular Waterfront, Bearth & Docking Points

Main Movement Streams

Water-I nteraction Space

Treated Water Movement

Daily Commuters

Cafe

To w a r d s CBD

Gallery Space

-0.60

Waiting Area

-0.60

-1.80

Bearths -3.00

Atrium / Hallway

Reception / M a in Entry

0.00

Plan - G round F loor

10m 0m

5m

20m

Ferry Stat ion Systems: The site houses a wide variety of ta ilor-made systems to increase

Environmental Control

Waterfront Experience Se c t i o n s

the comfort levels of temporary and long-stay commuters and staff with in the bu ilding. From the passive cooling caused by the treated water wh ich moves through the

Sky-Garden

centre and within the walls of the bu ilding to the Waterfront experience sect ion. Each and everyone of the systems with in the bu ilding work Plan - F irst F loor

together to provide the opt imal hu-

10m 0m

5m

20m

man experience in a susta inable and e c o - f r i e n d l y m a n n e r,

Image: Ferry Station Plans

11

Sky Garden

Waiting Area Waterfront Experience

Main Atrium

Se r v i c e s Access to Dock

Image: Exterior Render

W e s t Se c t i o n

10.00m 5.00m

20.00m

D iagonal Elevator: Provides an equal expierence for all patrons of the Ferry Stat ion

Diagonal Elevator

Image: Exterior Render, Intimate Water Experience Module

Va r i a b l e W a t e r f r o n t M o d u l e s : After developing the Water-B lock engineered support system in wh ich the

Intimate Water Experience M odule Free Standing Stage Experience M odule

s i t e’s va r io u s m o d u le s w e r e d eve lo p e d a t o p o f ; t h e F e r r y S t a t io n a d d e d a further block variat ion system.

Th is system features a waterfront segment that can be modulated and altered for a variety of events and purposes The Free Standing Stage Experience M odules:

Fishing Se a s o n Experience M odule

Th is module creates a disconnected stand for events and other seasonal events for viewing experience.

I nt imate Water Experience M odule: The int imate water experience module creates a series of steps that gradually lower to the water to allow visitors to better interact with the water F i s h i n g Se a s o n E x p e r i e n c e M o d u l e The fish ing module offers a more act ivity based recreat ional waterfront, where individuals and groups can fish and learn about the local marine biology

Image: Variation in Waterfront Modules

12

Project Poster Designed by H arun Q

Ferry Station Poster Designed by H arun Q

13

S w i n b u r n e’s A M D C B u i ld i n g DESIGN REFINEMENT

C O V I D - Sa f e R e d e s i g n I n response to the Coronavirus Pandem ic, indoor spaces are at risk of being unsafe to use for the forseeable future. Thus as part of a redevelopment project centred around the AMDC Bu ilding, a group of 4 students each took a floor from levels 5 to 8 of the AMDC Bu ilding and redesigned The I nternal Changes to the AMDC Bu ilding a ims to address the lack of

BIM AND DESIGN DECISION + FEEDBACK Image: AMDC DesignLOOP Sequence

C O V I D - Sa f e q u a l i t i e s o r c o n s i d e r a t i o n s . I s s u e s s u r r o u n d i n g C i r c u l a t i o n , SOUTHERN FACADE

Se a t i n g D e n s i t y , R o o m C a p a c i t y & C O V I D - Sa f e a m e n i t i e s .

7 Design Gu idel i n e s f o r a Sa f e P o s t Covid-19 Transit ion

SUMMER SUNLIGHT HOURS (December to February)

NORTHERN FACADE

Image: Sunlight hours on existing AMDC Part of the redesign of AMDC’s floor plan was the addit ion of a new facade to replace the exist ing design. Proposals for the new facade were closely t ied i n t o t h e C O V I D - Sa f e d i r e c t i o n t a k e n d u r i n g t h e i n t e r n a l r e d e s i g n

TEAM MEMBERS AND PROJECT BRIEF

Level 8

SEDA

Level 7

DAVID

Level 6

HARUN

Level 5

ACHOL

Image: Breakdown of Level Allocation Image: Facade options and Shade section studies

FACADE FUNCTION

Image: Shoebox Analysis with 2-part Facade

Image: Facde Airflow Functionality

15

Revit Workflow and Design Process

The first iteration of the facade utalised Weaverbird to create a perforated plastic compound facade, The shadow studies along with the performative analysis confirms the f a c a d e’s s k i n l i ke p r o p e r t ie s

The Facade consists of a two phase system:

C l a d d i n g La y e r : The outer shell/layer serves as a shading system to reduce the glare and overall solar radiat ion entering the North face of the bu ilding. The materials for the outer cladding shell is constructed from a lightweight t itan ium cladding.

S k i n La y e r : T h e I n n e r f a c a d e La y e r i s constructed from a durable plast ic polymer that is both breathable and durable The facade funct ions to increase a irflow into the interior of the AMDC Bu ilding wh ilst reducing the amount o f So l a r R a d i a t i o n . T h e i n c r e a s e in Airflow is necessary to ach ieve t h e C O V I D - Sa f e I n t e r n a l c i r c u l a t i o n for prolonged occupancy of the classrooms

The F inal I terat ion of the facade provides the opt imal amount of shadding and interact ion with the environment. The increased Ve n t i l l a t i o n p a i r s w i t h t h e C o v i d F r e e I n t e r n a l La y o u t t o c r e a t e a visually stunn ing and performat ive facade.

16

Image: Current Covid-Unsafe Seating arrangement

Image: Current Covid-Safe internal Changes Floor Plan

B y m o d i f y i n g t h e f l o o r p l a n ’ s w a l l s , r o o m s a n d c i r c u l a t i o n p a t h w a y s . A m o r e C O V I D - Sa f e s p a c e w a s d e v e l o p e d . B y u s i n g R e v i t t o d o c u m e n t t h e p r o c e s s a n d h o s t a c l o u d f i l e a n d R h i n o t o c r e a t e u n i q u e R e v i t f a m i l i e s f o r C O V I D - Sa f e f u r n i t u r e . T h e B I M a p p a r a t u s a l l o w e d u s t o w o r k s e a m l e s s l y between the two main programs Image: Facade Comparision

1

3D - SECTIONAL PERSPECTIVE - EXISTING

DASH.Design Pty Ltd A 12 FAKE ST MELBOURNE 3132 P 04123123123 E SA.DESIGN@GMAIL.COM

The design and any accompanying documentation is confidential and is to be used solely for the purpose of evaluation of our design. The design and accompanying documentation is and remains the exclusive right of DASH.Design Pty Ltd until a written release is signed by the director of DASH.Design Pty Ltd. The design is schematic only and subject to council and other requisite approvals.

2

Image: Internal Render of new Furniture Families and Layout

3D -PROPOSED FACADE SECTION PERSPECTIVE Copy 1

CLIENT:

DRAWN:

SWINBURNE UNIVERSITY

SK

PROJECT:

SHEET NAME:

DATE:

SCALE:

AMDC BUILDING 3 NOVEMBER 2021

Image: Elelvations

FACADE

CHECKED BY:

Checker

REVISION No.: B SHEET No:

AD09-00-01

Image: Elelvations

17

The Bu ilding

B I M C o v i d -

I nformation Management System Introduced in this project is similar to how most workflows are achieved in

S a f e P o s t e r

the proffessional scene, making th is project’s aims serve beyond producing an architectural piece but rather understanding the principles behind collaborative workflows

18

C o r r o b o r r i e C e n t r e Te c h n i c a l Drawing Package Te c h n i c a l D r a w i n g s

Design Concepts

Design Concepts

The drawing package displayed along with design concepts and 3d massing was devised as part of the Corroborrie Centre project. The a im of the project was to design a Corroborrie Centre for the Arts on an exist ing carpark.

The aim of the design's organic and formless glass façade is to serve as both a cultural signifier though it's similar disposition to an Indigenous tent structure; and through it's unique and challenging aesthetic, provides ample architectural energy to properly serve as a cultural arts centre. Considering the lack of any design overlays within the site's placement, it is free of any restrictions as along as some semblance of design consideration was made to the existing area.

Whilst the overarching glass structure serves as a progressive and architecturally challenging piece, the interior spaces will follow a more modernist approach, with architecturally sound planar spaces that offer the most efficient means of housing people-centred spaces.

The project served as my first foray into

TThe glass façade structure that sits on the eastern portion of the site houses an amphitheatre beneath it. The differing angles of the glass panels helps to disrupt the flow of light entering the amphitheatre, internal balcony and other internal structures.

techn ical drawings, with a heavy reliance on AutoCAD to produce the line drawings needed Design as part of the d r a Concepts wing package

Design Concepts

The aim of the design's organic and formless glass façade is to serve as both a cultural signifier though it's similar disposition to an Indigenous tent structure; and through it's unique and challenging aesthetic, provides ample architectural energy to properly serve as a cultural arts centre. Considering the lack of any design overlays within the site's placement, it is free of any restrictions as along as some semblance of design consideration was made to the existing area.

Whilst the overarching glass structure serves as a progressive and architecturally challenging piece, the interior spaces will follow a more modernist approach, with architecturally sound planar spaces that offer the most efficient means of housing people-centred spaces.

TThe glass façade structure that sits on the eastern portion of the site houses an amphitheatre beneath it. The differing angles of the glass panels helps to disrupt the flow of light entering the amphitheatre, internal balcony and other internal structures.

1. THE COPYRIGHT OF THIS DRAWING IS VESTED IN YourSpreadsheets AND IT MAY NOT BE REPRODUCED IN WHOLE OR PART OR USED FOR THE MANUFACTURE OF ANY ARTICLE WITHOUT THE EXPRESS PERMISSION OF THE COPYRIGHT HOLDERS.

1. THE COPYRIGHT OF THIS DRAWING IS VESTED IN YourSpreadsheets AND IT MAY NOT BE REPRODUCED IN WHOLE OR PART OR USED FOR THE MANUFACTURE OF ANY ARTICLE WITHOUT THE EXPRESS PERMISSION OF THE COPYRIGHT HOLDERS.

2. WORK TO FIGURED DIMENSIONS ONLY.

1. THE COPYRIGHT OF THIS DRAWING IS VESTED IN YourSpreadsheets AND IT MAY NOT BE REPRODUCED IN WHOLE OR PART OR USED FOR THE MANUFACTURE OF ANY ARTICLE WITHOUT THE EXPRESS PERMISSION OF THE COPYRIGHT HOLDERS.

2. WORK TO FIGURED DIMENSIONS ONLY.

2. WORK TO FIGURED DIMENSIONS ONLY.

3. THIS DRAWING IS TO BE READ IN CONJUNCTION WITH ALL RELEVANT ARCHITECT'S, SERVICE ENGINEER'S AND YourSpreadsheets DRAWINGS AND SPECIFICATIONS.

3. THIS DRAWING IS TO BE READ IN CONJUNCTION WITH ALL RELEVANT ARCHITECT'S, SERVICE ENGINEER'S AND YourSpreadsheets DRAWINGS AND SPECIFICATIONS.

1. THE COPYRIGHT OF THIS DRAWING IS VESTED IN 'Q SOLUTIONS' AND IT MAY NOT BE REPRODUCED IN WHOLE OR PART OR USED FOR THE MANUFACTURE OF ANY ARTICLE WITHOUT THE EXPRESS PERMISSION OF THE COPYRIGHT HOLDERS.

1. THE COPYRIGHT OF THIS DRAWING IS VESTED IN 'Q SOLUTIONS' AND IT MAY NOT BE REPRODUCED IN WHOLE OR PART OR USED FOR THE MANUFACTURE OF ANY ARTICLE WITHOUT THE EXPRESS PERMISSION OF THE COPYRIGHT HOLDERS.

2. WORK TO FIGURED DIMENSIONS ONLY.

2. WORK TO FIGURED DIMENSIONS ONLY.

3. THIS DRAWING IS TO BE READ IN CONJUNCTION WITH ALL RELEVANT ARCHITECT'S, SERVICE ENGINEER'S AND 'Q SOLUTIONS' DRAWINGS AND SPECIFICATIONS.

3. THIS DRAWING IS TO BE READ IN CONJUNCTION WITH ALL RELEVANT ARCHITECT'S, SERVICE ENGINEER'S AND 'Q SOLUTIONS' DRAWINGS AND SPECIFICATIONS.

First Floor - Concrete Exterior Walls (Rendered & Exposed) 350mm thick.

3. THIS DRAWING IS TO BE READ IN CONJUNCTION WITH ALL RELEVANT ARCHITECT'S, SERVICE ENGINEER'S AND YourSpreadsheets DRAWINGS AND SPECIFICATIONS.

1. THE COPYRIGHT OF THIS DRAWING IS VESTED IN 'Q SOLUTIONS' AND IT MAY NOT BE REPRODUCED IN WHOLE OR PART OR USED FOR THE MANUFACTURE OF ANY ARTICLE WITHOUT THE EXPRESS PERMISSION OF THE COPYRIGHT HOLDERS.

Parking ramp sits on a 15 degree slope between the mouth of the Parking garage door.

2. WORK TO FIGURED DIMENSIONS ONLY. 3. THIS DRAWING IS TO BE READ IN CONJUNCTION WITH ALL RELEVANT ARCHITECT'S, SERVICE ENGINEER'S AND 'Q SOLUTIONS' DRAWINGS AND SPECIFICATIONS.

Roof Level - Concrete Exterior Walls (Rendered & Exposed) 350mm thick.

- Stone Cut pathway blocks, 720mmx720mm

- Concrete Exterior Walls (Rendered & Exposed) 350mm thick.

- Stone Cut pathway blocks, 720mmx720mm

- Stone Cut pathway blocks, 720mmx720mm

- Disability Ramp covers a vertical height of 1.8m

- Disability Ramp covers a vertical height of 1.8m

- Disability Ramp covers a vertical height of 1.8m

- Measurements are made in Millimeters and dimensions are done in a closed line style

- Measurements are made in Millimeters and dimensions are done in a closed line style

- Measurements are made in Millimeters and dimensions are done in a closed line style

- DS= Drawing Section, Each section Line has its own suite of drawings

- DS= Drawing Section, Each section Line has its own suite of drawings

- DS= Drawing Section, Each section Line has its own suite of drawings

Wooden Panels provide auditory control in theatre room. The elevated space above the stage allows for greater light control over the stage

Support beams are used to support the curved wooden structure

The space beneath the theatre is hollowed out to provide ample supprt for the seated patrons and the supporting beams for the wooden audiorty fixtures

CONSTRUCTION ISSUE

CONSTRUCTION ISSUE

Address line 1 Address line 2 Telephone line 1 Fax line 1 www.YourSpreadsheets.co.uk

CNR OR GEORGE & HENRY ST

10/11/2019

A2/F2

DJ

1:300

00002

02/09/13

DJ

01/09/13

CONSTRUCTION ISSUE

Q SOLUTIONS

CNR OF GEORGE & HENRY ST

ROOF PLAN DJ

05/09/13

DJ

GROUND BEAM GB2 REVISED.

Address line 1 Address line 2 Telephone line 1 Fax line 1 www.YourSpreadsheets.co.uk

Q SOLUTIONS

1:200

DJ

REMOVED GB32. ADDED NEW REINFORCEMENT TO GB4 AND GB12. ADDED NEW GB48.

Address line 1 Address line 2 Telephone line 1 Fax line 1 www.YourSpreadsheets.co.uk

CNR OR GEORGE & HENRY ST

00002

NEW LINKS ADDED TO GB23.

B A

YourSpreadsheets

Q SOLUTIONS

2ND FLOOR PLAN WEST SECTION

C

YourSpreadsheets

10/11/2019

A6/S2

DJ

DJ

The Concrete slab on the northren slab is far more dense due to the slope of the terrain, more stabilty is needed to keep the newly cut northern section from sliding

Underground support collumns keep the structure centrally supported.

UNDERGROUND CARPARK/LOADING DOCK 1:200

00002

10/11/2019

HQ

D2/UC

HQ

C

19

Architecture Portfolio - Harun Qassim

Portfolio Document 20 pages / Architectural Projects created by Harun Qassim In conjunction with University Staff & Group members that have been mentioned for their contributions