13018BR_HZiada_Portfolio_StudentWork-Samples

h.ziada | portfolio : student work

A New Normal

Time to Move

The Flood Reclaims

Hopes of Defence Fail

The Start of Something

Normal

One street’s journey

The New Normal

Landmarks which cannot be lifted are left under the waves below. These landmarks serve as a reminder to the people on the platforms above, of how things once were.

The new urban section

Master-plan Extract

Environmental strategies

Winter Sun Study

Spring Sun Study

Summer Sun Study

Autumn Sun Study

!"#$%&'&(%$)*+&(#,-')&./-,#$*( 0,11$%&'&(%$)*+&(#,-')&./-,#$*(

Structural Solution There are four main sources for load in the system. Cable car, funicular rail, pedestrians and the Re;actor.

Though radically di erent their forces can be routed towards the two main structural elements in the hub.

The two main structural elements that have been topologically optimised are the structural facade and the buttresses. These two elements deliver all load to the foundations. They also work together to spread load between them where possible.

In this example we are looking at the cable car platform.

Here the axle is slightly hung by the ceiling. This splits the load into the structural slab (Purple) and the celling (Red).

From here the ceiling delivers the load tot he structural facade.

Meanwhile the structural slab has transferred most of its load to the buttress and a little to the structural facade.

Now the forces are safely discharged into the foundation piles.

The necessary use of concrete will have a high initial impact on the environment but several strategies have been pursued to attempt to reduce the impact of this decision. These include 3D printing and topological optimisation reducing the total needed concrete, using renewable materials like timber wherever possible, deploying renewable energy systems and passive environmental controls. The overall e ect is a building with high environmental credentials despite the concrete needed to produce the structure.

MANCHESTE HIVE 2049: Drone view

24

H

U

L

C

L

I V I

C

C A

M

P U

City of Hull 2030

S

WELCOME TO THE

CIVIC CAMPUS

URBAN MORPHOLOGICAL INTERSECTION

Civic

DATA

Forming a civic campus where information generation and exchange is open, mix between and institute plus open, a higher education plaza.

Queens dock which was essentially the heart of the Fishing and Shipping Industry overlaid into a garden space after decommissioned poses the idea

EDUCATION PLUGIN KNOWLEDGE

Education

URBAN LEARN

EDUCATION [OPEN LEARN & OPEN DATA]

a Plaza which merges education with the civic-ness morphology.

AN

B UR TE

EX N O SI

N

Guide Book Issue - 01

01

Exterior Views Design Scheme

S

I

T

E

V I

S

I

O

06

N

82

Site Plan Scale 1:500

speculative collages & diagrams

Collaging the city.

Inspired by the work of Giorgio de Chircio and Kay Sage, the urban analysis and categorisation of the ‘strangeness’ was carried out through a series of collages.

De-contextualising key elements of the city helped to highlight the architectural elements that caused the ‘strangeness’.

Characters in the city.

Axonometrics of 3 families of characters comprised of studios and exhibition spaces

exploration of building systems & technologies

--=----==:--::::------

IMAG ES SOURCED FROM: WWW.CORE 17 .COMIPROJECTS /G3929

01.TRANSFORMATIVE

IMAGES SOURCED FROM; WWW.ARCHIT ECTURE.IT.EDU

03. DIGITALFABRC I ATO IN

IMAGES SOURCED FROM: WWW.MIESARCH. COIi/WORK! 11 9G

04.LIGHTWEIGHT ASSEMBLY

PROJECT: AVIATOR C H AIR DESIGNER: BCOMPACT DESIGN INFLUENCE: ADAPTIV E COMPONENTS/SUSTAINABILITY

PROJECT: KERF PAV ILION ARCHITECT: MIT AR CH ITECTURE INFLUENCE: KERF BE N DING FABRIC A TIO N

PROJEC T: EKO PA R K EXPO PAV I LION ARCHITECT : A PA KU RYLO WI CZ & ASSOC IATE S INFLUEN CE: LATTICE FRAME STRUCTU RE/MATERIA LITY

I FOUNDTHEPLYWOODAVI ATORCHAI R OFPARTI CULAR INTEREST WHENDESI GNING THEOPENS O URCEDES I GNPAVILION ASIT USES DI GI TALFABRH ATI ON ANDCNCTECHNOLOGI ESTO MANU FACTURETHECHAIR. BYMANI PULATI NG THESHEET WITH STRATEGIC PROFI LECUTS THEMATERI ALI S TRANSFORMEDI NTOA S USTAI NABLE,BEAUTI FULANDF UNCT I ONAL 3DFORM.ULTI MATELY, THEDES I GN TAKES THEORD I NARY ANDTRAN SFORMS IT INTO THE EXTRAORD I NARY . J US T HOW THE CHAI RTRANS FOR MS THE FLATS HEETMATERIAL INTO A FUNCTI ONAL 3D OBJ ECT,THEPAVILIONS CORNER COMPONENTS ALSO TRANSFORMFROMSTRAIGHT ANDOPEN TO BENT ANDCLOS ED.

BY U SI NG THE K E RF PAVILION BY MI T ARC HITE CTU RE AS A CASE ST U DY, I CO UL D B EG IN TO UND ER STA ND THE STR U CT U RA L CAPABI LITI ES AND PH YSIC AL ATTRIBUTES THAT KERF BENDING PLYWOOD PROV IDES.

THE AIM OF ' NON-MATERIALITY ' OR OBSCUR ING THE MATERIA L ID E NTITI ES W IT HIN THE BUILDIN G , WAS ACCOMP LISHE D THROUGH THE APPL ICATION OF TANSLUCENCY . USING THI S STRATEGY, THE POLYC ARBONA TES PR ESENCE IS DIMI NISHED IN FAV OUR O F THE CNC FABRI CA TED PLY WO OD COM PO N E NT S T HA T EXPRE SS ES T HE ESSENCE O F OPEN SOU RC E DE SIGN AN D THE USE OF DIGIT AL MAN UFACTUR E THAT THE PAVIL ION EXHIBITS.

THE OPENING ANDCLOSING OF THECORNER COMPO NENTS ALLOWS FOR THEPAVI LI ON TO BE ADAPTIVE AND ENVI RONMEN TALLY RESP ONSI VE TO EACH S I TEMAXIMIZING ONSOLAR GAI N AND PREVAILING WI NDS . THEOPERABLECOMPONEN TS CAN S ECTI ONALLY ARTI CULATE THE PAVILION WITH FOCAL LI GHT S TRI PS TOPROVIDE CONTEMPLATI VE VI EWS TO THESKY WHI LST RELAXI NG IN THE RECLINED S EATI NGOF THE PASS I VEPAVI LI ON . IT ALSO PRO VID ES LOW I NLET S AND HIGH OUTLETS FORCROSS VENTI LATION OFSPACES THROUGHOUT THEPAVI LI ON.SPATIAL ARTICULATION OCCURS VI A THECOLLAPS I NG OF THEWALLPANELS FORP RES ENTAT I ON TERRACES OR GRO UP ACTI VI TI ES.

THEOPERATI ON OFTHESECOMPONENTS HAPPEN BYUSI NG I NTERLOCK I NGPLYWOOD S HEETS WITH !

- S HAP EDGROOVESANDKER FCUTS , REI NFORC ED WI THMESHLININGS ALLOWSFORI NTERFACI ALS LI DI NGANDTHUS THE ACTOF BE NDI NG OP EN ANDCLO S ED TO OCCU R. THE NATUR E OF KERF BE NDI NG MEANS EACH S HE ET WANTS TO RETURN TO ITS NATURAL FLAT S HAPEANDTHEREFOREREMAI N OPEN.TENS I ON I S APPLIED VI A RATCHETS S TRAPS LINKED TO A BRAKEWINCHES TOBEND ANDCLOS ETHEPAVI LI ONOFF TO THE ELEMENTS . THE TOTALWEIGHT OF THE COLLAPSING WALL IS 4 65 KG AND IS COMFORTAB LY WIT HI N THEBRAKE WI NCHES 545KG LIFTING CAPA CI TY.

THE CAS E S T U DY RE VEALED THE DIF F ERENT AN D MOST EFFECTIVE KERF PA TTERNS AS WE LL AS THE LOA DI NG CA PACI TIES AND BENDING RADIUS LIMITATIONS .

THE ST U DY REVE ALE D THAT THE P AVI LION REQUIRED THE US E O F BIRCH PLYWOOD BI BB QUALITY TO EN S UR E BEST RESULT S FROM CNC ROU TING. THE BEST KERF CUTTI NG PATTERN IS THE STAGGE RED AND OVERLAPPIN G LINEAR PATTE RN. THIS CAN GEN ERATE A MINIMUM INNER DI AME TE R OF 135MM USING A 12M M PLYWOOD S HEET .

TO PRODUCE THE KE RF C UT COMPON E NTS , A C N C ROUTING MACHINE IS USED. USING A 3MM DIA SOLID CARBIDE MINI SPIRAL COMPR ESSION ROUTER BIT WIT H A FEED RATE OF 125IP M AT A SPE ED OF 18,000RPM T O PRODUCE A BUR FREE FINI SH, REA DY FOR CONS TRUCTI NG THE CNC SLEE VE FOR THE PAVILION.

THE LATT IC E FR A ME STR UC T URE USED I N THE PAVIL ION A LSO CA ME AS IN SP IR AT I O N F ROM THIS PR ECEDE NT. TH E PRE CEDENT PROVIDES AN ART AND ARCHITEC TU RE EXHIB ITION SPACE WIT H VAS T SPA NNING COLUMN - FREE S P ACE. AN ALUMINIUM LATTICE FRAME WAS THEREFOR E IM P LE M E NTED IN T HE PAV I LION DUE TO IT S GR E AT STRENG TH TO WEIGH T RATI O , MAK ING THE PROCESS OF CONSTRU CTIO N AND ASS EMB LY EA S IE R DUE TO I TS LIGHT WEIGHT PRO POERTI ES. THE MAXIMUM WEIGHT OF A COMPONENT (GLULA M BEARER ) IS 52KG BUT IS NOT LIFT ED BEYOND WAIS T HEI G HT. TH E PAVILION HAS BEEN CA RE FULLY CONSIDERE D IN ORDER FOR MOS T CO MPONENT S TO WE IGH NO MORE TH AN 20KG WHEN IN STAL LI NG .

02.NON-PERMANENTFIXINGS THE CHAIR CREATES A LUXURY I TEM OF FURNI TURE FROM AS I NGLE PI ECEOF1 220 X2440 MM PLYWOODS HEE TWI THNOJ OI NE RY.THE CHAIR HAS NOJ OINTSOR S REW FAS TENERS.THE CAHI R,WHICH IS SI MPLYCUTF ROM AFLAT S HEET INTO THE CHAI R SHAPE, IS THEN P I NNEDAND COVERED IN THE DESIRED MATE RI AL IN THIS CAS E· LEATHER. I NS PI RED BY THE GREEN CRE DENTI ALS OF THE AVI ATORCHAIR, THE PAVI LI ON ALSO DECONSTRUCTS TOI TS RAW MATERI ALS DUE TOTHEUSEOF NON PERMANEN T FI XI NGS . THE S I MPLE CONS TR UCTI ON OF THE CNC S LEEVE AND US E OF FRI CTI ONALWEDGES MEANS THE MATERI ALS UNDERGO MI NI MALS UBTRACTI VEORADDI TI VEPROCESSES ORPERMANENT CHA NGES. THI S RES ULT, RE SULTS IN RECYC LABL E AND RE US EABL E RESO URCE S. RED UCI NG WAS TE UPO N THE P AVI LI OIJ REACH I NGS ITS AFTERLI FE.

SECTIONAL PERSPECTIVE [2X2.4MMODULES]

Students’ advance crucial components of their design studio proposition through detailed modeling

21 Ziada_ INTEGRATION OF BUILDING SYSTEMSRESEARCH & TEACHING 25

MAKE-A-MATERIAL Project 19

18

first year undergraduate work

student/majski>yr1_bsa>f’12- urban exchange

TEACHING : FIRST YEAR STUDIO

students/uljanovs_beech_dehghani>yr1_bsa>f’12 - urban insights

TEACHING : FIRST YEAR STUDIO

students/doody_huang>yr1_bsa>f’12 - urban insights

TEACHING : FIRST YEAR STUDIO