POR TFO LIO
Elaheh Momeninejad Architecture portfolio
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TABLE OF CONTENTS
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1. VOLUME STUDIO_ URBAN DESIGN 4-7 Maribyrnong Defence Site 2. M.P.T.C STUDIO_ ARCHITECTURAL DESIGN 8-10 Southbank Melbourne 3. GENERATIVE MODELLING_ CONCEPT DESIGN 11-13 Art Center Melbourne 4. EDUCATIONAL CENTER _ TECHNICAL DESIGN 14-19 North Melbourne 5. MY ARCHITECTURAL POINT OF VIEW 20
Defence Site Maribyrnong (DSM) is a 127.8 hectare parcel of Commonwealth land located at 2 Cordite Avenue, Maribyrnong, in the City of Maribyrnong. The location of the site and its historical use by the Department of Defence present some key considerations for future development, particularly in relation to land contamination, transport access, heritage and the Maribyrnong River interface.
Proposed design
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Intensity Complexity Diversity VOLUME
Design Principles
4 rules for
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intensity Restrict plot sizes Maximised frontages to street Mix of tenancy sizes Diversity of activity and program Co-locate activity and movement Visual and physical connection Compactness and enclosure Proximity of activity and program s s s s s s M M M L L L L Analysis of Diversity Number of materials used every 10m Docklands (120m) 3 5 6 4 3 6 4 3 1 2 3 5 5 5 5 4 4 4 2 2 4 5 4 Analysis of Diversity Number of materials used every 10m Carlton (136m) 3 5 6 4 3 6 4 3 1 2 3 5 5 5 5 4 4 4 2 2 4 5 4 Analysis of Intensity Movement of people | 5pm Friday Docklands Carlton Analysis of Intensity Diversity of activity (building program) | 5pm Friday Docklands Carlton Restaurant/dining Shopping/retail Grocercies/food Business/office Entertainment/Culture Analysis of Intensity Diversity of activity (building program) 5pm Friday Docklands Carlton Restaurant/dining Shopping/retail Grocercies/food Business/office Entertainment/Culture Analysis of Intensity Diversity of activity (building program) 5pm Friday Docklands Carlton Restaurant/dining Shopping/retail Grocercies/food Business/office Entertainment/Culture
6 Preservation of systems System logic Long/narrow Mixed sizes Dense Mixed sizes/proprotions Even distribution Distinct orientation Sparse distribution Dense, irratic distribution Small footprints Consistent sizes Sparse distribution Preservation of systems Expand system based on in-built logic Preservation of systems Expand system based on in-built logic Preservation of systems High density corridors between neighbourhoods
Preservation of systems
Overlap system logic to create complexity
Preservation of systems
Extend system logic
Overlay of systems
Generate complexity
Master plan
Key transportation and roads
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This studio aimed to understand how architectural outcomes are influenced by politics, history, society and culture. This is a museum of time, place and culture in Southbank. The purpose is to support those refugees in New Guinea who were refused to receive medical services and treatments. I visited the immigration museum in Melbourne and watched the videos about people who prefer to leave their country and family because of war, political issues, religion, poverty and els for making a better life and future but now we hear they suicide and they ignored by the host society. My proposed design makes them feel they live in a familiar architecture as their hometown but in a different county to bring them back to society and value their culture and history and say hope is still alive.
I looked at 5 cities with the highest refugee’s population in Australia and tried to bring their city-grids overlaid, pattern, color and the form of their nostalgic and historic places. The outline of Australia’s map considered as the roof of the museum to support the idea of human union and trees above the roof show hope and better future is growing. The result of my final design supporting idea of living ‘together-in-difference’ by providing spatial support for different cultural communities to encounter where cultural differences can be publicly expressed.
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MUSEUM OF TIME-PLACE-CULTURE
05 city grids with the highest refugee population
City grids with the highest refugees population
Dmascues-Syria Dmascues-City grid
Damascues- Syria Damascues- City grid
Baghdad- Iraq
Baghdad-Iraq
Baghdad- City grid
Baghdad-city grid
Kabul- Afghanistan
Kabul-Afghanistan
Kabul- City grid
Kabul-city grid
Naypitaw- Myanmar
Naypitaw-Myanmar
Naypitaw- City grid
Naypitaw-city grid
Kinshasa- Congo
Kinshasa-Congo
Kinshasa- City grid
Kinshasa-city grid
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10 Buddhas Velayat-Herat Narin ghale Farah ghale Shabake etelaat Arg herat Ghazni islamic Hill top The nine dome Basilique anne Masgum mud huts Ghana Democratic republic Angola con King albert Fort jesus Roman palmyra Abbey of simeon Deva viaggi Aleppo taghe kasra Abbasi palace Ashir Samerah city Heritage masque Stupa sanch Dhammayanygyi Pagooda Chuyen phat nhanh Baghdad-Iraq Dmascues-Syria Kinshasa-Congo Naypitaw-Myanmar Kabool-Afghanistan Front View Axo View Ground Floor Interior View
SIMULATION ITERATIONS
AXONOMETRIC VIEW GENERATIVE MODELLING
GENERATIVE MODELLING
This communication studio focused on concepts and techniques relating to the representation of architectural modeling, generating, and manipulating geometry by introducing key software techniques in grasshopper, Maya and Kangaroo.
ORIENT QUICK SMOOTH QUICK SMOOTH QUICK SMOOTH QUICK SMOOTH SURFACE
ORIENT QUICK SMOOTH QUICK SMOOTH SURFACE QUICK SMOOTH QUICK SMOOTH
RIGHT VIEW
GENERATIVE
MODELLING
ELAHEH MOMENINEJAD S3678227 ORIENT SMOOTH SMOOTH QUICK SMOOTH SURFACE PLANE NORMAL PLAN VIEW ORIENT PLANE NORMAL SMOOTH SURFACE SMOOTH QUICK SMOOTH
14 A1 ROOF PLAN TOWER QUEENSBERRY A103 EV DETA LS DA EFALL FSN Q y op mins alk 350m QUEENSBERRY STREET QUEENSBERRY STREET QUEENSBERRY STREET QUEENSBERRY STREET BOU VERIE STR EET LA NDSD OWNE LANE BOU VERIE STR EET BOU VERIE STR EET BOU VERIE STR EET 225-227 223 60 66 63-69 61 2-78 214 84-98 100 198 23 60 61 DRAW NG No APPROVED DRAWN SCALE E & B ARCHITECTS 81 Bouverie Street, Carlton, V ctor a ELAHEH AND BILLY SITE PLAN 1:200 BY DANIEL MAUNDERS A001 Educationa Bu lding 1:200 SUBJECT SITE EDUCATIONAL CENTER
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16 D AW NG N SCAL E & B ARCHITECTS EXPLODED AXO 81 Bouverie Street Car ton Victoria ELAHEH AND B LLY A019 Educat onal Building EAS FACAD WEST FACADE SOU H ACADE TYPICAL FLOOR PLAN GROUND LEV L BASEM N B DAN MAUND RS 004
17 2 A C D 5 4 3 1 B A0 9 2 A 0 2 A00 010 33 m SW TCH ROOM 20 E ECTR CALCO C 10 ELECTR CA M TER ROOM D1CONC-FF -4 00 FF - 00FFL - 000 11 GAS METER ROOM CONC CONC CONC CONC 32 ORAGE 28 HARVEST NG 50 F RE PUMP 45 B B 8 CT 6 C D2 D3 D4 D5 D24 D27 D26 D25 D20 D21 D22 D23 D7 D8 D18 D19 D9 1 m DP 1 MUAC 1 W S 7 BATH CD6 D10 D12 D13 D14 D11 D15 D16 D17 5 m² R FFL - 0 0 13 STA R 14 1 m FHR CONC CONC GAP GA RT 5 1 4 3 7 3 0 9 2698 8 8 3140 5205 2257 3300 4 5 2524 300 2340 300 W T02 W T02 W T02 W 03 W 03 W T03 W T01 W T02 W T01 R @ R @ 12 173 9 W T01 22653 339 5423 5905 5508 5696 2 5 2 7 6 2 1 400 W T04 0 X 80 mm 80 ONC W T02 DR W NG N AP ROV D DRAWN SC E & B ARCHITECTS 1 0 81 Bouverie Street Car ton Victoria E AHEH AND B LL A002 Educat ona Bui d ng 1 50 BASEMENT 1 WT01 300mm PRECAST CONCRETE WT02 138 CONCRETE INTER OR WT04 WT05 WT06 WT07 20mm CUB CAL WALL 300 mm CLT 150mm INTERIOR CLT 150mm CONCRETE W ALL TYPE LEGENDS 20mm CURTA N WALL FLOOR TYPE CONC POLISHED CONCRETE RT RUBBER TILE CT CERAMIC TILE TF TIMBER FLOOR BOARD GNE GRANIT TILE CTPO1 CARPET U DW REF 2 01 A C D DDA R E C P T O N 5 4 3 1 B A00 2 0 A0 8 1 A0 1 3 2 A 1 5 7 6 CT CT CT D36 D33 12 K TCHEN F L 0 33 LOAD NG BAY FL 0 13 13 F RE BOOSTER D41 6 D29 D30 D31 D32 D3 D35 D37 D36 D38 D40 D47 D28 DP 1 m MAUC 1 m W S CONC D42 D43 D44 D45 55 CAF CONC 1 m FHR CONC CT 40 m SOC AL CLUB T 25 m FOOD COURT TF GS G @ R @ 12 173 9 mm 14 m STA R1 13 m STA R2 GNE FFL GNE D39 D40 22966 5423 5905 5508 5696 0 5 7 3 2 1 121 2479 301 3155 140 1851 140 3059 140 1129 20 968 140 9298 3 2 0 9 3 7 3 4 1 5 4 2869 915 1680 5 400 400 2848 W TO6 O W T01 W T01 W 5 W T02 W T03 W T03 W T03 W T04 10335 W T05 W T01 800 L T2 18 0 D G AP ROV D DRAWN SC L E & B ARCHITECTS 1 0 81 Bouverie Street Car ton Victoria E AHEH AND B LL A003 Educat ona Bui d ng 1 50 GL 1 BY DAN E MAUND RS WT01 300mm PRECAST CONCRETE WT02 138mm CONCRETE NTER OR WT03 WT04 WT0 WT06 WT07 20mm CUBICAL WALL 300 mm CLT 150mm INTERIOR CLT 150mm CONCRETE W ALL TYPE LEGENDS 20 CURTA N WALL FLOOR TYPE CONC POLISHED CONCRETE RT RUBBER TILE CT CERAMIC TILE TF TIMBER FLOOR BOARD GNE GRANIT TILE CTPO1 CARPET B o u v e e S e e Lan s do w n e P I 005 006
18 2 A C D 5 4 3 1 B A0 9 2 A00 9 MALE FEMALE D47 D46 D52 D51 D48 D49 D50 D53 D55 D56 CT C 1 m DP 1 m MUAC 1 W S 3 NAP ROOM1 4 m NAP R 2 3 m NAP ROOM3 24 TUDENT K TCHEN 98 COMPUTER LAB GNE 54 m RELAX NG ZONE D57 D58 D59 D60 2mm 2 S A R Room CONC CO C CTPO F L 20 0 FF 12 00 42 m CLASS ROOM FFL 20 0 TF 35 m STUD O TF GNE W T07 W T07 W T07 W T04 W T04 W T07 W T07 W T03 W T03 W T03 W T07 W T03 W T04 R @ 12 173 9 mm R @ 18 0 L FT 00 5423 5905 5508 5696 5464 9 3 3 1 4 0 1 4 188 5344 3122 400 400 5002 5545 400 5069 400 5635 9 8 8 3 2 0 W T04 D62 W TO6 W TO6 W TO6 D AW NG N DRAWN E & B ARCHITECTS 0 81 Bouverie Street Carlton Victoria E AHEH AND B LLY A005 Educat ona Bui d ng 1 50 TYPICAL FLOOR 1 BY DAN EL MAUNDE S WT01 300 PRECAST CONCRETE WT02 138mm CONCRETE NTER OR WT03 WT04 WT05 WT06 WT07 20 CUBICAL WALL 300 mm CLT 150mm INTERIOR CLT 150mm CONCRETE W ALL TYPE LEGENDS 20 CURTA N WALL FLOOR TYPE CONC POLISHED CONCRETE RT RUBBER TILE CT CERAMIC TILE TF TIMBER FLOOR BOARD GNE GRANIT TILE CTPO1 CARPET 2 A C D 5 4 3 1 B A00 A 09 1 A00 2 FT1 FT2 STA R1 STA R2 DP FHR MAUC CONC TF CONC CONC R @ 12 173 9 9 1 0 7 7 3 1 5 8341 22855 184 7 7 7 6 2 4 AP ROV D SCAL E & B ARCHITECTS 0 81 Bouverie Street Carlton Victoria A006 Educat ona Bui d ng 1 : 50 ROOF 1 BY DAN EL MAUNDE S WT01 300mm PRECAST CONCRETE WT02 138mm CONCRETE INTER OR WT03 WT04 WT06 WT07 20mm CUB CAL WALL 300 mm CLT 150mm INTERIOR CLT 150mm CONCRETE W ALL TYPE LEGENDS 20mm CURTA N WALL FLOOR TYPE CONC POLISHED CONCRETE RT RUBBER TILE CT CERAMIC TILE TF TIMBER FLOOR BOARD GNE GRANIT TILE CTPO1 CARPET WT01 007 008
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Physical characteristics of the environment, influences human’s perceptions, by creating the meanings and providing particular activities. This can be a significant factor in coordination between the persons and the environment and leads to better utilization of the environment, user’s higher satisfaction and eventually their sense of belonging to environment and their persistence there. The physical environment is also an effective factor in sense of familiarity and sense of belonging to the area. Assuming that creating a sense of belonging to place increases the tendency of staying there and raises the efficiency of activities. People gain actual familiarity through direct experience of environments, but environments we have never visited can still seem familiar. architecture of belonging and familiarity creates a welcoming place for everyone and supports both a robust communal life and responds to everyday needs. The positive momentum of inclusive community building further fosters a strong neighborly bond among residents of all cultures and beliefs, which in turn strengthens the visions of multiculturalism. The true beginning of the idea of familiarity and belonging goes back to my own memories of arriving to Australia. As an immigrant, I know how difficult it is to adapt and fit into a new culture and environment. My memories of those early days are vague, but I can remember feeling both curious and anxious about what my new life here would be like. “Will I have friends? Will I be able to see my family from home? Looking back as an adult, I found it so hard to adjust to my new life. My first impression in Melbourne when I was on the way from the airport was those suburban houses around Tullamarine with frontage balcony reminded me of the village houses in the north of Iran. The city in my view wasn’t look like New York city, completely different from my hometown but still I was lost in here. Valuing every day in architecture is what I love to achieve in the future and understanding what the relationship between architecture and psychology is in designing places which is more welcoming, familiar and communal.
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