K H U E
N G U Y E N
architecture portfolio
K H U E
N G U Y E N
k h u e t m n gu ye n @ gm a i l . c o m
(+61) 421 982 141
E X P E R I E N C E 2016 - 2019
E DUC AT ION
Mahlum Architects
Seattle, WA
Architectural Staff
2019-present
Commercial sector: K-12 education, Healthcare
2013-2016
Provide graphic, research and documentation support throughout design and construction phases.
University of Washington
Seattle, WA
Publication Creator
Working with professors at the Department of Architecture, we
University of Melbourne
Melbourne School of Design
University of Washington
Bachelor of Arts in Architectural Design
2018
U.S. Green Building Council LEED Green Associate
participated in the 2015 Rome Study Abroad program. My main
Student
Dumaguete, Philippines
Collaborate with local communitiy members and craftmans to design
Languages
Vietnamese - Native
Software
Adobe Photoshop | InDesign | Illustrator
and construct a public market stall with bamboo
2014-2015
American Institute of Architecture Students Student Chapter President
Intern - Student of Architecture
Provide assistance in verbal and graphic communication with clients Develope schematic site massing designs, and preliminar y structural planning.
English - Fluent
Autodesk Revit
Enscape | V-Ray Sketchup
AC H IE V E ME N T
between students outside of the classrooms.
Residential sector: multi-housing and single-family homes
Seattle, WA
Microsoft Office
Seattle, WA
to promote professional networking opportunities and collaboration
Huber Architects
Seattle, WA
Autodesk AutoCAD
Manage all operation aspects of AIAS at the University of Washington
2014-2015
Melbourne, VIC
S KIL L S
tasks include designing layout and collecting contents.
Philippines Bamboo Workshop
C RE DE N T IA L S
Urban Ecological Design Minor
published a book that documents studio projects by students who
2015
&
Master of Architecture
Develope site and building design concepts
2016
w w w. l i n kedi n . c o m /i n /k h u en g
Seattle, WA
2019
2016 2015
2014 - 2016 2013 - 2016
AIA Seattle Medical Design Forum Speaker
University of Washington
Faculty Award for Scholarship & Design
Rolland Simpson Endowed Fund for Architecture Scholarship End of the Year Exhibition
Annual Dean’s List for High Scholarship
Seattle, WA
T A B L E
O F
C O N T E N T
H e a l t h c a r e
RAINIER BEACH
R e s i d e n t i a l
VICTORIAN-TO-BE
E d u c a t i o n C O 2 O T o w e r E T H E R E A L + L O N S D A L E D e s i g n B u i l d
BAMBOO
HEALTHCARE
RAINIER BEACH Built Project - Mahlum Architects Revit | Adobe Creative Suite | Enscape
ROLE: ARCHITECTURE TECHNICIAN II Primar y responsibility: Design development, interior construction administration, LEED certification.
architecture
coordination,
R a i n i e r B e a c h i s a k i d n e y d i a l y s i s c l i n i c l o c a te d i n Wa s h i n g to n , U S A t h a t s e r ve s u p t o 1 6 t r e a t m e n t s t a t i o n s a n d s u p p o r t s a H o m e D i a l y s i s Tr a i n i n g p r o g r a m . I n a d d i t i o n to meeting the clinical needs of staff and patients, the project improves the patient experience throughout their visits by providing a warm and less clinical interior atmosphere and access to nature views. *Project confidentiality requested by clients. *A l l p h o t o g r a p h s b y M a h l u m A r c h i t e c t s
PAT I E N T G R O U P I N G
PAT I E N T G R O U P I N G W I T H C O U R T YA R D
C O N S U LTAT I O N
HOME TRAINING
T YPICAL APPROACH
LOBBY/ RECEPTION
MAIN ENTRY
MEETING RM CLINIC
CLINIC NURSE
CLINIC
S TA F F W O R K S PA C E S TA F F E N T R Y
G R O U N D F LO O R
SUPPORT SERVICES
SIGHT-LINES AND VIEWS
BIOPHILIC DESIGN The project emulates the natural environment through visual connection to the cour tyards and materials with natural patterns. On South-facing facades, perforated metal panels with an organic pattern provide shading and form a dapple light effect. The ceiling plane is augmented at the treatment stations to create a sense of refuge for patients.
PAT I E N T B AY
C O U R T YA R D
RESIDENTIAL
V I C TO R I A N - TO - B E Revit | Adobe Creative Suite
Victorian-to-be is a design entr y for the 2020 Future Home Student Competition that addresses the future housing demands through an ecologically conscious lens and emphasises the impor tance of community building and social interaction. By 2056, oversea and interstate migration will be responsible for two-thirds of Victoria’s population increase, 3.2M VICTORIAN-TO-BES. A large por tion of the oversea migration group will be non-humanitarian who receive little to no housing suppor t from the government. In an unfamiliar environment, they face challenges such as housing security, building a community, and mental health risks due to the lack of personal connection. For the Victorian-to-be to have a successful transition, they need: A suitable home Being par t of a community Social connection Settle into the Victorian lifestyle With these key needs in mind, the proposal seeks to create the HOME AS A STEPPING STONE for Victoria’s new comers, and RETHINK THE HOUSING TYPOLOGY as a pathway to building a more INTERCONNECTED URBAN LANDSCAPE.
SITE APPROACH
Taking inspiration from Victorian suburbs, the design responds to the neighbouring street setback, creates a public front yard and places the entr y along the landscape.
ESD APPROACH
Energy, water and ecology are key elements in creating a holistic ESD approach, all aided by the project’s landscaping. Rainwater harvesting
Solar energy collection
ry
ID
EN C E
da
un
bo
R ES
site
ou
tdo
or
cir cu
lat
ion Filtration plantings
lar icu ry veh ent
res i
de nt en try ind pa th am oor p en ub ity lic
ce
pa
ns
pe
co bli
Storm water
pu
Grey water
Mitigate and filter storm water run-off
Micron filter & UV light purification system
Hot water
Drainage Scoria
Return to ground water Existing soil
Storage cistern
Battery storage
Heat pump cycle
MS
MS
O RO
ED
2B
OO DR
BE
4-5 MS
MS
O RO
ED
2B
OO DR
BE
5-6 MS
O RO
MS
ED
3B
O RO
ED
7B
residence
S OM
DENSIFY building
RO
ED
4B
SUNKEN garden
car park ENLARGE garden
residence
residence
car park public CONNECT
ADAPTABLE BALCONY
GARDEN AND GROUND AUGMENTATION
Apar tments are used separately or combined through the balcony spaces to suppor t a wide range of household sizes.
The public garden presents the project as a neighbourhood asset and brings the larger community to site. Augmenting the ground plane allows for future adaptation of the car park and delineates a separation between the public and private zones.
GARDEN CONNECTION TO CAR PARK
ENTRY SEQUENCE
Connected to the garden, the lower car park is more habitable and appropriate for future adaptation uses.
WEST ELEVATION
NORTH ELEVATION
Garden breaks up street facade to respond to the neighbourhood’s small scale characters.
The building densifies at the rear while keeping a single-storey mass at the street front. 0m
5m
10m
FLOOR PL ANS
LEVEL 01
GROUND FLOOR
Metal grate floor
Terracotta tiles
Site paving tile
Concrete
LEVEL 02 + 03
0m
5m
10m
FLEXIBLE JOINERY
REPLICATION ACROSS ALL UNITS
tc Ki n he m e ul od i Liv ng m od e ul
STORAGE Fixed storage joinery
2 14 M
O
O R
IT N
U
D
M
BE
O
IT N
U
Semi-enclosed balcony Thermal buffer
Summer solstice 75° Winter solstice 29°
Metal grate floor Operable panel
Fixed panel
Polycarbonate enclosure Stairs to unit above
BALCONY AS VERANDA
Enclosed in polycarbonate, the balcony becomes a veranda, an extension of the living space. It also acts as a thermal buffer and allows for natural ventilation and daylight.
O R
Sitting height
Adjustable platform
Building thermal envelope
3-
D
BE
in ed ov it m n re d u be ine To mb co
Counter height kitchen extension Work desk height
Modular joineries are used across the project for ease of addition or removal. In scenarios where units are combined, the kitchen module can be removed to make space for additional living space.
GROUND FLOOR - CIRCUL ATION COURTYARD
garden
BUILDING SUMMARY Type mix: 1 bedroom 2 bedroom 3 bedroom 4 bedroom Total
footpath
65 sqm 78 sqm 105 sqmresidence 118 sqm
corridor Communal area: 175 sqm > 45 sqm min
residence
“mudroom porch”
SEMI-PUBLIC
PUBLIC
5 6 5 PRIVATE 2 18 PUBLIC
PRIVATE
SEMI-PRIVATE
SEMI-PUBLIC
PUBLIC
Coat closet Hanging wall
Bench & shoe storage
Operable partition Seating bench
Apartment entry
FIRST FLOOR - COMMUNAL OUTDOOR KITCHEN
MUDROOM PORCH AT ENTRY TO UNIT
I like this song!!
ADAPTABLE BALCONY
STORAGE
LIVING SPACE FLEXI ROOM
FLEXI ROOM
KID BEDROOM
KITCHEN -> BEDROOM RF It’s warm out here
W/D
STORAGE
You like to sit outside?
MUDROOM PORCH TYPICAL FLOOR PL AN ADAPTABILITY
BALCONY VERANDA
EDUCATION
CO2O
Revit | Adobe Creative Suite | Insight 360
CO2O is a retrofit and addition project at the Macquarie Primar y School campus in Canberra, ACT. The project embraces the Integrated Design approach and places strong emphasis on collaboration with different disciplines to achieve its target in: SUSTAINABILITY
COMMUNITY OUTREACH
EDUCATION PEDAGOGIES
Responding to the ACT government’s 2045 zero-carbon emission target, the design takes advantage of the site’s natural characteristics, and incorporates various passive and active design strategies to reduce energy demand and carbon emission. Embracing resilient design concepts, the project seeks to transform the school into not only a community hub but also a place of refuge for the surrounding neighbourhoods during crises. INTERIOR SPACE PL ANNING Embracing new teaching pedagogies, the project focuses on flexible and efficient space planning. In addition to individual teaching and quiet learning, each withdrawal annex also houses multifunctional storage joineries. Collaboration and outdoor learning spaces are shared between each pair of classrooms and have flexible furniture that can be rearranged to meet the needs of teachers and students.
MASTER PL AN transparency OUTDOOR LEARN
te
a
i ch
ng
wa
ll
COLLAB SPACE
W
teaching wall
N M AI O M SRO S A CL
IT HD W RA AL
C W
dedicated classroom builtin storage at solid West walls
N M AI O M SRO S LA
IT HD
te
W RA
a
i ch
ng
wa
toilets
ll
AL
c
irc
ul
at
io
n
SEPARATE SPACES
OUTDOOR LEARN
te
ac
n hi
g
wa
ll
LARGE GROUP LEARNING
g
wa
toilets
MAIN ENTRY
ll c
irc
ul
at
io
n
NEW ENTRY POINT ARCHITECTURAL SITE & LANDSCAPE
O
P-
COMBINE SPACES
DR
LEGEND
O
FF
te
ac
n hi
teaching wall
The librar y and kitchen classroom additions are situated between existing buildings and act as a bridge between three building masses. Transparency is critical to visually connect to the natural landscape beyond and create a sense of identity for the school upon arrival
FIXED SOLID WALL
(ACOUSTIC) CURTAIN
SOLID OPERABLE WALL
OPERABLE GLASS WALL
FLEXIBLE CLASSROOMS DIAGRAM
OVERALL FLOOR PLAN
WITHDRAWAL SPACE MAIN CLASSROOM CIRCULATION/COLLAB SPACE OUTDOOR CLASSROOM KITCHEN CLASSROOM STAFF ROOM LIBRARY TOILET BLOCK REMAIN OPEN DURING WEEKEND AND AFTER SCHOOL HOURS
EXISTING GYM
VIEW OF WITHDRAWAL SPACE - ANNEX
F
KITCHEN GARDEN
0
5m
20m
50m
CIRCULATION & COLLABORATION SPACE
TIMBER BATTEN
R-5.1 XPS RIGID INSULATION 140MM
METAL ROOF
DAMP PROOFING MEMBRANE
METAL FASCIA GUTTER
ROOF AIR AND VAPOR BARRIER
ORIENTED STRAND BOARD (OSB) SHEATHING 15MM
PARTIALLY THREADED TIMBER SCREW WOOD FINISH ROOF SOFFIT
R-1.2 5-LAYER CROSSLAMINATED TIMBER (CLT) CLT PANEL 145MM
DIVERTED DOWNSPOUT 45MM RADIUS
3000
R-3.68 METAL CLAD POLYISOCYANURATE (PIR) INSULATED PANEL 80MM
PERMEABLE WEATHER RESISTANT BARRIER (WRB) MEMBRANE
FULLY THREADED TIMBER SCREW FOR SHEAR REINFORCEMENT
HALF-LAP CONNECTION WITH TOLERANCE GAP PARTIALLY THREADED TIMBER SCREW
POLISHED CONCRETE FLOOR TILE
R-1.2 5-LAYER CROSSLAMINATED TIMBER (CLT) CLT PANEL 145MM
EMBEDDED UNDERFLOOR HEATING PIPES
PARTIALLY THREADED TIMBER SCREW
R-3.4 FOILBOARD INSULATION 50MM
WALL TO FLOOR STEEL ANGLE STEEL REINFORCING
SCREED
ANCHOR BOLT
2000
CONCRETE SLAB ANCHOR BOLT
SILL PLATE SELF-TAPERING MASONRY SCREW
R-3.6 EXTRUDED POLYSTYRENE (XPS) RIGID INSULATION 100MM
SILL FLASHING
STEEL SUPPORT
DAMP PROOFING MEMBRANE
FOOTING DRAIN
WALL SECTION AT LIBRARY ADDITION
0
1m
2m
5m
DIVERTED DOWNPIPE
FINE CRUSHED ROCK GRAVEL MULCH SCREENINGS
DRAINAGE SCORIA
MYOPORUM PARVIFOLIUM - CREEPING BOOBIALL A
ANIGOZANTHOS SPECIES KANGAROO PAW
CAREX APPRESA - TALL SEDGE
LOMANDRA LONGIFOLIA
JUNCAS FL AVIDUS YELLOW RUSH
750
CHRYSOCEPHALUM APICUL ATUM - COMMON EVERL ASTING
POLLUTANT-REMOVING
INFILTRATION GARDEN - SOIL SECTION
ARRIVAL/ ENTRY
LIBRARY
OUTDOOR CLASSROOM
INFILTRATION RAIN GARDEN
NATURAL LANDSCAPE
EAST ELEVATION 0
5m
10m
20m
SUSTAINABLE MATERIALS
CROSS LAMINATED TIMBER
EXISTING BRICK MASONRY AND WINDOWS
METAL PANEL
METAL CLAD CLT ROOF R-6.4
INSULATED METAL PANEL CLT WALL R-4.88 (ZERO ODP)
(ZERO ODP & LOW GWP)
HYDRONIC ON-S ON EXISTING S
HYDRONIC ON-SLAB HEATING R-3.4
ut So sk
OVERALL NORTH-SOUTH SECTION THROUGH CLASSROOM SPACES
existing
proposed
0
1m
2m
5m
OUTDOOR LEARNING Outdoor teaching platforms are elevated to minimise the project’s ground impact and allow rain water to follow the site’s natural contours. Adjacent to the outdoor teaching platforms are infiltration gardens, an educational feature that also mitigates storm-water, and safely replenishes the ground water.
SLAB HEATING SLAB R-3.4
cin fa th ht ig yl
g
BRICK VENEER CLT WALL R-4.4 (ZERO ODP & LOW GWP)
LOW-E GLAZING
VIEW OF OUTDOOR CLASSROOM
TOWER
THE ETHEREAL Revit | Adobe Creative Suite
Death is a significant par t of life for those who pass away, but also impor tant and symbolic in the society of the living. With its’ inherent social and cultural complexity, the architecture of death, remains a highly sensitive topic and is rarely discussed through the lens of innovative sustainability. The Ethereal is a studio project and an entr y for the 2019 EVOLO Competition that challenges the conventional approach to the built environment of death such as cemeteries and crematoriums. The design challenges current urban zone planning where cemeteries are isolated from the urban context and occupy large suburban areas, all while rapid population growth puts land use at a premium. From a burial method perspective, current practices place various stresses on the environment such as greenhouse gas, air pollution and soil contamination. Located at the junction of Collins street and Bourke street in bustling Dockland, Melbourne, the project proposes a cemeter y tower for both the dead and the living. The proposal seeks to transforms the existing cemeter y typology into an engaging urban fabric while embracing a regenerative and sustainable approach to end-of-life processes. STREET & SUNKEN PL A ZA: Public & cemeterial entries
PROJECTION OF BIRTHS & DEATHS WORLD
summer sun
140 million
BIRTH
120 million
winter sun
DEATH 100 million 2050
80 million
92.03 million
60 million 2019 59.43 million
40 million
20 million
0 1950 1960
1980
2000
2020
2040
2060
2080
RKE
BOU
2099
EET
STR
PROJECTION OF DEATHS STATE OF VICTORIA COL
LINS
80,000 70,000
STRE
ET
laza
et p
stre
MEDIUM
50,000
om in win ant d
60,000 LOW
N
pre d
40,000 30,000 20,000 10,000 0 2000 2005
2010 2015
2020 2025 2030 2035 2040 2045
2050
0
PROJECTION OF BIRTHS & DEATHS AUSTRALIA
10
20
50
SITE DIAGRAM
400,000
BIRTH
350,000
DEATH
300,000 2050 279,938
250,000
200,000
150,000
2019 168,069
100,000 view tower
CALM
50,000 0 1950 1960
1980
2000
2020
2040
2060
2080
2099 CEMETERIAL
JOURNEY OF EMOTION
SOCIAL
250
FUNERAL ENERGY USAGE
150 4,000 100 2,000
50
0 RECOMPOSITION
RESOMATION
CREMATION
BURIAL
TRANSPORT
0
sky plaza
DAYS OF ELECTRICITY USE BY AN AVERAGE PERSON
200 6,000
PREPARATION
ENERGY DEMAND (MJ eq)
8,000
RESPITE GARDEN KITCHEN GARDEN
LIVELY
street plaza
ENTRIES & NODES
VERTICAL TRANSPORT
FORMAL CONCEPT
PROGRAM DENSITY
PROGRAM ADJACENCY
RESOMATOR BODY
PREPARATION
- unembalmed - wrapped in fabric (wool, silk, lather)
FILL
- load blocks weight body - calculate required water and alkaline solution
- spray bar adds water (96% water + 4% alkaline) - recirculation pump continuously mixes solution
liquid byproduct
RINSE
ASH
HEAT & RESOMATION
- remain bones
- Dry and process remain bones for urn storage
- 150-180 o C through internal steam coil
DRAIN
recover heat for other building uses
6 - 8 HOURS
RESOMATION ALKALINE HYDROLYSIS (WATER CREMATION) 4 - 7 WEEKS
RECOMPOSITION VESSEL
BODY
ACCELERATE
- unembalmed - wrapped in shroud
thermophilic microbial activities
ELIMINATE
Heat 55 o C
pathogens & contagions
<65 o C
SOIL
x2
1 cubic meter
ORGANIC MATERIALS woodchips, lucerne, straw
AIR
periodic supply
BUILDING
FAMILY GARDEN
Nourish landscaping and kitchen gardens in the building
Family can choose to bring the soil home for personal uses
URBAN FARM
Support demand for farming soil in city
RECOMPOSITION BODY TO SOIL
RAIN WATER COLLECTION
CISTERN
NATURAL ENVIRONMENT
HORSETAIL
Process liquid
Root organisms absorb organic matters in water
RESOMATION
LANDSCAPING
WATER TREATMENT Heat 170 o C
HEATING DEMANDS
Soil
RE-COMPOSITION
KITCHEN GARDEN
SOCIAL FUNCTIONS
CLOSE LOOP BUILDING SYSTEM
Soaks up nutrients harmful to the natural ecosystem
RESPITE GARDEN CEREMONIAL KITCHEN GARDEN
RESPITE GARDEN
RESPITE GARDEN
SKY PLAZA
SKY PLAZA
KITCHEN GARDEN CAFE VERTICAL GARDEN
RESPITE GARDEN
RESOMATION PICNIC PARK RESPITE GARDEN
CAFE RE-COMPOSITION
KITCHEN GARDEN VERTICAL GARDEN RESTAURANT
RESOMATION
SECTION PERSPECTIVE - TRANSVERSE no scale
RESPITE GARDEN KITCHEN GARDEN RESTAURANT VERTICAL GARDEN
BISTRO RESPITE GARDEN
RESTAURANT
RESOMATION
CEREMONIAL STREET PLAZA
SUNKEN PLAZA farmer market street eateries
AMPHITHEATER public event space large funeral ceremony WATER TREATMENT
SECTION PERSPECTIVE
FUNERAL SPACE
EXPLODED ISOMETRIC
STABILITY STRUCTURE
SERVICES PIPES electrical, water & sewage PRIMARY SUPPORT STRUCTURE
VERTICAL GARDEN
TYPICAL PROGRAM ADJACENCY COLUMBARIUM niches for memento
RECOMPOSITION VESSEL body-to-soil process
VISITATION ZONE during recomposition period (4-7 weeks)
RECOMPOSITION RESPITE GARDEN GONDOLA SUPPORT RAIL GONDOLA
GARDEN water-filtering plants
VISITOR VIEW DECK
RESOMATION ZONE enclosed & controlled environment
GLAZING provide shelter for growing at high elevation
VERTICAL GARDEN CREMULATOR bone & ash process
GROWING AREA supply for market and eateries in building
RESOMATOR cremation vessel
KITCHEN GARDEN
WATER treatment & storage FAMILY ZONE during 6-hour process
SOUTH ELEVATION
0
10
20
40
RESOMATION
VERTICAL TRANSPORT
TOWER
LO N S DA L E TO W E R Revit | Adobe Creative Suite
Lonsdale Tower is a design development proposal for a 46-level building that houses, 2 podium floors for retail, 26 lettable floors for office and hotel, and a rooftop bar. The project gives back to the surrounding street experience by creating a covered public plaza facing Lonsdale street. The hotel entrance is located on Little Lonsdale street, which has less vehicular traffic and is more suitable for pick-up and drop-off. The main design drive behind the tower is sculpting of the building mass to break up Melbourne’s strong wind force that might produce wind vor tices. Vor tex shedding is minimised by chamfering the tower ’s corners by 7500mm at either one or two corners on different zones (typical hotel and office floors) of the building The façade design incorporates passive sustainability strategies, creates an inviting environment on the ground floor, and introduces a unique aesthetic the CBD tower-scape. The tower ’s envelope is comprised of a double-glazed unitised cur tain wall system on all sides and an additional second outer skin on the Nor th and West façades. The 600mm cavity between the two glazed skins acts as an insulation layer against extreme temperatures. On the Nor th facade, a 16.75mm Photovoltaic glass system with a solar amorphous silicon layer at 20% transparency allows for on-site energy generation. The unitised cur tain wall consists of extruded aluminium frames and two panel components: Double-glazed Low-e vision panel and Colourback spandrel panel. The colourback spandrel panels not only cover the ser vice floor zones but also play a significant par t in establishing the tower ’s visual aesthetic. By alternating two different colours in a randomized pattern, they form a pixelated appearance across the towers’ façade with higher density at the mechanical levels.
CONCEPT DEVELOPMENT eet be str
la tro
eet m str willia summer sun
summer sun
t stree
ct proje site
king
eet cer str spen
ct proje site
t stree sdale
ct proje site
ct proje site
lon
winter sun wi
IUM AD S STTTA ND EL LA RV MA DOCK
SURROUNDING BUILDINGS Bus route
Tram route
rain station
High-rise
Mid-rise
bour
winter sun
eet ke str
SOLAR & PREVAILING V VAILING WINDS
MAJOR STREETS & VIEWS Low-rise
SITE ANALYSIS
carved out volume to brace strong wind
carved out volume for viewing skybar + services
sky-rise
high-rise
mid-rise
low-rise
Site setback
MASSING CONCEPT
PODIUM CONCEPT
Tower setback
Negative volume
Functional crown
Tower zoning
E 12
11
16800
10
7500
9
4500
8
6000
6
5400
5
6000
4
4500
3
7500
2
16800
D
1
18000
TOP OF CROWN 225000
GL2
L 17
GL2
GL2
GL1
GL1
GL1
GL1
GL1
GL1
SP1
SP1
SP2
SP1
SP2
SP1
GL1
GL1
GL1
GL1
GL1
GL1
SP1
SP2
SP2
SP2
SP1
SP1
GL1
GL1
GL1
GL1
GL1
TOP OF SKY BAR
COLOURBACK SPANDREL PANEL [SP1/SP2]
CROWN STRUCTURES
212000
1500
88000
206500 L 45
4000
4000
L 46
L 44 199500
INNER SKIN - DOUBLE GLAZED LOW-E VISION PANEL [GL1]
SKY BAR FLOOR SLAB
L 43
2500
203000
196000 L 42 192500
GL2
L 16
L 41 189000
GL2
GL2
GL2
1500
84000
L 40 185500 L 39 182000
ED ITIZ
L 36
4000
EXTRUDED ALUMINIUM FRAME - [PC1] FINISH
UN
171500
CUR TAIN
OUTER SKIN - SINGLE GLAZED PV GLASS [GL2]
2500
BEAMS LAYOUT (TYPICAL HOTEL)
L 37 175000
4000
L 38 178500
WA LL
L 35 163500
GL2
L 15
GL2
GL2
GL2
GL1
80000
1
L 33
1500
TYPICAL HOTEL FLOOR SLAB & COLUMNS LAYOUT L 34 155500
A4.4
152000 L 32
SP1
148500
SP2
SP1
SP2
SP1
SP2
SP1
L 31
L 30 HOTEL LOBBY
4000
4000
145000
LATERAL LOAD ELEMENTS
140000
OUTRIGGERS SYSTEM
L 29
2500
GRAVITATIONAL LOADS
2
L 28 132000
A4.1
136000
L 27 128000
L 14
LIT T S124000 TR LE L E O L 25 E T NS L 26
120000 L 24 116000 L 23
GL2
GL2
GL2
GL1
GL2
GL1
SP2
SP1
SP2
GL1
SP1
GL1
76000 DA
LE
TYPICAL OFFICE FLOOR SLAB & COLUMNS LAYOUT
ENL ARGED ELEVATION - TYPICAL CORNER CHAMFER
112000 L 22 108000 L 21 104000 L 20 100000 L 19 96000 L 18
E
BEAMS LAYOUT (TYPICAL OFFICE)
NS
DA
LE
AN
ST
NE
LA
IM RR
RE
ET
ME
L 16
10
84000 L 15 80000 L 14
PODIUM SPACE TRUSSES
(TO BE UPDATED ACCORDING TO SHARLEEN)
OVERALL STRUCTURAL SYSTEM NOT TO SCALE
500
L 17 88000
76000
1
C
7500
L 13 68000
NON COMBUSTIBLE INSULATION
L 12 64000
2 A4.4
COLOURBACK SPANDREL PANEL [SP1/SP2]
L 11 60000
500WC SECONDARY COLUMN
L 10 56000
7500
LO
D
4500
92000
L 09 52000 L 08 48000 L 07
PODIUM L01 FLOOR SLAB & COLUMNS LAYOUT
44000 L 06
EXTRUDED ALUMINIUM FRAME [PC1] FINISH
40000 L 05
700WC PRIMARY CULUMN
36000
4 A4.3 1
L 04 32000
A4.4
SLAB EDGE
PODIUM GF FLOOR SLAB & COLUMNS LAYOUT
INNER SKIN - DOUBLE GLAZED LOW-E VISION PANEL [GL1]
L 02
STEEL STRUT, [PC1] FINISH
20000
MAINTENANCE WALKWAY [SG1]
300
L 03 28000
4 A4.4
SLAB EDGE ABOVE
OUTER SKIN - SINGLE GLAZED PV GLASS [GL2]
L 01 10000
EXTRUDED ALUMINIUM FRAME [PC1] FINISH
GF 0
2 WEST ELEVATION
CLOSE-UP DIAGRAM OF OUTRIGGERS AND BELT TRUSSES (ref. to A2.1 - Fig.1) NOT TO SCALE
ENL ARGED FLOOR PL AN - TYPICAL CORNER CHAMFER
3 STRUCTURAL ELEMENTS
EXPLODED AXONOMETRIC OF TOWER STRUCTURE NOT TO SCALE
A2.3: STRUCTURAL CONCEPT DIAGRAMS & 3D MODELLING SU MYAT NAING
1117042 SCALE: Refer to each drawing
TUTORIAL: 21 (GROUP F) SHEET SIZE: A1
11
11
L 16
200 1300
L 15
200
SUSPENDED ACOUSTIC CEILING SYSTEM
84000
4000
CONCEALED ROLLER BLIND PELMET
1300
80000
RAISED FLOOR ON PEDESTALS
FINISH FLOOR
2500 200
L 14
STRUCTURAL SLAB
STRUCTURAL SLAB
80 80
11 11
70
80
11
NON COMBUSTIBLE NON COMBUSTIBLE THERMAL INSULATION THERMAL INSULATION NON COMBUSTIBLE THERMAL INSULATION FOLDED ALUMINIUM FOLDED ALUMINIUM COVER PLATE [PC1] COVER PLATE [PC1] FOLDED ALUMINIUM FINISH FINISH COVER PLATE [PC1] FINISH
RONDO SUSPENSION RONDO ROD SUSPENSION ROD RONDO SUSPENSION SUSPENSION RONDO CLIP SUSPENSION CLIP RONDO RONDO SUSPENSION ROD ROD EXTRUDED ALUMINIUM EXTRUDED ALUMINIUM CROSS-T CROSS-T RONDO RONDO SUSPENSION SUSPENSION CLIP CLIP MULLION [PC1] FINISH MULLION [PC1] FINISH EXTRUDED ALUMINIUM CROSS-T CROSS-T MULLION [PC1] FINISH CEILING HEIGHT
CEILING HEIGHT
CEILING CEILING HEIGHT HEIGHT
SUSPENDED CEILING SUSPENDED SYSTEMCEILING WITH SYSTEM WITH ACOUSTIC PANELS ACOUSTIC PANELS SUSPENDED CEILING CEILING SYSTEM SYSTEM WITH WITH SUSPENDED ACOUSTIC PANELS PANELS ACOUSTIC CONCEALED ROLLER CONCEALED BLIND PELMET ROLLER BLIND PELMET
E VISION VISION PANEL PANEL [GL1] [GL1] E EXTRUDED ALUMINIUM EXTRUDED ALUMINIUM TRANSOM [PC1] FINISH TRANSOM [PC1] FINISH EXTRUDED EXTRUDED ALUMINIUM ALUMINIUM TRANSOM TRANSOM [PC1] [PC1] FINISH FINISH
OUTER SKIN OUTER SKIN SINGLE GLAZED PV SINGLE GLAZED PV OUTER SKIN GLASS [GL2] GLASS [GL2] SINGLE GLAZED PV GLASS [GL2]
OUTISDE CORNER OUTISDE CORNER MULLION [PC1] FINISH MULLION [PC1] FINISH OUTISDE CORNER MULLION [PC1] FINISH
CONCEALED CONCEALED ROLLER ROLLER BLIND BLIND PELMET PELMET
180 180 180
70 70
SLAB EDGE BELOW
CONCRETE ANCHORAGE CONCRETE ANCHORAGE CHANNEL AND BOLT CHANNEL AND BOLT EXTRUDED ALUMINIUM EXTRUDED ALUMINIUM CONCRETE CONCRETE ANCHORAGE ANCHORAGE CAST-IN CAST-IN ANCHORAGEMULLION [PC1] FINISH MULLION [PC1] FINISH CHANNEL AND CHANNELANCHORAGE AND BOLT BOLT EXTRUDED ALUMINIUM CHANNEL, WELDED CHANNEL, TO WELDED TO CAST-IN CAST-IN ANCHORAGE ANCHORAGE MULLION [PC1] FINISH SLAB EDGE ANGLE SLAB EDGE ANGLE INNER SKIN INNER SKIN CHANNEL, CHANNEL, WELDED WELDED TO TO DOUBLE GLAZEDDOUBLE GLAZED STEEL ANGLE ATSTEEL SLAB ANGLE AT SLAB SLAB EDGE EDGE ANGLE SLAB ANGLE INNER SKIN LOW-E VISION PANEL LOW-E VISION PANEL EDGE EDGE DOUBLE GLAZED STEEL STEEL ANGLE ANGLE AT AT SLAB SLAB [GL1] [GL1] BOLTED BOLTED CONNECTIONLOW-E VISION PANEL EDGE CONNECTION EDGE STEEL STRUT [PC1] STEEL STRUT [PC1] [GL1] PLATE PLATE BOLTED BOLTED CONNECTION CONNECTION FINISH FINISH STEEL STRUT [PC1] PLATE PLATE MAINTENANCE MAINTENANCE FINISH WALKWAY [SG1] WALKWAY [SG1] MAINTENANCE WALKWAY [SG1]
STEEL EDGE BEAM STEEL EB1 EDGE BEAM EB1 VERMICULITE SPRAY VERMICULITE FOR SPRAY FOR STEEL STEEL EDGE EDGE BEAM BEAM EB1 EB1 FIRE PROTECTION FIRE PROTECTION VERMICULITE VERMICULITE SPRAY SPRAY FOR FOR FIRE PROTECTION PROTECTION FIRE NON COMBUSTIBLE NON COMBUSTIBLE INSULATION INSULATION NON NON COMBUSTIBLE COMBUSTIBLE INSULATIONFOLDED INSULATION ALUMINIUM ALUMINIUM FOLDED BACK PAN BACK PAN ALUMINIUM FOLDED FOLDED ALUMINIUM BACK PAN PAN BACK COLOURBACK SPANDREL COLOURBACK SPANDREL PANEL [SP1/SP2] PANEL [SP1/SP2] COLOURBACK COLOURBACK SPANDREL SPANDREL PANEL [SP1/SP2] [SP1/SP2] PANEL
76000
EXTRUDED ALUMINIUM EXTRUDED ALUMINIUM SKIRTING SKIRTING EXTRUDED ALUMINIUM SKIRTING SLAB EDGE BELOW SLAB EDGE BELOW
STRUCTURAL STRUCTURAL SLAB SLAB
INNER SKIN INNER SKIN DOUBLE GLAZEDDOUBLE LOW- GLAZED LOWINNER INNER SKIN SKIN E VISION PANEL [GL1] E VISION PANEL [GL1] DOUBLE GLAZED GLAZED LOWLOWDOUBLE
MAINTENANCE WALKWAY [SG1]
FINISH FLOOR
FINISH FINISH FLOOR FLOOR
VENETIAN BLINDVENETIAN BLIND PELMET PELMET VENETIAN VENETIAN BLIND BLIND PELMET PELMET MAINTENANCE MAINTENANCE WALKWAY [SG1] WALKWAY [SG1] MAINTENANCE MAINTENANCE WALKWAY WALKWAY [SG1] [SG1] STEEL STRUT STEEL STRUT [PC1] FINISH [PC1] FINISH STEEL STEEL STRUT STRUT [PC1] [PC1] FINISH FINISH OUTER SKIN OUTER SKIN SINGLE GLAZED SINGLE GLAZED OUTER OUTER SKIN SKIN PV GLASS [GL2] PV GLASS [GL2] SINGLE GLAZED GLAZED SINGLE PV PV GLASS GLASS [GL2] [GL2]
4000
EXTRUDED ALUMINIUM SKIRTING [PC1] FINISH EXTRUDED ALUMINIUM STACK JOINT [PC1] FINISH
CARPET TILE CARPET TILE RAISED ACCESS ACCESS FLOOR TILE TILE RAISED FLOOR CARPET TILE
2500
STEEL STRUT [PC1] FINISH
RAISED ACCESS TILE ACCESS FLOOR TILE ACCESS RAISED FLOOR PEDESTAL PEDESTAL RAISED FLOOR
STRUCTURAL STRUCTURAL SILICON SILICON
80
A4.4
OUTER SKIN SINGLE GLAZED PV GLASS [GL2]
D
FLOOR ANGLE FLOOR ANGLE BRACKET WITH BRACKET WITH FLOOR ANGLE SLOTTED HOLESSLOTTED & HOLES & BRACKET WITH SERRATED PROFILE SERRATED PROFILE SLOTTED HOLES & SERRATED PROFILE
FLOOR ANGLE FLOOR ANGLE WITH BRACKET WITH ANCHOR ANCHOR BOLT BOLT BRACKET SLOTTED HOLESSLOTTED & SERRATED HOLES PROFILE & SERRATED PROFILE FLOOR FLOOR ANGLE ANGLE BRACKET BRACKET WITH WITH RAISED ACCESS FLOOR PEDESTAL ACCESS FLOOR PEDESTAL SLOTTED SLOTTED HOLES HOLESRAISED & & SERRATED SERRATED PROFILE PROFILE
EXTRUDED EXTRUDED ALUMINIUM STACK ALUMINIUM STACK EXTRUDED EXTRUDED JOINT [PC1] FINISH JOINT [PC1] FINISH ALUMINIUM ALUMINIUM STACK STACK JOINT JOINT [PC1] [PC1] FINISH FINISH STRUCTURAL SILICON STRUCTURAL SILICON
4000
3
TYPICAL OFFICE FLOO OR HEIGHT
AUTOMATED VENETIAN BLINDS
2500
INNER SKIN DOUBLE GLAZED LOW-E VISION PANEL [GL1]
D D
500WC SECONDARY 500WC SECONDARY STEEL COLUMN STEEL COLUMN 500WC SECONDARY STEEL COLUMN
70
1300
NON COMBUSTIBLE INSULATION
AUTOMATED AUTOMATED VENETIAN BLINDS VENETIAN BLINDS AUTOMATED AUTOMATED VENETIAN BLINDS BLINDS VENETIAN
80 80
L 17 88000 COLOURBACK SPANDREL PANEL [SP1/SP2]
11
SILL COVER - EXTRUDED SILL COVER ALUMINUM - EXTRUDED ALUMINUM SKIRTING [PC1] FINISH SKIRTING [PC1] FINISH SILL SILL COVER COVER -- EXTRUDED EXTRUDED ALUMINUM ALUMINUM FIXING BOLTS FIXING 5MM BOLTS WASHER OVER 5MM WASHER SKIRTING SKIRTING [PC1] [PC1]OVER FINISH FINISH CONTINUOUS SMOKE CONTINUOUS FLASHING SMOKE WITH FLASHING WITH FIXING FIXING BOLTS BOLTS OVER OVER 5MM 5MM WASHER WASHER FIRE RESISTANT FIRE SEALRESISTANT SEAL CONTINUOUS SMOKE SMOKE FLASHING FLASHING WITH WITH CONTINUOUS FIRE RESISTANT STOP FIRE RESISTANT SEALSTOP FIRE SEAL ANCHOR BOLT ANCHOR BOLT FIRE STOP FIRE STOP
70 70
11 11 11
180 600
600 250
MAINTENANCE MAINTENANCE250 WALKWAY 600 600 WALKWAY 250
300 250
300
300 300
MAINTENANCE WALKWAY WALKWAY MAINTENANCE
SECTION - DOUBLE SKIN FACADE SYSTEM
4 4 PLAN DTL DTL - CORNER MULLION AT CHAMFER PL AN - CORNER MULLION AT CHAMFER 4
SECTION DTL - CURTAINWALL STACK JOINT & TRANSOM 3 3
SECTION DTLSECTION - CURTAINWALL DTL - CURTAINWALL TYP. STACK JOINT TYP. STACK & TRANSOM JOINT & TRANSOM 3 1 : 10 10 SECTION DTL1- :CURTAINWALL TYP. STACK JOINT & TRANSOM
PLAN DTL - CORNER PLAN DTL MULLION - CORNER AT MULLION CHAMFERAT CHAMFER 1 : 10
1 : 10
1 : 10
1 : 10
SMOKE FLASHING SMOKE FLASHING SMOKE FLASHING FIRE STOP FIRE STOP
SILL COVER - EXTRUDED SILL COVER ALUMINIUM - EXTRUDED ALUMINIUM SKIRTING [PC1] FINISH SKIRTING [PC1] FINISH SILL COVER - EXTRUDED ALUMINIUM SKIRTING [PC1] FINISH DOUBLE GLAZED DOUBLE LOW-E VISION GLAZED PANEL LOW-E VISION PANEL DOUBLE GLAZED LOW-ESTACK VISION PANEL EXTRUDED ALUMINIUM STACK JOINT [PC1] FINISH EXTRUDED ALUMINIUM JOINT [PC1] FINISH EXTRUDED ALUMINIUM STACK JOINT [PC1] FINISH FLOOR ANGLE BRACKET FLOOR ANGLE WITH SLOTTED BRACKETHOLES WITH SLOTTED & HOLES & SERRATED PROFILE SERRATED PROFILE FLOOR ANGLE BRACKET WITH SLOTTED HOLES & SERRATED PROFILE L 15 L 15
FINISH LEGEND GL1
GL2
SP1
COLOURBACK SPANDREL PANEL VIRIDIAN SERAPHIC HEAT STRENGTHENED 10MM DULUX A73
SP2
COLOUR BACK SPANDREL PANEL VIRIDIAN SERAPHIC HEAT STRENGTHENED 10MM DULUX A368
RAISED FLOOR CARPETACCESS TILE CARPETTILE TILE CARPET TILE
RAISED ACCESS FLOOR TILE
80000
COLOURBACK SPANDREL COLOURBACK PANEL SPANDREL [SP1/SP2] PANEL [SP1/SP2]
EXTRUDED ALUMINIUM EXTRUDED ALUMINIUM STACK JOINT [PC1] STACK FINISH JOINT [PC1] FINISH EXTRUDED ALUMINIUM STEEL CHANNEL STEEL DROP CHANNEL DROP STACK JOINT [PC1] FINISH CHANNEL DROP DOWN DROP DOWN DOWN WELDED TO DOWN WELDED TOSTEEL CHANNEL STEEL STEEL CHANNEL DROP EDGE BEAM EDGE BEAM STEEL DROP DOWN COVERCHANNEL BOARD COVER BOARD DOWN WELDED TO EDGE BEAM SQUARE HOLLOW COVER SQUARE HOLLOW BOARD NON NON COMBUSTIBLE INSULATION COMBUSTIBLE INSULATION SECTION STEEL MEMBER SECTION STEEL MEMBER SQUARE HOLLOW NON COMBUSTIBLE INSULATION TO SUPPORT SOFFIT TO SUPPORT SOFFIT SQUARE HOLLOW SQUARE HOLLOW SECTION STEEL MEMBER SECTION STEEL MEMBER SECTION STEEL MEMBER TO SUPPORT SOFFIT SQUARE HOLLOW TO SUPPORT SOFFIT TO SUPPORT SOFFIT SECTION STEEL MEMBER TO SUPPORT SOFFIT
ALUMINIUM FOLDED BACK PAN NON COMBUSTIBLE NON INSULATION COMBUSTIBLE INSULATION NON COMBUSTIBLE INSULATION
EXTRUDED ALUMINIUM TRANSOM [PC1] FINISH EXTRUDED ALUMINIUM TRANSOM [PC1] FINISH EXTRUDED ALUMINIUM TRANSOM [PC1] FINISH
FIXING CHANNEL ALUMINIUM SOFFIT ALUMINIUM PANEL SOFFIT PANEL
FIXING CHANNEL 11
11
ALUMINIUM SOFFIT PANEL DOUBLE GLAZED DOUBLE LOW-E VISION GLAZED LOW-E VISION PANEL [GL1] PANEL [GL1] DOUBLE GLAZED LOW-E VISION PANEL [GL1]
11
SECTION DTL - CURTAINWALL SILL AT CHAMFER SOFFIT SECTION DTLSECTION - CURTAINWALL DTL - CURTAINWALL SILL AT CHAMFER SILL AT SOFFIT CHAMFER SOFFIT 1 1 : 10 10 SECTION DTL1- :CURTAINWALL SILL AT CHAMFER SOFFIT 1 : 10
FINISH LEGEND FINISH LEGEND FINISH LEGEND
ANGLE BRACKETANGLE BRACKET WITH SLOTTED WITH SLOTTED ANGLE BRACKET HOLES & SERRATED HOLES & SERRATED WITH SLOTTED PROFILE PROFILE HOLES & SERRATED PROFILE FIXING BOLTS OVER FIXING BOLTS OVER
5MM WASHER 5MM WASHER FIXING BOLTS OVER 5MM WASHER
FIXING CHANNELFIXING CHANNEL
ALUMINIUM SOFFIT ALUMINIUM PANEL SOFFIT PANEL ALUMINIUM SOFFIT PANEL FIXING CHANNEL FIXING CHANNEL
1 1
L 15 80000
BONDEK STRUCTURAL BONDEK STEEL STRUCTURAL STEEL DECKING CONCRETE DECKING SLABCONCRETE SLAB BONDEK STRUCTURAL STEEL DECKING CONCRETE SLAB BOARD FIRE-RATED BOARD FIRE-RATED BOLTED CONNECTION BOLTED CONNECTION FIRE-RATED SECONDARYBOARD STEEL SECONDARY BEAM STEEL BEAM PLATE PLATE BOLTED CONNECTION SECONDARY STEEL BEAM PLATE
COLOURBACK SPANDREL [SP1/SP2] ALUMINIUM FOLDED BACKPANEL PAN ALUMINIUM FOLDED BACK PAN
WALKWAY - STAINLESS STEEL GRATE WEBFORGE C205MP
L 15 80000 L 15 80000
STEEL EDGE BEAM STEEL EB1 EDGE BEAM EB1 WITH VERMICULITE WITH FIRE VERMICULITE PROTECTION FIRE SPRAY PROTECTION SPRAY STEEL EDGE BEAM EB1 WITH VERMICULITE FIRE PROTECTION SPRAY
PHOTOVOLTAIC GLASS ONYX SOLAR AMORPHOUS SILICON MEDIUM TRANSPARENCY 20% GLASS PANEL THICKNESS: 16.75MM POWDER COAT FINISH DURALLOY CHARCOAL 27288351
RAISED FLOOR RAISED ACCESS ACCESS RAISED FLOOR PEDESTAL TILE ACCESS FLOOR TILE
80000
VISION PANEL LOW-E DOUBLE GLAZED VIRIDIAN ENERGYTECH
PC1
SG1
L80000 15
RAISED ACCESS RAISED FLOOR PEDESTAL ACCESS FLOOR PEDESTAL
BONDEK STRUCTURAL BONDEK STEEL STRUCTURAL STEEL FIRE STOP DECKING CONCRETE DECKING SLABCONCRETE SLAB BONDEK STRUCTURAL STEEL DECKING CONCRETE SLAB RAISED ACCESS RAISED FLOOR TILE ACCESS FLOOR TILE
2 2
SUSPENDED CEILNG SUSPENDED SYSTEM CEILNG SYSTEM WITH ACOUSTIC WITH PANELS ACOUSTIC PANELS SUSPENDED CEILNG SYSTEM CONCEALED ROLLER CONCEALED SHADE ROLLER SHADE WITH ACOUSTIC PANELS PELMET PELMET CONCEALED ROLLER SHADE PELMET EXTRUDED ALUMINIUM EXTRUDED ALUMINIUM TRANSOM [PC1] FINISH TRANSOM [PC1] FINISH EXTRUDED ALUMINIUM TRANSOM [PC1] FINISH
SECTION DTL - CURTAINWALL HEAD AT CHAMFER SECTION DTLSECTION - CURTAINWALL DTL - CURTAINWALL HEAD AT CHAMFER HEAD AT SOFFIT CHAMFER SOFFIT 2 SOFFIT SECTION DTL - CURTAINWALL HEAD AT CHAMFER SOFFIT 1 : 10
1 : 10
1 : 10
DESIGN-BUILD
BAMBOO University of Washington Design Build
B AC KG R O U N D A g ro u p of a rc h i te c t u re s t u d e n t s a n d p rof e s s o r s f ro m t h e U n i ve r s i t y of Wa s h i n g to n t r a ve l e d to t h e P h i l i p p i n e s to study bamboo as a construction material and its cultural relationship to the people. While abundant and popular among the local communities, bamboo is often regarded as a low grade material appropriate only for temporar y and utilitarian uses. Despite its benefits in sustainable sourcing, structural capability and unique visual characteristics, bamboo is still rarely used in architecture. DESIGN The main design task is a market stall at the city center for the local residents. A key design principle is s i m p l i c i t y t h a t e x p r e s s e s t h e m a t e r i a l â&#x20AC;&#x2122;s c h a r a c t e r i s t i c s a n d t h e c o n s t r u c t i o n c r a f t s m a n s h i p . A s s i s t e d b y the local craftsmen, the students fully engaged with the project from design concept, development, to documentation and construction of the project. BUILD Each bamboo element is pre-treated with chemicals to lengthen itsâ&#x20AC;&#x2122; life span, and requires additional physical peeling to remove build-up and ensure an even physical appearance. Connection joints are measured, hand cut and secured by hand weaving strands made of recycled tires. They are fur ther protected from insects and environmental elements with epoxy glue.