Portfolio
Foreword People sometime asked me what field would you want to spend your life in if you could turn back time. I think about all different possibilities in which I could contribute in my best... In the end,... I would enter architectural world again...andAgain...
Lan Dang Nguyen
VERTICAL STUDIOResearch Lab Pier 40 | Hudson River | New York
ART PERFORMANCE PAVILIONSoHo | New York
LOW INCOME HOUSING - STUDIOConey Island | Brooklyn
AGENT STRUCTURENoKaidoscope ProjectPratt Institute Gallery
ARTERY CULTURAL CENTERChinatown | Boston
COMMUNITY ROWING BOAT HOUSEBackbay | Boston
CONTEXT - STUDIOAdvance Material IncubatorEast River | New York
TECTONIC IDEAConfiguration
CAP STUDIOVisiting CampusAbu Dahbi
MEDIA | DIGITAL REPRESENTATION
WORKING EXPERIENCES
6
14
34
38
48
54
66
74
80
90
106
Page
123456
87
9
Hudson River Research LabNew York
Art Perfomance Pavilion Soho - New York
Agent StructureExhibition - Pratt Institute Gallery
Low Income HousingConey Island - New York
Exhibition CenterAbu Dahbi
Advanced Material IncubatorEast River - New York
Digital Representation Tectonic- Connection Community Rowing Boat HouseBackbay - Boston
page4 | 5
1 Pier 40/ Hudson River/ Research Lab
PARAMETRICISM
Fall 2011/ Pratt InstituteCritic/ Erich Schoenenberger
As the development of computational
design, questioning for a proposal of
new style is neccesary visualization to
adapt with changes of social order that
could refl ecting an environment in which
contains our daily activities.
page6 | 7
My concept is focusing on deterioration processes in which form
is generated based on transformation of decomposed organization
under forces over time. In the process, when surface is deteriorated,
internal organization start to fall apart creating new boundary
overtime. There is a relationship between complete and incomplete
figure that perform the changing stages from fresh to decay, from
young to old
The initial cell is transformed via experience
of variable changes that perform a different
appearances. Aggregation from multiple cells
generate a field condition in which contain
spatial qualities , hierarchy order, openness,
enclosure that reveal a new configuration
DeteriorationInitial Concept/Time/ Aging
FORM SEARCHING
a. Initial Componentb. Variables c. Aggregation 1d. Aggregation 2
Renderings
ab
cd
page8 | 9
Pier 40 is located along Hudson
river that connect to city via
Westside highway. The pier
currently is functioning as
outdoor recreation center,
commercial port, public parking
Urban RetrofitSite/ Analysis/ Strategy
SITE CONTEXT
As a part of city fabrication, the site is considered to tie between city and water edges
to enhance access capacity. There are few aspects to address
/ Link current pedestrian pathway as part of building
/ Intersect trajectory in order to use as share program
/ Varies scale allowing diff erent type of program
/ Bridging between site and city above the highway
SITE STRATEGY
ramp upramp down
1. Lab - Research2. Cafeteria
4. Auditorium
6. Education center
8. Art performance center
10. Elevated bridge
3. Kayaking
5. Indoor recreation
7. Outdoor activities
9. Services - Administration
11. Rest area
Hudson river has been the most polluted river in the States.
Proposed program for the research lab is mixed use activities.
Research lab of estuary sanctuary for protection of fi sh, wildlife
and their habitats is focused. Additional, performance art center
and in/out door recreation center are included as well to enhance
activities among the community
PROPOSED PROGRAM
The fi nal confi guration is inherited
the conceptual idea while response
to urban context. Indeed, the
confi guration is investigated during
form searching processes and design
development strategy in order to adapt
with site constraint meanwhile propose
a program via a organization which is
found and negotiate in the aggregation
process.
SPATIAL CONFIGURATION | CONFIGURATION ON SITE | VIEW TOWARD CITY
Confi gurationTessellation/Visualization/
Renderings
2Abu Dahbi/ Visiting Center
Spring 2011/ Pratt InstituteCritic/ Erich SchoenenbergerClient/ Christo and Jeanne - ClaudeGroup Design: Lan Nguyen | Stephen Lam |Richards Mark
CLIENT:
PERSPECTIVE
This CAP ( Comprehensive Architecture Project) studio is engaged with an intense project in which students work
from schematic design to producing construction drawings. In this project, students meet up with consultants
for MEP system and structural advice for specific site and climate condition.
In this selected studio, we had opportunity to be a part of conceptual design studio project within Pratt
degree program. Our client in this case was Christo and Jeanne - Claude. Specifically, the studio divided
into four team carrying different programs that ultimately become a visiting campus for Christo and Jeanne
- Claude’s Mastaba project in Abu Dahbi. Our team took responsibility for designing an Exhibition Center
a. Visiting Campusb. Exhibition Center
Models:3D print
ab
page14 | 15
THE
MA
STA
BA
FOR
UA
E Recurring Medium: The Oil BarrelsThe used of the oil barrels has been a recurring medium in Christo and Jeanne Claude’s works since the 1960s. With each consecutive iteration, the scale and magnitude of the installations shift from the micro to macro.Conceived in 1977, The Mastaba will be a work of art made of approximately 410,000 horizontally stacked oil barrels. The Mastaba will have an overall surfacing of 55-gallon stainless steel oil barrels of various bright colors. Hundreds of bright colors, as enchanting as Islamic mosaics, will give a con-stantly changing visual experience according to the time of the day and the quality of the light.
Sculptural EssenceThe very nature of concealing the building under fabric emphasize the proportion of the structure and its esscence. Yet underneath the fabric, it remain a bridge, a museum, or a piece of architecture. Therefore it engages the passerby through the traditional architec-tural sense, such as the procession to, from, and through the instal-lation. The plans for the Mastabase indicates a scale larger then the pyramid of Giza. This installation is projected to be a monumental destination. The Mastaba, a work of art whose only purpose is to be itself, will be situated on a slightly rising plain to allow visitors the full impact of the uniqueness of this monument, as they approach by foot, automobile, or by air.
Urban PlanningThe immense scale of Christo and Jeanne Claude’s installation involves a magnitude of planning sessions and debate. “Architec-ture and urban planning are always discussed before completion. People discuss the possibility of a new bridge, a new highway, a new airport before those are built.” The plans of these installation also reflects its urban contexts in the adjacencies, such as along roads and highways, barns, temples, churches, gas stations, schools, habitations and cattle.The plans for the Mastaba also includes a complex with parking facilities, a worship room, rest areas for the public and lodging for the curator, the maintenance personnel and the guardians.
Painterly AttributeWith their more monumental installation, Christo and Jeanne Claude captures a very picturesque quality in relation to the landscape. It not only subjugate the landscape to accept its existence but adds a surrealist touch to the passerby’s perception.The grandeur and vastness of the land will be reflected in the dimensions of the Mastaba, which will be:• 150 meters (492 feet) high• 225 meters (738 feet) deep• 300 meters (984 feet) wide
a. Christo and Jeanne Claude’s Drawings Proposed for the Mastaba
Site Location
Scale relationship
Mastaba project is a proposal from Christo and Jeanne- Claude to ruler of UAE. The mastaba
would be on dessert where Christo and Jeanne-Claude specificly selected by their critical
analysis about topography and view.
Christo and Jeanne - Claude has been following this project for more than 10 years. Recently,
Ruler of UAE positively agreed to build the Mastabar and its facilities. This Mastaba would be
the first permanent art installation project of Christo and Jeanne - Claude.
page16 | 17
Particle Behavior
Granular flow is an essentially un-modeled physical behavior. At times granular motion acts like a solid and at others like a fluid, and the transition between the twocan be rapid. Each particle is independent yet dependent upon it’s neighbors. The velocity that the particle travels is determened by it’s neighbors and its interaction during travel. As well, the behavior of one grain and its immediate contacts after impact is closely connected. Hence the viscosity of the sand and the state of the wind, whether gradual periodic or turbulent, affects the particle behavior toward a global behavior.
Sand Boom Potential Energy --> Kenetic Energy--> Acoustic Sound
Kenetic
Gravity
CAP. StudioProf. Erich Schoenenberger
Lan Nguyen | Stephen Lam | Mark Richards
sand is pushed beyond the crest by the windand settles where the wind stops
dunes that reach a threshold will begin to avalanchethe angle of repose is typically 30-34 degrees
loose sand is pushed up the dune by windsome sand settles along the up hill path
this unsettles a large amount of sand to reset the growth patternit also contributes to the migration of the sand dune
PARTICLE BEHAVIOR
Granular flow is an essentially un-modeled physical behavior. At times granular motion acts like a solid
and at others like a fluid, and the transition between the two can be rapid. Each particle is independent
yet dependent upon it’s neighbors. The velocity that the particle travels is determined by it’s neighbors
and its interaction during travel. As well, the behavior of one grain and its immediate contacts after
impact is closely connected. Hence the viscosity of the sand and the state of the wind, whether gradual
periodic or turbulent, affects the particle behavior toward a global behavior
Initial ConceptParticle Flow/
Aeolian Pressure
Aeolian Pressure Loose Particle Layer
Particle movement inresponse to initial pressure
Instance of low turbulance
Collision of high and lowpressure stream
Instance of high turbulance
Final State
Initial State
Final stage
page18 | 19
Wind Vector overinitial surfacegenerate potentialpaths of deforamtion.
Initial Surface Gen 1: Principle Deformation
Deformation are defined with an orientation towards the Mastaba.
Gen 2: Access Condition Gen 3: Variety of Turbulence
Gen 4: Height Constriction Gen 5: Volume Condition
Deformations in thesystem are assessed for potential accesspoints.
Further developmentof turbulence withinthe surface are articulated.
A height limitationwas set to maintaincohesion withadjacent structure.
Volume conditionsare evaluated forpotential area ofprogramatic space.
Articulated Massing
Wind Vector overinitial surfacegenerate potentialpaths of deforamtion.
Initial Surface Gen 1: Principle Deformation
Deformation are defined with an orientation towards the Mastaba.
Gen 2: Access Condition Gen 3: Variety of Turbulence
Gen 4: Height Constriction Gen 5: Volume Condition
Deformations in thesystem are assessed for potential accesspoints.
Further developmentof turbulence withinthe surface are articulated.
A height limitationwas set to maintaincohesion withadjacent structure.
Volume conditionsare evaluated forpotential area ofprogramatic space.
Articulated Massing
FORM DEVELOPMENT
Interior
Access ToAccomodation
Access ToService Entrance
Access ToTour Center
Access ToPrayer Space
Access ToParking
Entrance
Cafe
Office Library
Auditorium
ExhibitionGiftshop
Primary CirculationSecondary Circulation
Ground Circulation
North
LEGEND
Lobby
Entrance
Fire Exit
Exhibition
Archive
Fire Exit
PROGRAM DIAGRAM
UP
UP
ELEVATOR PIT
1
2
3
456
7
8
9
10
1213
14
15
16
17
C
BA
Auditorium
Mechanical
Archive
ROTATINGPARTION
PODIUMSTOR.
STORAGE
MEDIA ROOM
11
FIXT_CODEFU_TOTALFU_WASTEFU_HOTFU_COLDFIXT_CODEFU_TOTALFU_WASTEFU_HOTFU_COLD
15'
15'
14'-5"
15'-11 12 "
15'-6 12 "
13'-6 12 "
13'-5 12 "
17'-4 12 "
17'-4 12 "
21'-9 12 "
22'
20'-9"
15'-2 12 "
18'
18'
150
230230
150
8'-1"
3'
2'-11"
UP
UP
UP
UP
Open To Below
Gift Shop
Cafe
Mechanical
Exhibition 1
Exhibition B
Lobby
PedestrianEntrance
VehicularEntrance
M
W
1
2
3
456
7
8
9
10
11
1213
14
15
16
17
C
BA
BASEMEN PLAN
UP
UP
UP
UP
Open To Below
Gift Shop
Cafe
Mechanical
Exhibition 1
Exhibition B
Lobby
PedestrianEntrance
VehicularEntrance
M
W
1
2
3
456
7
8
9
10
11
1213
14
15
16
17
C
BA
DN
DN
DN
C
BA
Exhibition 3
Offices
1
2
3
456
7
8
9
10
11
1213
14
15
16
17
GROUND PLAN SECOND FLOOR PLAN
page24 | 25
DUCT DISTRIBUTION LAYOUT LEVEL 1
Environmental ControlBoiler/ Chiller/ AHUDuct/ Circulation/Size
ROTATINGPARTION
Archive815 sqft
Auditorium1160sqft
Media Room 70 sqft
Storage80 sqft
Circulation & Public Space 1430 sqft
WC: Men100 sqft
WC: Women 130 sqft
Mechanical1100 sqft
ZONE 1
ZONE 2
Open To Below
WC: Men150 sqft
WC: Women 130 sqft
Exhibition 22375 sqft
Mechanical425 sqft
Gift Shop 440 sqft
Cafe1485 sqft
Lobby & Exhibition 12350 sqft
ZONE 3
ZONE 4
ZONE 5
Mechanical 150 sqft
Exhibition 31450sqft
900 sqft
100 sqft
120 sqft
150 sqft
Duct Space
ZONE 6
ZONE 7
RISER DIAGRAM
Elevation + 0'-0"
Elevation + 15'
Elevation 0 - 15'
Elevation + 35'
Section 1-1
Elevation 0 - 21'
Elevation + 28'
a. Cross Sectionb. View from back entrance
Models:Renderings a
b
Concrete wall
8"x8" tube steel girder
Interior finish
8"x8" tube steel beam
4 " insulation
Pin bolt connection
Welded Ledge
Welded to girder
Joint sealants
6" Prefab concrete carrier
1" Ceramic Tile
Gasket
Panel Detail
Pour stop
Lightweight Concrete Panel
Air Ventilation
3/8" latex modified concrete
Lightweight concrete
Roof desk (Walkable surface)
Insulation-Water Barrier
3" corrugated Metal Decking
Steel Tube Beam
Roof Detail
3Tectonic - Scale - MaterialityFall 2007/ BACCritic/ Shonali Rajani
This study is explorating various combination in term
of form and representation aspects. Intersecting and
interlocking , void and solid, horizontal and vertical
are the key aspects that creating the modules that
populated via a tectonic principle.
PlanUnit Diagram
Section
page34 | 35
Physical model, digital model, photos
collages are the method to explore the
potentials medium to create hyper-real
visualization.
Design Statement
Incubator for Advanced Material Businesses is the ultimate design
for this studio. By doing deeply researching on snow-flake, orga-
nization and pattern of growing is revealed. By understanding the
nature growing process of system, aggregation is tested and at-
tempt to bring main principles of the tesselation to incorporate to
system of the Incubator .
4 Dumbo/ East River/ Incubator Spring 2010/ Pratt InstituteCritic/ Carla Leitao
page38 | 39
Snowflake Crystal Morphology Analysis
Branching
MANHATTAN BR
JOHN ST
TS S
MADA
TS
LRAEP T
John St
MANHATTAN BR
JOHN ST
TS S
MADA
TS
LRAEP T
John St
a. Site Planb. Model on Site
Images:
ab
page42 | 43
5Artery Cultural Center/ ChinatownBoston, MAFall 2007/ BACCritic/ Shonali Rarani
Design Statement:
The site is situated at the edge between Chinatown and fi nancial district of Boston.
One is intimate scale at Hudson Street, the other side on JFK street is large scale. My
concept for the design is respecting the current condtions of the site. My building
is concerned to fi t the existing constraint relationship. I want to keep traditional
and intimate structure at Chinatown side by using brick material and post-beam
wood structure, while design a contemporary look on the JFK facade facing Boston
fi nancial district by using large scale, modern material such as translucent glass and
smooth concrete. The vent was once the most obstructing and odd-looking to the
site that now is becoming a part of my building.
Site
Subway Vent Shaft
Adjencents Buildings
Public Plaza
View from Chinatown side
Sections
Second Floor Plan ( Performance)
Third Floor Plan (Office)
Forth Floor Plan (Art Loft)
View from Chinatown side
Sections
Performance Space
South East Elevation
North West Elevation
Forth Floor Plan (Art Loft)
Look over JFK street toward the building ( Financial District Side)
GENERATIVE COMPONENT
CNC MILLING
| Fabrication |
| Fabrication |
The premise of the seminar focused on
the use of swarm intelligence as way
of form finding. Using nature of these
complex systems as a way to generate
space and structure based on simple rules
and logic. Systems borrowed from nature,
mathematics, and physics were applied to
a design problems and their intelligence
embedded into the design solutions.
Using object oriented programming with
parametric design tools we investigated how
these emergent systems can feed into the
discourse of architecture in order to evaluate
new methods of making. The investigations
focused on creating full scale pavilions which
required the research to explore structure
and fabrication methodologies
6 Agent Structure
ULTIMATE GOAL
CONCEPT
Fall 2011/ Pratt InstituteSponsored by Bentley IncorporateInstructor: Robert CervellioneGroup project : - Lan Nguyen | Alanna Kleiner | Yasin Ozdemir
In this class we worked with methods of limited diffusion aggregation. We wanted to explore the idea of looking inside of
an object as a way of experiencing architecture. We created that effect using different scales and types of perforation and
play with the idea of density and lightness.
We believed using principles of a kaleidoscope may be useful to play with the light captured in an object to create an
interesting experience of looking inside of a space that you do not necessarily enter.
page56 | 57
Swarm Simulation
NOKaidoscope
We looked at swarm systems in order to create a cluster of points that suggests a semi-enclosed
space. The system is hung from the ceiling. The use of avoid and seek points creates the cluster
that is represented the start end points of the lines. The lines is created by a single parameter
that is to meet the interior angle of a prism. For every point, the script fi nd two more points that
suggests an triangle and whenever the angle of a corner of the triangle is between 55-65 degrees
the adjacent edges are drawn. With this system we hope to imitate both the characteristic of a
kaleidoscope image and also logics of its system.
Overlap avoid radius
Exhibition Space Hall
Glass Panel
Glass Panel
Ceiling
String
Avoid Points
Legend
Plan- Diagram
Section- Diagram
Seek Points
Point DensityHigh
Low
Overlap avoid radius
Exhibition Space Hall
Glass Panel
Glass Panel
Ceiling
String
Avoid Points
Legend
Plan- Diagram
Section- Diagram
Seek Points
Point DensityHigh
Low
55-65
55-65
55-65
55-65
Gravity TestKangaroo Simulation
DLA | Main Constrain
55-65 DegreePlan
Anchor PointsFragile Stage Stable Stage
Elevation
Seek - Avoid Set Up
seek pointsavoid points
a. Renderingsb. Planc. Elevation from outside galleryd. Section
Drawings
b c d d
aa
page62 | 63
7Coney Island/ Low Income Housing
Fall 2010/ Pratt InstituteCritic/ James Garrison
This design studio focuses on the contemporary urban condition. The site is located in
Coney Island that deal with the interrelationships between urban form land and building use
transportation and environment. The narrow shape of the site and proposed programing
for inter-generation , building regulations are the key aspects driving the ultimate design.
page66 | 67
Site Constraint/Analysis/
a. Site Current Conditionb. Sound Diagramc. Vegetation Distribution Diagram
Images:
ab
c
The site is situated in a zone which challenge for a housing project. The site is a long narrow strip along main traffic Surf Ave.
On the back side of the site is a two level elevated subway which cause a lot noise and vibration. There is amusement part
opposite to the site which cause of noise as well. However, the site has its advantage of view to the ocean. The site has short
distance to board walk along the beach.
Stillwell Ave
W 15st
W 16st
Mermaid Ave
Surf Ave
Boardwalk
Amusement Park
Ball Park
Jones WalkW 12 st
W 8 st
W 19st
W 20st
W 17st
Bowery St
Noise PolutionNoise and Vibration Elevated SubwaySubway StationSite
Low to High
UP
DN6' -
0"7'
- 0"
7' -
0"
PowderRoom
Entrance
Studio 1 Studio 2
Corridor
14' - 0" 14' - 0"
28' - 0"
1A105
2A105
21' -
0"
a1
a
b
c
c2
3 4 5
41' -
0"
7' -
0"13
' - 0
"
14' - 0"
28' - 0"
Kitchen
14' - 0"
Balcony
16' -
0"
5' -
0"
41' -
0"
3 4 5
Level 10' - 0"
Level 29' - 0"
Level 318' - 0"
Powder Room
Bedroom
14' - 0" 14' - 0"
9' - 6" 9' - 8"
28' - 0"
3 4 5
Level 10' - 0"
Level 29' - 0"
Level 318' - 0"
Corridor
Kitchen
Bathroom
Livingroom
7' - 0"6' - 0"7' - 0"
Studio
21' - 0"
41' - 0"
a1 a b c c2
ComponentTypical Unit/Aggregation/
Lower Floor
Section 1-1
Upper Floor
Section 2-2
a. Typical Housing Unitb. Aggregation of Units
Images:
a b
After researching demography of Coney
Island, duplex apartment is a solution for
maximize the use of square footage and
also allow flexibility in number of occupants.
There are two independent studio on lower
level which can rented out while owner still
live on 2 bedrooms apartment on upper level.
Circulation is focused in order to maintain
privacy of both owner and tenants. Layout
is coordinated with limit site width, required
square footage, air ventilation, natural light
and view to the beach
UP
UP
UP
UP
UP UP
UP
DN
DN
DN
DN
DN DN
DN
6' -
0"7'
- 0"
7' -
0"
PowderRoom
Entrance
Corridor
14' - 0" 14' - 0"
PowderRoom
Storage PowderRoom
PowderRoom
Gabage
Shaft Shaft
Entrance
PowderRoom
BalconyBalcony
a
b
c
1 2 3 4 5 6 7 8 9 10 11 12 13
14' - 0"14' - 0"
16' -
0"
36' -
0"
14' - 0" 14' - 0" 14' - 0" 14' - 0" 14' - 0" 14' - 0" 14' - 0" 14' - 0"
168' - 2"
Balcony
PowderRoom
Bedroom 1
a
b
c
1 2 3 4 5 6 7 8 9 10 11 12 13
Balcony Balcony Balcony Balcony
PowderRoom
Lower Floor Plan
Upper Floor Plan
Woodshop
Balcony
Courtyard garden
Gymnasty
Bridge
Dining Space
Courtyard garden
HousingEntrance
HousingEntrance
Classroom
Changing room
Cafeteria
Educational Center
Garden
BalconyBalcony
Food Storage
Communal Kitchen
Screening Room
Services
Art studio
Garden
Garden
GROUND LEVEL | AMENITIES LEVEL | CORE COLLECTION LEVEL | HOUSING LEVEL
SECTION FACADE ON SURF AVE
Drawings
below
left above
left below
8Community Rowing Boat HouseBackbay | Boston| MassachusettsSpring 2007/ BACCritic/ Kate Schulte
Design Statement:
The site is located in a place of historic preservation in the Back Bay
area along the Charles River in Boston, Massachusetts. The building
site connects the city to the river. The studio assignment utilizes it a
Community Rowing Boat House facility to attempt a connection from the
Back Bay to the water’s edge of the river. My design strategy connects
the site with the current Back bay housing, making the site a part of the
whole city planing. The proposed design for the Boat house bridges over
Storrow Drive connecting the building to the city. Grid of street level (residential area)HighwayRiver bank ( located the boat house)
Charles riverPathsConnection points to city
Site Improvements
Solutions For Current Site:
The residential area is connected with the river bank by relocating the Storrow Drive to an
underground condition. The design seek to bring back nature and the beautiful shoreline of the
Charles river as it used to be before the interruption of the highway. Storrow Drive could not be
eliminated because it serve as a major transportation vehicular access to the city of Boston.
A wide bridge is suspended on top and over the highway. A series of light-well and openings are
created to reconnect the highway to the Charles river scene.
After the site has been transformed this way, more people will be able to access the river bank.
The site location of the boat house is at the far point corner of the river bank. This location reduces
the obstructing view for residential area looking toward the river. Also, boats can easily gain access
to the boat house
a. Symbolic Form Diagramb. Site Planc. Plansd.Renderings
Images:
a d d
db c
A
A
B B
9Soho / Art Performance Pavilion Fall 2009/ Pratt InstituteCritic/ Peter Macapia
Re-defining shapes, connections and
aggregation systems between structure
and membranes is a mission of this
studio. Following bottom - up method,
new forms and space is revealed at a
certain emergent moment. Eventually,
organization and programing started
incorporating with the aggregation
system to create the relationship between
a part and the whole
page80 | 81
Nest List[Round[Last[#]/Cos[Pi/90]] ->First [#]/50 & / @ # &, {95->96, 96->97, 97->98, 98 ->99, 99 ->100, 100 ->1, 1->2, 2->3, 3->4 ... ...89 ->90, 90 ->91, 91->92, 92-
Folding - Connection
Variation
Scripting
UNITTypical Unit/Variation/Connection/
Variation Connection Aggregation
Recursive Scripting
Aggregation
Digital Model | Physical ModelImages:
Model On Site | View Inside PavilionRenderings:
MAYA - RHINO- 3D STUDIO MAX - REVIT
Media | Digital Representation |
page90 | 91
3D - STUDIO MAXInstructor : Jason Vigneri Beane
page92 | 93
Vector rendering | 3D printImages:
MAYAInstructor : Christopher Whitelaw
page98 | 99
UP
1
2' - 3 19/32"
2 3
1' - 8 13/32"
EQ EQ
4 2' -
0"
5
2' -
0"
2' - 0"
56' - 0"
72' - 6"
40' -
0" 28
' - 6
"
6A-01
10
REVITInstructor : Ben Martinson
Level 772' - 0"
Level 884' - 0"
Level 996' - 0"
A-018
Level 996' - 0"
1" = 1'-0"8 Callout of Detail
Crown Hall - Illinois Institute of TechnologyDesign by Mies Van der Rohe
Model MakkingStructural and Lighting Studies
Gropius House - Lincoln - MassachusettsDesign by Walter Gropius
Hand SketchingPencil - Charcoal- Ink
PROFESSIONAL EXPERIENCE | IAN.F.TABERNER AIA ZERO ENERGY COMPANY | BOSTON | MA
WORKING EXPERIENCE
page106 | 107
Design Statement : A weekend retreat for a couple and their two children designed to replace an existing one story 1920’s cottage. The
Taheri Residence is based on an abstraction of the 18th and 19th century precedent of the “Telescope House”– a regional
building typology often found on the eastern maritime shore.
The building design was to be of low maintenance in terms of infrastructure and natural landscape. The new house is located
about 30 miles north of Buffalo, New York and is sited on a narrow plot of land 30’ wide x 120’ long with the North and South
orientations along the narrow side. To the North lies Lake Ontario and on a clear day the skyline of Toronto can be seen 32
miles across the lake. During the months of June and July the sun rises and sets over the Lake Ontario.
Context Diagram
Taheri Residence, Olcott, NewYork
Professional ExperienceProf. Ian F. Taberner AIA
When I was at BAC, I had chance to work under Prof. Ian. F . Taberner AIA on his residential project in upstate New York.
By discussing architectural style, housing prototype and culture aspects, we came up with a proposal for a housing. I
took responsibility on idea assistant, technique drawings, modeling and renderings of the design.
Diagram Site Plan First Floor Plan Second Floor Plan Study Model
I got involved this residential housing project when I was working at Zero Energy
Company from Boston. I worked under supervisor and had responsibility to
produce technique drawings, 3D modeling of exterior and interior by using Revit
and renderings in 3D studio Max. While working with drawings from schematic
design to design development, I gained my knowledge in built environment,
communication with client, and material specification
AYER HOUSEZero Energy Company, Boston, MA2007
T P1 0T P
1 2
T P1 1
T P9
T P1 3
T P1 0
6
TP20
3
TP20
4
GPA
SHOR
ELAN
DSE
TBAC
KLIN
E11
2FT.
,854 SF
67,205 SF
S
S
ETC
S
S
COND
UIT
TOBE
EXTE
NDED
TOPO
OL
HOUS
EAN
DTE
NNIS
COUR
TSSE
ENO
TE#1
2T
ETC
ETC
S
ETC
APPR
OX.
LOC
ATIO
NO
FEX
ISTI
NG
LEAC
HFI
LED
-PR
OTE
CT
DU
RIN
G
CO
NST
RU
CTI
ON
-TYP
. L OT 9
OT 10
N00°18'55' 'E
200.56'
TIE L INE
N03°23'27''E
108.10'
N80°03'28"E
345.91'
65.11'
21.75'
148.02'
N80°03'28"E
299.67'
N80°03'28" E
6.85'
N80°03'28" E
8.70'
S14°24'19"W
Scale
Project numberDateDrawn byChecked by
www.ZeroEnergy.com
Independence Energy Homes
1" = 40'-0"
10/1
7/20
07 8
:56:
55 A
M
A100aSite Plan
Project NumberNEIL & CAROLE AYER
AYER RESIDENCE 10.17.2007AuthorChecker
UP
UP
DN
DN
B
EF
G
H
KL L
M
R
V
FIRST FLOOR: 3039 SQ FT.SECOND FLOOR: 1700 SQ FT.GARAGE: 1164 SQ FT.BACK PORCH: 730 SQ FT.
15' - 0"
35' - 11"
14' - 0" 38' - 0"
16' - 0"24' - 1"
88' - 0"
21' -
6"
13' -
0"
34' -
6"
6' -
0"
14' - 0" 8' - 0"
11' -
0"
28' - 0"
Master Suite20' 7 1/2" x 14' 7 1/2
Meditation6' 7 1/2" x 4'
Closet11' 7 1/2" x 6' 7 1/2"
Closet12' 7 1/2" x 6' 7 1/2"
Laundry12' 7 1/2" x 6' 0"
Study10' 7 1/2" x 7' 6 3/4"
Dining10' 7 1/2" x 15' 7 1/2"
Office12' 7 1/2" x 13'
TV Room11' 1" x 8" 0"
Pantry10' 3" x 8' 3"
Mud room8' 5 1/4" x 11' 2 2/3"
Mech Space3' 6 3/4" x 8' 1 1/2"
Garage20' 9 3/4 " x 27' 0"
Toilet3' 0" x 8' 6"
Bathroom20' 6" x 13' 7 1/2"
12' - 0"
20' - 10"
Scale
Project numberDateDrawn byChecked by
www.ZeroEnergy.com
Independence Energy Homes
1/8" = 1'-0"
10/1
7/20
07 8
:57:
31 A
M
A101FIRST FLOOR
Project NumberNEIL & CAROLE AYER
AYER RESIDENCE 10.17.2007AuthorChecker
DN
Sewing Room8' 7 1/2" x 8'
Exercise room15' 6" x 12' 3"
Guest room10' 1 1/2" x 13' 0"
Bathroom9' 7 1/2" x 8'
Storage10' 7 1/2" x 13' 5"
Eden's room15' 1 1/2" x 16' 3"
Closet6' 6 1/2" x 13' 2"
Bathroom10' 2 1/2" x 13' 2"
Closet3' 6" x 8'
Eden's Lounge15' 6" x 20' 7"
Scale
Project numberDateDrawn byChecked by
www.ZeroEnergy.com
Independence Energy Homes
1/8" = 1'-0"
10/1
7/20
07 8
:58:
05 A
M
A102SECOND FLOOR
Project NumberNEIL & CAROLE AYER
AYER RESIDENCE 10.17.2007AuthorChecker
UP
UP
DN
DN
Kayakstorage
5' -
0"
28' - 0"
8' - 0"
44' -
0"
Garage20' 9 3/4" x 27' 0"
Mech Space3' 6 3/4" x 8' 1 1/2"
Music room21' 8 1/4" x 15' 7 1/2"
Shed21' 8 1/4" x 7' 6"
Scale
Project numberDateDrawn byChecked by
www.ZeroEnergy.com
Independence Energy Homes
1/8" = 1'-0"
10/1
7/20
07 8
:58:
27 A
M
A103GARAGE STRUCTURE
Project NumberNEIL & CAROLE AYER
AYER RESIDENCE 10.17.2007AuthorChecker
Scale
Project numberDateDrawn byChecked by
www.ZeroEnergy.com
Independence Energy Homes
1/8" = 1'-0"
10/3
0/20
07 1
2:26
:16
PM
A100cNorth Elev
Project NumberNEIL & CAROLE AYER
AYER RESIDENCE 10.30.2007AuthorChecker Scale
Project numberDateDrawn byChecked by
www.ZeroEnergy.com
Independence Energy Homes
1/8" = 1'-0"
10/3
0/20
07 1
2:26
:49
PM
A100bSouth Elevation
Project NumberNEIL & CAROLE AYER
AYER RESIDENCE 10.30.2007AuthorChecker
SHUMWAY HOUSEZero Energy Company, Boston, MA2008
I worked under license architect. In this project, I followed from beginning until
construction documents. I produced all drawings from schematic to details level
based on discussion with supervisor . The design is influenced of Mediterranean
style based on many conferences discussion with client about design alternative,
local climate as well as financial budget. I learned in advance in how to handle a
design project from start to end
S79°44'09"W 218.44'
S76°32'10"W 246.31'
1/2" Rebar
N4°
04'4
4"W
93.1
4'
S45°52'21"W
39.25'
145.49'
100.82'
27.3
4'
FD 1/2" Rebar
Driveway
98.496.5
95.799.6
99.6
94.7
93.199.4
99.7
99.4
99.8
98.8
100.6
98.6
98.7
98.5
Electric Box
PAD
TBM96.98 F/H
81.5104
124.2906
33.6659
20.8598
47.8446
102.4308
81' -
7"
102' - 0"
122' - 6"
34' -
1"
47' -
6"
20' - 6"
CEC
IL C
IRC
LE
N
LOT AREA: 25,505 SFIF D20 ZONING:
MAX. BLDG. COVERAGE = 6,375 SFMAX. IMPERVIOUS COVERAGE = 8,925 SF
AREA OF DIMENSIONED "PAD" = 9,085 SF
AREA OF FIRST FLOOR = 8,925 SF
Scale
Project number
Date
Professional Engineer:
Drawing Notes:
Design Firm:Independence Energy Homes348 Medford St, Ste 1Charlestown, MA 02138T. 617-720-5002F. 866-201-3856www.ZeroEnergy.com
Residence for:
Cecil CircleGlobe, AZ 85501
1/8" = 1'-0"
A2-00
Site Plan
1030
Scott & Jan Shumway
080415
1/8" = 1'-0"1 Site Plan
No. Description Date
UP
W D
D
REF
A4-011
A4-02
A4-01 2
2
1
A7-01
2A5-01
1A5-01
A9-12
A9-03
1
A9-10
A9-04
2
A9-09 1
A9-06
5
A9-06 1
A9-11 3
5
3
2
4
1
4
1
4
3
2
6
4
2
3
2
4
1
A9-09 5
8
7
2
3
A9-0521
G
12' - 0"
4' -
0"54' - 6"
24' -
0"
32' - 0"
16' - 0"
12' -
0"
12' -
0"
20' -
0"
16' -
0"
16' -
0"
20' -
0"
8' - 0"
124
41
58
7' - 4 1/2"
75
FIRST FLOOR: 2790 SFSECOND FLOOR: 940 SFGARAGE: 959 SFPATIO: 560 SF
57
58
41
104
59 59
102
UTILITY ROOM1
BATHROOM 22
STUDY3 PANTRY
4DINING ROOM
5
KITCHEN6
LIVING ROOM7
FOYER8
OFFICE9
BATHROOM 110
MASTER CLOSET11
MASTERBEDROOM
12
GARAGE13
74
122
101
100
58
59
4" MIN STEP
9' - 1 1/8" 9' - 1 1/8" 1' - 9"7' - 3"7' - 2 1/4"
14' -
0"
1' - 9" 10' - 6" 12' - 6"
6' -
3"11
' - 6
"6'
- 3"
E
10' -
11
1/4"
9' -
4 1/
2"3'
- 8
1/4"
15' - 1 1/4"12' - 7 3/4"4' - 3"
5' - 10 1/2"
8' -
9"4'
- 3
3/4"
10' -
7 1
/2"
8' - 3" 12' - 7 3/4"
CASEMENT WINDOWS ABOVE,SEE ELEVATIONS
16' -
7 1
/2"
16' - 0"
17' - 8 1/4"
12' -
0"
7' - 4 1/2"
3' -
9 3/
4"
3' - 8 1/4"
18' - 5 1/4"
3' - 8 1/4"
14' - 6"
13' - 9"
7' -
2"2'
- 4"
7' -
7 3/
4"
5' - 0"8' - 5 1/4"
40' - 9"
4' -
4"3'
- 8"
3' -
8"
SLO
PE 1
/4"
PER
FO
OT
4' -
10 1
/2"
2' -
5"4'
- 7"
4' -
7"2'
- 5"
2' -
8 3/
4"
4' -
0"4'
- 0"
2' -
0"4'
- 0"
4' -
0"
2' -
5"4'
- 7"
4' -
7"2'
- 5"
7' -
0"
5' - 9" 6' - 0"
SLO
PE 1
/4"
PER
FO
OT
59 59
41
41
106
41
41
41
41
41
56
56
55
55
A9-03
5
6
AREA CALCULATION
1A5-02
2
A7-01
A4-02
1
A2-02
4' - 0"
4' - 0"
4' - 0"
22' - 0"
EQ12
' - 0
"EQ
7
ACCESSPANEL FORBATHTUB
59 58 59
36
7' - 6"
7' - 6"
T
T
TT
2' - 6"
6' - 4 1/4"
1' -
6"
RECESSED CEILING
7' - 7 7/8" 5' - 6 5/8" 3' - 8 1/4" 4' - 6 1/2" 2' - 8" 2' - 8" 4' - 6 1/2"
1' -
8"
2' - 3"
1' - 6" 2' - 0"
4' -
0"
3' - 2 1/2" 6' - 0" 3' - 0"
1' - 6" 1' - 6"
2x6 PARTITION
2x6 PARTITION
16' -
0"
4' -
4"
20' -
0"
1' -
8 3/
4"1'
- 10
"
121
HEATED BENCH
118
119
COUNTER TOP
120
MOP SINK
A9-10 56
106 36 36
106
106
94
93
94
Protruding wall10 ' above ground
100 74
Scale
Project number
Date
Professional Engineer:
Drawing Notes:
Design Firm:Independence Energy Homes348 Medford St, Ste 1Charlestown, MA 02138T. 617-720-5002F. 866-201-3856www.ZeroEnergy.com
Residence for:
Cecil CircleGlobe, AZ 85501
1/4" = 1'-0"
A2-01
First Floor Plan
1030
Scott & Jan Shumway
080415
No. Description Date
1/4" = 1'-0"1 CD Level1
1. Exterior dimensions taken to out side of framing2. Interior dimesions taken to center line of 4 1/2"partition, or to face of 1/2" GWB.3. Provide formaldehyde-free fiber glass insulation forinterior partitions.
4. Egress compliant window & hardware:Minimum net clear opening of 5.7 square FT(24"Hx20"W MIN); 44" Max. Distance between finishedfloor and top of sill.
5. Tube Form Skylight with built in CFL fixture.
E
T
W D
A4-02
1
A9-12
A9-03
1
A9-10
5
3
2
4
4
A9-09 5
8
7
212' - 0"
4' -
0"54' - 6"
24' -
0"
124
41
58
7' - 4 1/2"
75
57
58
41
59 59
UTILITY ROOM1
BATHROOM 22
STUDY3 PANTRY
4DINING ROOM
5
GARAGE13
122
58
59
4" MIN STEP
9' - 1 1/8" 9' - 1 1/8" 1' - 9"7' - 3"7' - 2 1/4"
7' - 6 3/4"5' - 11 1/4"
40' - 6"1' - 9"
14' -
0"
14' -
0"
12' -
0"
7' - 4 1/2"
3' -
9 3/
4"
3' - 8 1/4"
18' - 5 1/4"
3' - 8 1/4"
14' - 6"
13' - 9"
7' -
2"2'
- 4"
7' -
7 3/
4"
5' - 0"8' - 5 1/4"
40' - 9"
4' -
4"3'
- 8"
3' -
8"
41' - 6"13' - 6"
SLO
PE 1
/4"
PER
FO
OT
2' -
8 3/
4"
4' -
0"
7' -
0"2'
- 5"
4' -
7"4'
- 7"
2' -
5"7'
- 0"
SLO
PE 1
/4"
PER
FO
OT
41
41
41
56
56
36363636
5959
A9-03
5
6
CASE WORK
CASE WORK
7' - 9" 8' - 0" 8' - 0" 8' - 0" 10' - 9"
CASEMENT WINDOWSABOVE, HEADERHEIGHT MATCHED TOOTHER WINDOWS
40' - 0"
WALL MOUNT CENTRAL VAC
WATER PURIFICATION SYSTEM
124
MECHANICAL ROOM
MOP SINK
Scale
Project number
Date
Professional Engineer:
Drawing Notes:
Design Firm:Independence Energy Homes348 Medford St, Ste 1Charlestown, MA 02138T. 617-720-5002F. 866-201-3856www.ZeroEnergy.com
Residence for:
Cecil CircleGlobe, AZ 85501
1/4" = 1'-0"
A2-02
Garage Plan
1030
Scott & Jan Shumway
080415
No. Description Date
1/4" = 1'-0"1 CD Garage
E
1.All exterior dimensions taken to out side of framing2.All interior dimesions taken to center line of partition3.Provide formaldehyde-free fiber glass insulation forinterior partitions.
Egress compliant window & hardware:Minimum net clear opening of 5.7 square FT(24"Hx20"W MIN); 44" Max. Distance BETWEEN.FINISH.floor and top of sill.
DN
A4-011
A4-02
1
A9-08
A9-12
A9-073
A9-11
7
A9-082
A9-07
5
4
2
1
65
71
2
5
8
6
3
1
4
4
73
73
41
41
41 36 36
36 41 41
106
41
19' -
1 1
/2"
123
OPEN TO BELOW
ROOF DECK
BEDROOM 216
BATHROOM 317
BEDROOM 318
BATHROOM 419
BEDROOM 415
E
E
4' -
8 1/
4"
13' - 6"
10' -
9 3
/4"
4' -
2 1/
4"
4' - 3"5' - 5 1/4"10' - 0 13/32"9' - 7 27/32"
17' - 4 1/2"
4' - 3 3/4" 6' - 8" 6' - 8" 6' - 8" 4' - 3 3/4"
28' - 7 1/2"
8' -
0"0'
- 0"
16' -
0"
3' - 6 3/4"5' - 9 1/2"7' - 2 1/4"
40' - 0"
23' -
2 1
/4"
40' -
0"
29' - 4 1/2"
23' - 7 1/4"
4' - 3 1/4"
58' - 0"
19' -
9 3
/4"
28' - 7 1/2"
CASEMENT WINDOWS ABOVE,HEADER HEIGHT MATCHED TOOTHER WINDOWS
CASEMENT WINDOWS ABOVE,HEADER HEIGHT MATCHED TOOTHER WINDOWS
CASEMENTS WINDOWS ABOVE,HEADER HEIGHT MATCHED TOOTHER WINDOWS
E
36
36
36
41 41 41 41
CASEMENT WINDOWS ABOVE,HEADER HEIGHT MATCHED TOOTHER WINDOWS
2nd Floor Hallway14
CASE WORK
20' -
0"
36
106
102CLOSET 4
20
75
73
75CLOSET 3
21
75
102
75102
CLOSET 222
36
36
36
1
1
CASEMENT WINDOWS ABOVE,HEADER HEIGHT MATCHED TO
OTHER WINDOWS1
1
T
4' -
2 1/
4"3'
- 3
1/4"
4' -
4 1/
2"
5' -
8 1/
4"6'
- 1
1/2"
T T
5' -
8 1/
4"13
' - 9
3/4
"
5' - 8 1/4" 12' - 3 3/4"
5' -
0"
5' -
0"
6' - 8 1/2" 5' - 4 1/2" 13' - 4 1/4"
12' - 1"
3' - 7 3/4"
13' - 8 1/4" 5' - 4 1/2"
3
SH
ELV
ING
8' - 0 3/4"
122
11' -
2 1
/4"
5' -
7 1/
2"
7' - 5 3/4" 10' - 6 1/4"
Scale
Project number
Date
Professional Engineer:
Drawing Notes:
Design Firm:Independence Energy Homes348 Medford St, Ste 1Charlestown, MA 02138T. 617-720-5002F. 866-201-3856www.ZeroEnergy.com
Residence for:
Cecil CircleGlobe, AZ 85501
1/4" = 1'-0"
A2-03
Second Floor Plan
1030
Scott & Jan Shumway
080415
No. Description Date
1/4" = 1'-0"1 CD Level 2
E
1. Exterior dimensions taken to out side of framing2. Interior dimesions taken to center line of 4 1/2" partition,or to face of 1/2" GWB.3. Provide formaldehyde-free fiber glass insulation forinterior partitions.
4. Egress compliant window & hardware:Minimum net clear opening of 5.7 square FT(24"Hx20"W MIN); 44" Max. DistanceBETWEEN.FINISH. floor and top of sill.
5. Tube Form Skylight with built in CFL fixture.T
81' -
7"
102' - 0"
122' - 6"
34' -
1"
47' -
6"
20' - 6"
4: 12
4:12
4:12
4:12
4:12
4:12
4:12
4:124:12
4:12
4:12
2:12
4:12
4:12
4:12
6:12
6:12
1' -
0"
1' - 0"
1' -
0"
1' - 0"
0' -
5 1/
4"1'
- 0"
2' - 8"
0' - 6 27/32"6"
0' - 6 7/8"6"
1' -
0"
1' - 0"
1' -
0"
1' - 0"
1' -
0"
1' - 0"
1' -
0"
1' - 0"
Scale
Project number
Date
Professional Engineer:
Drawing Notes:
Design Firm:Independence Energy Homes348 Medford St, Ste 1Charlestown, MA 02138T. 617-720-5002F. 866-201-3856www.ZeroEnergy.com
Residence for:
Cecil CircleGlobe, AZ 85501
1/8" = 1'-0"
A2-04
Roof Plan
1030
Scott & Jan Shumway
080415
No. Description Date
1/8" = 1'-0"1 Roof Plan
Level 10' - 0"
Level 211' - 2"
55 55
41
57
41 41
5656
E
363636
A8-021
A8-021
94
93
119 12094
Level 10' - 0"
Level 211' - 2"
41 41 41 41 41 41
121
36 36 36
106
41
E41
106 106
Scale
Project number
Date
Professional Engineer:
Drawing Notes:
Design Firm:Independence Energy Homes348 Medford St, Ste 1Charlestown, MA 02138T. 617-720-5002F. 866-201-3856www.ZeroEnergy.com
Residence for:
Cecil CircleGlobe, AZ 85501
1/4" = 1'-0"
A4-01
Building Elevation-East & West
1030
Scott & Jan Shumway
080415
No. Description Date
1/4" = 1'-0"1 East
1/4" = 1'-0"2 West
Egress compliant window & hardware:Minimum net clear opening of 5.7 square FT(24"Hx20"W MIN); 44" Max. Distance BTWN.FIN. Floorand top of sill.
E
UP
DN
FOYER
LIVING ROOM
MASTER BEDROOM
OFFICE
BATHROOM 1
MASTERCLOSET
LIVING ROOM
DINING ROOMSTUDY
UTILITY ROOM
PANTRY
GARRAGEBathroom 2
OPEN TO BELOW ROOF DECK
BEDROOM 2
BEDROOM 3
BEDROOM 4BATHROOM 4
BATHROOM 3
STAINED & POLISHED CONCRETE2584.85 SF
106.98 SF; 18 HARDWOOD TREADS AND LANDING,RISERS IN TALAVERA TILE
CERAMIC TILE168.29 SF
SALTILLO TILE684.99 SF
UNFINISHED CONCRETE965 SF
WOOD LAMINATE589.95 SF
COMPOSITE WOOD332.06 SF
Scale
Project number
Date
Professional Engineer:
Drawing Notes:
Design Firm:Independence Energy Homes348 Medford St, Ste 1Charlestown, MA 02138T. 617-720-5002F. 866-201-3856www.ZeroEnergy.com
Residence for:
Cecil CircleGlobe, AZ 85501
As indicated
A9-02
Material Finished Plan
1030
Scott & Jan Shumway
080415
No. Description Date
1/8" = 1'-0"2 Level 1 Finish Plan
1/8" = 1'-0"3 Level 2 Finish Plan 1/2" = 1'-0"1 Material Takeoffs
DW
104
3 333
1' - 0"2' - 0"3' - 3"1' - 3"7' - 0"0' - 4 1/2"
3' - 0"M
OV
WD
CASED OPENING TO DININGROOM
122
2' - 10"
KNEEROOMFORCOUNTER
2' - 6"SLOTS FOR BAKING SHEETS
CASED OPENINGTO LIVINGROOM
1' - 0"
1' - 0" 2' - 0" 2' - 0" 2' - 0" 2' - 0" 1' - 7"
2' - 11 1/2"
ROLLING DOOR
94120 94
93
117
0' -
4 3/
32"
117 117
ROLLING DOORCASED OPENINGTO LIVINGROOM
Scale
Project number
Date
Professional Engineer:
Drawing Notes:
Design Firm:Independence Energy Homes348 Medford St, Ste 1Charlestown, MA 02138T. 617-720-5002F. 866-201-3856www.ZeroEnergy.com
Residence for:
Cecil CircleGlobe, AZ 85501
1/2" = 1'-0"
A9-10
Interior Elevations -Kitchen
1030
Scott & Jan Shumway
080415
No. Description Date
1/2" = 1'-0"1 Kitchen - South
1/2" = 1'-0"3 Kitchen - North
1/2" = 1'-0"2 Kitchen - East
1/2" = 1'-0"4 Kitchen - West
1/2" = 1'-0"5 Kitchen East 2 1/2" = 1'-0"6 Kitchen West 2
FIXEDMIRROR
Shelving
8' -
0"
TILED TUB SURROUND
TILED SHOWER WALLS AND TUBALCOVE UP TO WINDOW SILL
5' - 6 5/8"5' - 6 5/8"
SHOWER PAN
36 36 106
1' - 6"101
8' -
0"
UNDERMOUNTWHIRLPOOL BATHTUB
TILE FINISH
SHELVING
GLASS SHOWER DOOR
FIXED GLASSWINDOW BTWN.BATHROOM &SHOWER
TILED WALL BTWN.BATHROOM & SHOWER
8' -
0"
FIXED MIRROR
WALL-MOUNT FAUCET
VESSELL SINK
CUSTOMMILLWORK
1' -
4"
1' - 8" 0' -
2"
CABINET
0' -
2"
1' -
4"
FIXED MIRROR
WALL-MOUNT FAUCET
VESSELL SINK
CUSTOM MILLWORKPROVIDE RECESSEDSUPPORTS AS REQ.
7' - 6"
4' - 0" 2' - 0"
Scale
Project number
Date
Professional Engineer:
Drawing Notes:
Design Firm:Independence Energy Homes348 Medford St, Ste 1Charlestown, MA 02138T. 617-720-5002F. 866-201-3856www.ZeroEnergy.com
Residence for:
Cecil CircleGlobe, AZ 85501
1/2" = 1'-0"
A9-11
Interior Elevations -Bathrooms
1030
Scott & Jan Shumway
080415
No. Description Date
1/2" = 1'-0"1 Bathroom 1 - North 1/2" = 1'-0"2 Bathroom 1 - South
1/2" = 1'-0"3 Bathroom 1 - East
1/2" = 1'-0"4 Bathroom 1 - West 1/2" = 1'-0"6 Bathroom 4 - East
1/2" = 1'-0"5 Bathroom 4 - West
1/2" = 1'-0"8 Bathroom 4 - North 1/2" = 1'-0"7 Bathroom 4 - South
VENT STACK
GRANULAR CAPILLARY BREAK& DRAINAGE PAD, NO FINES
VENT THROUGH ROOF
CONCRETE SLAB
PERFORATED DRAIN PIPE ADDEDTO "T" TO COUPLE SUB-SLAB
PRESSURE FIELD TO VENT STACK
SEALANT AT ALLSLAB PENETRATIONS
POLYETHYLENE VAPOR BARRIER
GRANULAR CAPILLARY BREAK ANDDRAINAGE PAD (NO FINES)
MEMBRANE BRIDGE FLASHING(WATERPROOF SELF ADHERED MEMBRANE)
BUILDING PAPER (DRAINAGE PLANE)INSTALLED SHINGLE LAP FASHION OVERCONTROL JOINT
FLASHING CONTROL JOINT (WEEP SCREED)STUCCO OVER FOUNDATION
GRADE SLOPES AWAY FROM WALL @ MIN5% (6 IN./ 10 FT.)
GASKET OR SEALANT ON TOP PLATE ANDBOTTOM PLATE INTERIOR
CONCRETE SLAB2" XPS RIGID INSULATION EXTENDS4' HORIZONTALLY AROUNDPERIMITER; MIN. COMPRESSIVESTRENGTH OF 40 PSI
RIGID INSULATION AS BOND BREAK
POLYETHYLENE VAPOR BARRIER
PROVECTIVE MEMBRANE
SCUPPER
METAL CAP
COPING WEDGE
PEEL & STICK MEMBRANE ROOF
MEMBRANE ROOF WRAPED UP PARAPET
TAPERED INSULATION SLOPE MIN. 1_4"/FT MIN TO SCUPPER
STRUCTURAL DECK W/ ICNENE INSULATION
MEMBRANE 'PROTECTION LAYER'HOT-AIR WELDED IN-PLACEEXTEND 3" BEYOND SLEEPER IN ALL DIRECTIONS
PEEL & STICK MEMBRANE ROOF
TAPERED INSULATIONSLOPE MIN. 1_
4" /FT TO SCUPPER
PT WOOD SLEEPER
1x4 DECKING
STRUCTURAL DECK W/ ICYNENE INSULATION
PT WOOD NAILER, 1" WIDER THAN SLEEPER
Scale
Project number
Date
Professional Engineer:
Drawing Notes:
Design Firm:Independence Energy Homes348 Medford St, Ste 1Charlestown, MA 02138T. 617-720-5002F. 866-201-3856www.ZeroEnergy.com
Residence for:
Cecil CircleGlobe, AZ 85501
1 1/2" = 1'-0"
A6-02
Foundation & RoofDetails
1030
Scott & Jan Shumway
080415
No. Description Date
1.ONE VENT REQUIRED FOR EACH SECTION OF THEFOUNDATION
1 1/2" = 1'-0"1 RADON VENTING DETAIL
1 1/2" = 1'-0"2 FOUNDATION DETAIL
1 1/2" = 1'-0"3 FLAT ROOF DETAIL @ PARAPET
1 1/2" = 1'-0"4 ROOF DECK DETAIL
Level 10' - 0"
Level 211' - 2"
Master BedroomStudy
Roof Deck Bedroom 3
41
41
A6-024
101 100
73 75
119
363636
Level 10' - 0"
Level 211' - 2"
Roof Deck
Living Room
A7-012
122
123
5859
36
41 41
NICHE; SIZED TOMATCH WINDOWS
NICHE; SIZED TOMATCH WINDOWS
NICHE; SIZED TOMATCH WINDOWS
A6-023
SIM. DTL. W/ HANDRAIL @36" A.F.F. WATER PROOFHANDRAIL CONNECTION
36
118120
RECESSED WALL
10' -
0"
Scale
Project number
Date
Professional Engineer:
Drawing Notes:
Design Firm:Independence Energy Homes348 Medford St, Ste 1Charlestown, MA 02138T. 617-720-5002F. 866-201-3856www.ZeroEnergy.com
Residence for:
Cecil CircleGlobe, AZ 85501
1/4" = 1'-0"
A5-01
Building Sections
1030
Scott & Jan Shumway
080415
No. Description Date
1/4" = 1'-0"1 Section1
1/4" = 1'-0"2 Section 2
GARAGE LIVING SPACE
FINISH FLOOR AS SPECIFIED
3/4" T&G SHEATHING SOLID BLOCKING BETWEEN TRUSSES
ICYNENE INSULATION
ICYNENE INSULATION R-30 MIN
FLOOR TRUSS
SEALANT OR ADHESIVE AROUND ALL FOUR EDGES
5/8" TYPE "X" GYPSUM BOARDw/LATEX PAINT
1x3 STRAPPING @ 16" O/C
(2) LAYERS 1_2" GYPSUM BOARD w/LATEX PAINT, TYP
STUD WALL
SEALANT, ADHESIVE OR GASKET
1_2" GYPSUM BOARD w/LATEX PAINT, TYP
ACRYLIC LATEX PAINT(NOT ELASTOMETRIC)
POLYMER MODIFIED (PM) ORTRADITIONAL CEMENT STUCCO
PLYWOOD SHEATHING
#30 ASPHALT IMPREGNATED FELT OR TYPED COATED BUILDING PAPER INSTALLEDSHINGLE FASHION ACTING AS A DRAINAGEPLANE
BUILDING PAPER INSTALLED PAPERINSTALLED OVER FELT DRAINAGE PLANETO ACT AS BOND BREAK, OR USECORRGATED BUILDING PAPER SUCH ASSTUCCO WRAP
ICYNENE CAVITY INSULATIONGYPSUM BOARD WITH PLASTER FINISH
5/8" SHEATHING W/ H CLIPS @ JOINTS
ROOF SHEATHING
ROOF FACIA & SOFFIT MATERIAL AS SPECIFIED
DOUBLE 2x6 TOP PLATE
DRIP EDGE SEALED TO ROOF MEMBRANE
2x6 BLOCKING BETWEEN RAFTERS
ROSIN PAPER SLIP SURFACE OVERFULLY-ADHERED MEMBRANE WATERPROOFING
(e.g. ICE & WATER SHIELD)
CATHEDRALIZED ICYNENEINSULATION R-30 MINIMUM
ROOFING TILE
2x6 STUD @ 24" O.C.
RIGID INSULATION AS BOND BREAK
GRANULAR CAPILLARY BREAK ANDDRAINAGE PAD (NO FINES)
CONCRETE SLAB
METAL LATH
EXTERIOR
INTERIOR
GRADE SLOPES AWAY FROM WALL @ MIN.5% (6 IN./ 10 FT.)
2" XPS RIGID INSULATION EXTENDS4' HORIZONTALLY AROUNDPERIMITER; MIN. COMPRESSIVESTRENGTH OF 40 PSIPOLYETHYLENE VAPOR BARRIER
STRUCTURE AS SPECIFIED BYSTRUCTURAL ENGINEER
3_4" T & G SHEATHING
FINISHED FLOOR AS SPECIFIED
1X3 STRAPPING
1/2" GYPSUM w/ PLASTER FINISHRADIANT SYSTEM INSTALLEDPER MFG'S INSTRUCTIONS
R-19 BATT INSULATION, MIN.
1/2" GYPSUM w/ PLASTER FINISHRADIANT SYSTEM INSTALLEDPER MFG'S INSTRUCTIONS
R-19 BATT INSULATION, MIN.
INSULATE BETWEEN FLOOR JOISTS
A6-022
Scale
Project number
Date
Professional Engineer:
Drawing Notes:
Design Firm:Independence Energy Homes348 Medford St, Ste 1Charlestown, MA 02138T. 617-720-5002F. 866-201-3856www.ZeroEnergy.com
Residence for:
Cecil CircleGlobe, AZ 85501
As indicated
A6-01
WALL & ROOFSECTION
1030
Scott & Jan Shumway
080415
No. Description Date
Wait 28 days before painting stucco, or use a litmus papertest to verify a neutral PH of 7 before painting
1.
1 1/2" = 1'-0"2 GARAGE 1" = 1'-0"1 WALL & ROOF SECTION
15 Douglass St, Apartment # 4, Brooklyn, New York 11231Cell phone : 857-544-5267
Pratt Institute Master of Architecture 2009 - 2012
Boston Architectural College 2006- 2009 Candidate for Master of Architecture
Hanoi University of Civil Engineering 1999-2004 Bachelor of Architecture
Professor Ian F. Taberner AIA May 2008 - May 2009 Taheri Residence, Olcott, NewYork, mhKT Residence, Olcott, NewYork, Gobien Residence, Ontanio, Canada Schematic and Design Development Drawings, Day Light Studies
Independence Energy Homes- Boston - MA - www. Zeroenergy.com Sept 2007 - April 2008 Shumway House - South Western Sunset - Globe- Arizona Ayer House - Maine - Massachusetts Schematic Design, Construction Documents and Design Development Drawings
C2|Studio - Boston - MA - www.c2-studio.com March 2007 - June 2007 Hawkin House - Boston - MA Rendering Drawings, Construction Documents
West Lake Company - Hanoi-Vietnam Nov 2004 - June 2005 Housing projects Schematic Design, Construction Documents and Design Development Drawings
Lan D. Nguyen
PROFESSIONAL EXPERIENCE
EDUCATION
REFERENCESExhibition
email : [email protected]
Agent Structure - Group project - Pratt Gallery Spring 2012Sponsored by Bentley Corporation
Ian F.Taberner AIA 716-523-0842
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