PORTFOLIO
作品集
RACHAEL GAYDOS
Syracuse University School of Architecture B. Arch 2020 rhgaydos@syr.edu 603 553 6088
Rachael Gaydos Education
116 Wheelwright Road, Hampstead, NH, 03841 603-553-6088 rhgaydos@syr.edu Skype: argie62
瑞秋
/ 教育经历
Syracuse University School of Architecture
Expected Graduation: May, 2020
Bachelor of Architecture Current GPA: 3.58 Dean’s List Brian C. West Scholar Award Sliver’s Prize Competition - Student Choice Award
Wentworth Institute of Technology, Boston, MA
2013-2015
Bachelor of Science in Architecture Dean’s List: 3.6 Merit Award Scholarship
Pinkerton Academy, Derry, NH
2013
Career and Technical Education in Architecture and Design National Honor Society National Technical Honor Society AIA NH Competition: Best Model Award China Exchange Program and Trip
Italki Professional Mandarin Lessons
2017-2019
TailorMade Chinese Center, Beijing, China
2016
Intensive Mandarin Group Lessons
Work Experience
/ 工作经验
Lavallee Brensinger Architects, Manchester, NH
Architectural Intern: Worked with multiple design teams to develop project proposals, alternative
Sept 2015 - Jan 2019
design options and award submissions. Tasks also included attending team meetings, modeling on Revit and Sketch-Up, setting up construction documents and preparing rendered images with Revit and Photoshop.
Tsomides Associates Architects Planners, Boston, MA
Spring 2015
Architectural Intern: Assisted architect with drafting plans, developing presentations, and building
site, structural and study models. Developed computer models with Sketch-Up and drafted elevations and sections in AutoCAD.
Greenheart International, Beijing, China
Summer 2016
Homestay English Tutor: Lived with a local family in Beijing while teaching English to the family for at least 15 hours a week.
Camp Brookwoods, Alton, NH
Summer 2014
Kitchen Staff: Prepared all meals for 300 campers and camp staff. Worked in food prep, cooking, dish washing, serving meals and setting up or breaking down dining hall.
Skills
/ 技能
Digital
Revit
Craft
Model Building
Language
English (Native Speaker)
AutoCAD
Rhino
Foam Cutting
Sketch-Up
Adobe Creative Suite
Laser Cutting
Mandarin (HSK 3)
Hand Drafting
Italian (Elementary)
V-Ray 3D Printing Korean (Elementary)
Form
Material
Re-Invention
Hidden Getaway
Stora
Strozzi Map Intervention
4
BiblioTECH
Landscape
Le Fresnoy
CONCEPTUALIZATION
Three Reminders
SPECULATION
Content Break-Down
History
Narrative
age Market
Urban
Sliver’s Prize Competition
House in Balsthal Advertisement Veil
COORDINATION
Deconstruction
Berkowitz House
EXPERIMENTATION
5
Contents / 目录
BiblioTECH
8 - 17 18 - 27
Hidden Getaway 隐别墅 Le Fresnoy Urban Collage
Le Fresnoy
Strozzi Map Intervention
Strozzi
诚实汇编
地图干预
28 - 33 34 - 41
Three Reminders 三提示
42 - 51
Storage Market 贮物市场
52 - 59
Advertisement Veil 广告面纱
60 - 67
House in Balsthal - Advanced Building Systems Study
高级建筑系统研究
68 - 81
Berkowitz House Case Study
Berkowitz
Sliver’s Prize Competition
Sliver’s
Drawings & Portraits
图纸和肖像
房子研究
奖项比赛
82 - 85 86 - 89 90 - 95
BiblioTECH Spring 2019 8
Syracuse University: Comprehensive Studio Advisor: Fei Wang Partner: Ketaki Kini, Camila Andino Program: Recycling Facility / Library Location: Xiong An, China / 雄安, 中国
BiblioTECH
9
This project focuses on the issue of unsustainable and fast construction in China which primarily uses concrete as a quick and cheap building material that in the long-term is entirely unbeneficial for the environment. The BiblioTECH is a factory of both knowledge and sustainable building materials. A cycling system uses a library to inform visitors and participants of current building conditions and helps develop new ideas for more sustainable solutions to the current situation. Beneath the library lies a PET bottle recycling system and a glulam bamboo processing center that uses renewabe and recycled resources to create workable materials that could be created to preform various functions. In between the library and processing center, a FabLab uses these materials to experiment with new building techniques or new usable products. This cycle not only provides resources for visitors to use in their everyday lives but also provides for the building itself with furniture and other components made from the materials used in the processing areas.
Structural Model
10
Below: Design Development Models
BiblioTECH
11
Above: Unrolled Section Perspective
EAST ELEVATION
70’ - 9” LEVEL 5
12’ - 8”
58’ - 1” LEVEL 4
13’ - 1”
45’ - 0” LEVEL 3
13’ - 0”
32’ - 0” LEVEL 2
15’ - 0”
17’ - 0” LEVEL 1
17’ - 0”
0’ - 0” LEVEL 0
12
UNROLLED ELEVATION
Below: Structural Model
BiblioTECH
SOUTH ELEVATION
WEST ELEVATION
13
Above: Elevation
FOUNDATIONS
BEAMS & COLUMNS
MACHINE
CIRCULATION
LIBRARY
TRUSSES
MACHINE LIBRARY
14 EXHAUST
HYDRONIC HEATING SUPPLY
SUPPLY
HYDRONIC HEATING RETURN
HEAT RECOVERY MODULE
WATER TANK & BOILER MECHANICAL ROOMS
RAINWATER HOT WATER COLD WATER DRAINAGE BAMBOO TREES MECHANICAL ROOMS
MACHINE
MACHINE
LIBRARY
LIBRARY
EXHAUST
HYDRONIC HEATING SUPPLY
SUPPLY
MACHINE
HYDRONIC HEATING RETURN
HEAT RECOVERY MODULE
WATER TANK & BOILER MECHANICAL ROOMS
FRESH AIR INTAKE
PLASTIC
BAMBOO
Below: Isometric Diagrams ENERGY RECOVERY VENTILATION
CRUSHING
MILLING
CURRENT CONCEPT CIRCULATION
BiblioTECH
ROOF
4TH FLOOR
3RD FLOOR
2ND FLOOR
1ST FLOOR
15 TRUSSES & COLUMNS
RECYCLING LINE
BASEMENT ROOF
FOUNDATION
Above: Structural Isometric & Exploded Isometric
C
DA
E
CF
B
A D
GEB
C
H
F
I
DJ
K
EL G
FM
NH
O I
P J
GQL
K
M
HN
IO
JP
K
L Q
M
N
O
P
70’ - 9”
70’ - 9”
LEVEL 5
LEVEL 5
12’ - 8”
58’ - 1”
58’ - 1”
LEVEL 4
LEVEL 4
13’ - 1”
45’ - 0”
45’ - 0”
LEVEL 3
LEVEL 3
13’ - 0”
32’ - 0”
32’ - 0”
LEVEL 2
LEVEL 2
15’ - 0”
17’ - 0”
17’ - 0”
LEVEL 1
LEVEL 1
17’ - 0”
0’ - 0”
0’ - 0”
LEVEL 0
LEVEL 0
14’ - 0”
-14’ - 0”
-14’ - 0”
BASEMENT
BASEMENT 5’ - 5”
20’ - 8”
26’ - 10”
C
27’ - 4” 32’ - 2”
DA
27’ - 4” 20’ - 8”
E
B
52’ - 10”
26’ - 10”
CF
32’27’ - 2”- 4”
20’ - 27’ 8” - 4” 34’ - 9”
A D
GEB
26’ - 10”8’ - 3”
C
8’ - 3”
H
F
I
52’ - 10”
17’ - 8” 27’ - 4”
DJ
8’ - 10”
K
27’26’ - 4” - 6”
8’ - 3”
34’ - 9”
EL G
FM
8’ - 3” 8’ - 3”
NH
8’ - 2” 8’ - 3” 52’ - 10”
O I
17’ - 28’ 8” - 6”
34’ - 9” 26’ - 6”
8’ - 10”
P J
8’ - 3”
GQL
K
M
HN
8’ - 3” 8’ - 3”
-19’ - 5”
-19’ - 5”
FOUNDATION
FOUNDATION
8’ - 3” 8’ - 2”
IO
17’ - 8”
8’ - 10”
28’ - 6”
JP
26’ - 6”
K
8’ - 3”
L Q
8’ - 3”
M
8’ - 2”
N
2
O
P
16 LONGITUDINAL SECTION
1/16” = 1’ - 0” 5
0
1
2
3
27’ - 8”
4
27’ - 8”
5
27’ - 8”
1
2
27’ - 8”
3
27’ - 8”
4
27’ - 8”
1
5
27’ - 8”
2
27’ - 8”
3
27’ - 8”
4
27’ - 8”
10
20
5
27’ - 8”
27’ - 8”
CIRCULATION DESK
EXHIBITION
GIFT SHOP
UP DN
UP
CAFE
DN
MECH
MECH
MECH
UP
BAMBOO MATERIAL PROCESSING
ELEC
ELEC
UP
ELEC
DN
UP
DN
UP
INDUSTRIAL LIFT
INDUSTRIAL LIFT
BAMBOO MAKER SPACE
INDUSTRIAL LIFT
DEMONSTRATION LAB
DN
PET PLASTIC RECYCLING LINE
PLASTIC DROP-OFF
STORAGE
3D PRINTING LASER CUTTING
PLASTIC MAKER SPACE
STORAGE
STORAGE
ELECTRICAL/ UTILITY UP
UP
MECH
MECH
UP
MECH
DN
DN
CLASSROOM
PLASTIC MATERIAL PROCESSING
PET PLASTIC RECYCLING LINE
PET PLASTIC RECYCLING LINE DN
INDUSTRIAL LIFT UP
MATERIAL STORAGE
LOADING DOCK
19’ -
19’ -
19’ -
19’ -
19’ -
19’ -
19’ -
3”
19’ -
H
3”
19’ -
G
3”
19’ -
F
3”
19’ -
E
3”
19’ -
D
3”
19’ -
C
3”
19’ -
B
BASEMENT
A
1/16” = 1’ - 0” 0
Below: Floor Plans
5
10
19’ -
19’ -
19’ -
19’ -
19’ -
D
3”
19’ -
C
3”
19’ -
B
LEVEL 0
A
1/16” = 1’ - 0” 20
3”
H
3”
G
3”
F
3”
E
3”
0
5
10
B
LEVEL 1
A
1/16” = 1’ - 0” 20
0
5
10
20
D
3”
C
3”
3”
H
3”
G
3”
F
3”
E
3”
BiblioTECH
1
2
3
4
5
70’ - 9” LEVEL 5
12’ - 8”
12’ - 8”
13’ - 1”
13’ - 1”
13’ - 0”
13’ - 0”
15’ - 0”
15’ - 0”
17’ - 0”
17’ - 0”
14’ - 0”
14’ - 0”
5’ - 5”
5’ - 5”
58’ - 1” LEVEL 4
45’ - 0” LEVEL 3
32’ - 0” LEVEL 2
17’ - 0” LEVEL 1
0’ - 0” LEVEL 0
-14’ - 0” BASEMENT -19’ - 5” FOUNDATION
27’ - 8”
27’ - 8”
1
27’ - 8”
2
27’ - 8”
3
4
5
17 TRANSVERSE SECTION 1/16” = 1’ - 0”
5
0
1
2
3
27’ - 8”
1/16” = 1’ - 0” 10
20
4
27’ - 8”
0
5
27’ - 8”
1
2
27’ - 8”
3
27’ - 8”
4
27’ - 8”
5
27’ - 8”
1
2
27’ - 8”
3
27’ - 8”
4
27’ - 8”
20
27’ - 8”
PRIVATE STUDY
PRIVATE STUDY
STACKS/ REAING
COMPUTER LAB
10
5
27’ - 8”
PRIVATE STUDY
PRINTING
CIRCULATION/ INFORMATION
OPEN TO BELOW
5
PRIVATE STUDY
STACKS/ REAING
PRIVATE STUDY
PRIVATE STUDY
PRIVATE STUDY
PRIVATE STUDY
PRIVATE STUDY
PRIVATE STUDY
GROUP STUDY
MECH
MECH
MECH
ELEC
UP
ELEC
DN
UP
ELEC
DN
OPEN TO BELOW
DN
GROUP STUDY OPEN TO BELOW
OPEN TO BELOW INDUSTRIAL LIFT
INDUSTRIAL LIFT
GROUP STUDY
CIRCULATION/ INFORMATION
WOODWORKING
LECTURE RECEPTION
STUDY AREA
GROUP STUDY STORAGE
PRIVATE STUDY
STORAGE
PRIVATE STUDY
PRIVATE STUDY
CLASSROOM
STORAGE
STUDIO MEETING UP
STORAGE
UP
RECEPTION MECH
CLASSROOM MECH
DN
MECH
DN
DN
CLASSROOM OPEN STUDIO
STUDIO MEETING
CLASSROOM
CLASSROOM
ADMINISTRATION
LECTURE HALL
LECTURE HALL
LOUNGE
STUDIO MEETING STORAGE
19’ -
19’ -
19’ -
19’ -
19’ -
19’ -
19’ -
3”
19’ -
H
3”
19’ -
G
3”
19’ -
F
3”
19’ -
E
3”
19’ -
D
3”
19’ -
C
3”
19’ -
B
LEVEL 2
A
1/16” = 1’ - 0” 0
5
10
19’ -
19’ -
19’ -
19’ -
19’ -
D
3”
19’ -
C
3”
19’ -
B
LEVEL 3
A
1/16” = 1’ - 0” 20
3”
H
3”
G
3”
F
3”
E
3”
0
5
10
3”
H
3”
G
3”
F
3”
E
3”
D
3”
C
3”
B
LEVEL 4
A
1/16” = 1’ - 0” 20
0
5
10
20
Above: Sections
Hidden Getaway / 隐别墅 Fall 2018 18
Syracuse University: Visiting Critic Studio Advisor: Georgina Huljich Partner: Justine Mcelman Program: Vacation Villa Complex Location: Mykonos, Greece
Hidden Getaway
19
This project utilizes Semper’s theory of an independent and separate interior and exterior. Whitewash drives the exterior to disguise itself within the surrounding grassy landscape while the form embeds itself into the ground while creating new ideas of wallpaper designs in the interior. As the primitive form’s outer shell reflects the rugged texture of the ground, the carved poche of the interior form follows Semper’s use of layering form by remaining completely separate from the exterior. Each villa unit contains an upper patio area with seating, a curved stairway leading down to the villa level garden, and a shallow pool which reflects off of the surrounding stone walls.The forms of these elements follow the pattern of overlapping rings spread across the site to create three unit geometries.
Above: Exterior Isometric Rendering
Reflecting Pool Reflecting Pool
20
Below: Villa Type Plans
Reflecting Pool Reflecting Pool
Reflecting Pool Hidden Getaway
21
Above: Oblique Elevation Rendering
SITE DEVELOPMENT
OVERLAPPING RING GEOMETRY
22
Above: Site Devopment Plans
VI
EOMETRY
SITE DEVELOPMENT
Hidden Getaway
VILLA UNITS IN SITE
23
Below: Oblique Site Rendering
24
Interior Form Development Interior Form Development
Interior Form Development Interior Form Development
Unfolded Interior Elevation Rendering
Hidden Getaway
Interior Interior Form Form Development Development
25
26
Oblique Plan Rendering: Level 0
Hidden Getaway
27
Oblique Plan Rendering: Level 1
Le Fresnoy Urban Collage / Le Fresnoy 诚实汇编 Spring 2019 28
Syracuse University: Comprehensive Studio Advisor: Fei Wang Partner: Kate Kini, Camila Andino Program: Education, Exhibition Location: Tourcoing, France
Le Fresnoy Urban Collage
29
Le Fresnoy, by Bernard Tschumi, is a media education center that incorporates existing buildings with a new metal roof and ramp structure above. Tschumi designed the new components to act as an umbrella over the existing structures to serve for weather protection and an interstitial circulation space. By breaking down various components of Le Fresnoy Art Center in Tourcoing, France, a holistic understanding of the relationship between the new and old can be revealed. The media center was reduced to structure, systems, program, massing and facade. Axonometric representations of these parts show the different strategies to design the new around, in-between, or above the old.
Path to the Duomo
30
Le Fresnoy Diagrams: Roof Structure & Circulation
Le Fresnoy Urban Collage
31
Le Fresnoy Diagrams: Existing Facades & Structures
32
Le Fresnoy Diagrams: Roof Structure
Le Fresnoy Urban Collage
33
Le Fresnoy Diagrams: Mechanical & Electrical Systems
Strozzi Map Intervention / Strozzi 地图干预 Spring 2018 34
Syracuse University: Florence Architecture Program Advisor: Kyle Miller Partner: Justine Mcelman, Prerit Gupta Program: Urban Planning Location: Florence, Italy
Strozzi Map Intervention
35
The Roma Interrotta project was used as a base for this study. Each group received a portion of the Interrotta project to analysis and re-interpret on an antique map of Florence. This analysis focused on the eastern portion of the Roma Interrotta map done by Romaldo Giurgola. He creates a utopian society that connects the farm lands to the east to the city. The existing wall is re-used as a mechanism that carries a series of long cranes that pick up the crops and swing to levitate above the city while placing the goods at required locations. For the analysis of this design, we decided to intervene on a small northern section of the Florence map and also reuse the existing wall but as a factory conveyor belt system that would create products for the city. Between the city and the wall, a utopian village is placed as a buffer to house the workers of the factories and other visitors passing by. The main gate to the northeast is used as a museum that explains the factory system while spiraling visitors up to the vertically extruded street that is connected to the Duomo. While maintaining almost all of the existing city layout, this intervention provides a new source of income and jobs to impact the rising unemployment rate in Florence.
Path to the Duomo
36
Throughout the utopian village, courtyards are carved out for different activities for the inhabitants.
Public Courtyard Formations
Strozzi Map Intervention
37
The watch gates are used as factories that process the materials through a certain step and then carry the material through the walled conveyor belt to the next step.
Assembly Belt & Factories
38
The interstitial space between the factory wall and utopia village serves as natural parkland for recreational purposes and as a noise buffer between the homes and the foctory.
Intervention North End
Strozzi Map Intervention
39
The hierarchal path from the museum to the Duomo is created by extruding the existing main street in the city to the top of the museum. This path will be used by tourists who want to focus on viewing the existing city of Florence.
Path From Museum to Duomo
40
Strozzi Intervention Small Scale Model
Strozzi Map Intervention
41
Strozzi Intervention Close-Up Model
Three Reminders / 三提示 Spring 2018 42
Syracuse University: Florence Architecture Program Advisor: Kyle Miller Partner: Justine Mcelman Program: Community & Arts Center Location: Florence, Italy
Three Reminders
43
The process of “Three Reminders� is a series of steps consisting of Plan, Surface and Volume to appreciate the basic design methods that may be overlooked in today’s high-speed design world. The first step, Plan, involves merging classic palazzo plans together and using the produced outline to create the final form. The second step, Surface, applies texture and material to the surfaces of the generated form to create hierarchy and pattern among the overall form. Lastly, Volume brings in a new element separate from the original design that incorporates itself into the design tectonically or stereotomically. This process produced several unique designs that took on the palazzo and exhibition program that would hint back towards traditional Italian Renaissance design but abstract it as well.
Above: Exterior Isometric Rendering Below: Mass Slicing
Site Plan
44
0
Plan Diagrams
1
Original Floor Plan
Spatial Axon Diagram
Axial Division
Exterior Access
Circulation Space & Destination
Spatial Hierarchy
10
Three Reminders: Reminder 1 - Plan
0
1
10
LEVEL 0
45
0
1
10
LEVEL 1
0
1
10
LEVEL 2
Floor Plans
46
Elevation Renderings
Three Reminders: Reminder 2 - Surface
47
Material Detail Renderings
48
Section Section B B 1:100 1:100
Above: Circulation with Intervention Diagrams Below: Sections with Intervention Tunnel
Section Section C C 1:100 1:100
Section A 1:100
Three Reminders: Reminder 3 - Volume
B
Public Exhibition
C
Private Exhibition
Gift Shop
Private Exhibition
A
Private Exhibition Toilet Ticket Office Public Exhibition
0
1
10
Level 0
B
C
Private Exhibition Private Exhibition Cafe
49
A
Private Exhibition Toilet
0
1
10
Level 1
B
C
Library
Study Space
Multi-Purpose/ Private Exhibition Space
A
Study Space Toilet
0
1
10
Level 2
Floor Plans with Intervention Tunnel
50
Final Interior Renderings
Three Reminders: Reminder 3 - Volume
51
Storage Market / 贮物市场 Fall 2017 52
Syracuse University Advisor: Greg Corso Program: Storage Center Location: Long Island City, New York
Storage Market
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
P
O
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M
L
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J
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F
E
D
C
B
A
This project analyses the function of a storage space and the storage inside to expand on different ways storage can interact with people instead of being hidden away inside forever. Three types of storage spaces were created from researching documentaries about hoarding and the use of storage rooms. Banal storage spaces would serve as hidden storage in the center of the building. Functional storage rooms would allow people to use the space for a business or class and allow for people to view the activity through semi-translucent panels. Storage consisting of collections or prized objects would be either placed in translucent storage spaces on the outer spaces of the building or be displayed in the open space amongst the public. People would be able to bid and purchase stored objects for sale that is displayed and also view collections as a sort of exhibit as well.
Above: Exterior Isometric Rendering
53
16
RECEPTION/ LOBBY
54
LIBRARY
CAFE
Conceptual Drawings
15
14
13
Storage Market
12
11
10
9
8
7
6
5
4
3
2
1
P
O
N
M LOUNGE/ READING AREA
L
K
J
55 I
H
LIBRARY
G
F
E
D
C
B
A LOADING AREA
N
LEVEL 2 PERSPECTIVE 1/8” = 1’ - 0”
Plan Perspective: Level 2
Site Plan
56
Below: Massing Model
B CLASSROOM CONFERENCE/ MEETING
Storage Market LEVEL 5
LECTURE HALL
B
LEVEL 4 B
LOUNGE/ READING AREA
RECEPTION/ LOBBY
A
A
A
GALLERY
CLASSROOM
A
OFFICE
LECTURE HALL
CAFE LOADING AREA
LEVEL 4 B
B GALLERY
LEVEL 1 CLASSROOM CONFERENCE/ MEETING
B
LEVEL 3
FLOOR PLANS
N 1/16” = 1’ - 0” LEVEL 5
A
GALLERY
B
CLASSROOM
A
A
OFFICE
LIBRARY
57
A
LIBRARY
GALLERY
LIBRARY
LEVEL 3 B
LECTURE HALL
CLASSROOM CONFERENCE/ MEETING
LEVEL 5
LEVEL 2 B
B
LEVEL 4
A LIBRARY
B
LIBRARY
A LIBRARY
A
GALLERY
LOUNGE/ READING AREA
RECEPTION/ LOBBY
A
LEVEL 2
LECTURE HALL
B
GALLERY
LEVEL 4 B
CAFE LOADING AREA
LEVEL 3 B
Floor Plans B
LOUNGE/ READING AREA
RECEPTION/ LOBBY
A A
GALLERY
80’ 0”
65’ 0”
45’ 0”
30’ 0”
15’ 0”
0’ 0”
58
SECTION PERSPEC 1/8” = 1’ - 0”
SOUTH ELEVATION 1/8” = 1’ - 0”
Section Perspectives & Elevations
Storage Market
80’ 0”
65’ 0”
45’ 0”
30’ 0”
15’ 0”
0’ 0”
59 SECTION PERSPECTIVE A 1/8” = 1’ - 0”
NORTH ELEVATION 1/8” = 1’ - 0”
Transverse Section
Advertisement Veil / 广告面纱 Fall 2016 60
Syracuse University Advisor: Molly Hunker Program: Community & Arts Center Location: LA, California
Advertisement Veil
61
Advertisements are incorporated into space using several common techniques. They may cover an entire building facade or be placed high above a structure. They all range in sizes from smaller banners hung off of streets lights to large store signs. While advertisements and store signs serve as high sources of revenue from tourists or natives of LA, they also highlight the activities occurring around the visitors. People are able to read the billboards or banners and become drawn to the location that the activity takes place in. This design incorporates these ideas of advertisement by allowing the skin and the interior of the building to outwardly or inwardly “advertise� itself to the public. For example, the lower level uses high advertising on the exterior and low advertising on the interior with the horizontally undulating surfaces facing every direction to draw visitors in. Every level uses a different formal method of advertising from undulating surfaces to levels of transparency.
HIGH EXTERIOR ADVERTISING
Cafe
HIGH INTERIOR ADVERTISING
Lobby/ Ticketing
Outdoor Public Terrace
MEDIUM EXTERIOR ADVERTISING
Gallery Space
MEDIUM INTERIOR ADVERTISING
Restaurant and Bar
Small Film Theater
Auditorium
Administrative Offices
Classrooms
Art Store/ Gift Shop
LOW EXTERIOR ADVERTISING LOW INTERIOR ADVERTISING
Storage
Bathrooms
Above: Massing Model Isometric Below: Concept Diagrams
62
Combined Site Analysis
Void Forms
Analytical Urban Figures
Advertisements
Advertisements Views
Site Massing Forms
Advertisement Veil
Form Analysis Model A
Form Analysis Model B
63
Final Model
Final Model Section View
Massing Model
Design Development Models
HOLLYWOOD BOULEVARD
A
LOBBY/ TICKETING
B UP
GIFT SHOP
64
RESTAURANT
BATHROOM
BATHROOM UP
KITCHEN
1ST FLOOR 1/8” = 1’-0”
Ground Level Floor Plan
Advertisement Veil
10
9
8
7
6
5
4
3
2
1
91’ 6”
RECEPTION/ BAR
AUDITORIUM
GALLERY
66’ 0”
GALLERY
BLACK BOX THEATRE
45’ 0”
CLASSROOM
CLASSROOM
OFFICE SUITES
34’ 0”
ART STORE
CAFE
CAFE
18’ 0”
LOBBY RESTAURANT
0’ 0”
65
J
I
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G
F
E
D
C
B
A
SECTION A 1/8” = 1’-0”
91’ 6”
RECEPTION/ BAR
AUDITORIUM
66’ 0”
GALLERY
GALLERY
BLACK BOX THEATRE
45’ 0”
34’ 0”
CLASSROOM
CLASSROOM
ART STORE
18’ 0”
CAFE
CAFE
LOBBY
0’ 0”
GIFT STORE
Section Perspectives
DN
UP
BATHROOM
BATHROOM UP
UP
AUDITORIUM BACK STAGE STORAGE
UP
5TH FLOOR 1/16” = 1’-0”
RECEPTION/ BAR
AUDITORIUM
GALLERY
BLACK BOX THEATRE
GALLERY RECEPTION/ BAR
GALLERY
BLACK BOX THEATRE
DN
UP
DN
UP
BATHROOM BATHROOM
OFFICES
BATHROOM BATHROOM
UP
UP
UP
STORAGE
CLASSROOM A
AUDITORIUM
BACK STAGE STORAGE
CLASSROOM C
UP
4TH FLOOR 1/16” = 1’-0”
5TH FLOOR 1/16” = 1’-0”
ART STORE GALLERY
CLASSROOM B CAFE
66
CLASSROOM C
GALLERY RECEPTION/ BAR
GALLERY
CLASSROOM
RESTAURANT CLASSROOM
BLACK BOX THEATRE LOBBY/ TICKETING
DN UP
DN
UP
DN
UP
CLASSROOM BATHROOM
BATHROOM
BATHROOM
BATHROOM
BATHROOM
BATHROOM
UP
UP
UP
OFFICE SUITE
UP
AUDITORIUM
STORAGE
BACK STAGE STORAGE
STORAGE
UP
3RD FLOOR 1/16” = 1’-0”
5TH FLOOR 1/16” = 1’-0”
4TH FLOOR 1/16” = 1’-0”
CAFE
GALLERY RECEPTION/ BAR
UP
GALLERY CLASSROOM DN
ART STORE DN
BLACK BOX THEATRE
CLASSROOM
UP
DN
UP
UP
DN
DN
UP
CLASSROOM
BATHROOM
BATHROOM
BATHROOM
BATHROOM BATHROOM
BATHROOM UP
BATHROOM UP
BATHROOM
UP
UP UP
OFFICE SUITE
GALLERY
AUDITORIUM BACK STAGE STORAGE
STORAGE
STORAGE
STORAGE
UP
2ND FLOOR 1/16” = 1’-0”
Above: Diagrammatic Program Isometric Below: Floor Plans
3RD FLOOR 1/16” = 1’-0”
4TH FLOOR 1/16” = 1’-0”
5TH FLOOR 1/16” = 1’-0”
Advertisement Veil
AUDITORIUM
RECEPTION/ BAR
BLACK BOX THEATRE
GALLERY
OFFICE
67
CLASSROOM A CLASSROOM C
CLASSROOM B
ART STORE PUBLIC GALLERY
CAFE
RESTAURANT GIFT STORE
LOBBY/ TICKETING
Exploded Isometric
House in Balsthal - Advanced Building Systems Study 高级建筑系统研究 68
Fall 2018 Syracuse University Advisor: Marcos Parga Partner: Lizzie Mandato Program: Residential Location: Balsthal, Switzerland
House in Balsthal - Advanced Building Systems Case Study
COMPLETE
69
ROOF STRUC
Through the de-construction of the building precedent, House in Balsthal, a developing understanding of the entire building system is gained. This includes the building’s structure, plumbing and electric system, construction details and materials. Both Revit and Rhino were used to re-create the systems within the house and to represent detailed sectional and planar drawings. The final drawings contain a holistic view of the numerous parts that make up the single house to express the finite details and pieces that are involved in creating a minimalistic and unified design.
LEVEL 2 WAL
70
Exploded Isometric
House in Balsthal
Pascal Flammer, 2013, 285 Square Meters
Kit of Parts
House in Balsthal - Advanced Building Systems Case Study
Rachael Gaydos + Elizabeth Mandato ABS/Parga/Fall 2018 ROOF MATERIALS
Ceramic Tile Roof Ridge
Waterproofing
Ceramic Roof Tiles Gutter
WALL SHEATHING, JOISTS, BATTONS, BEAMS ETC.
WINDOW FRAMES & GLASS
71
Glass
Glass
Glass
Glass
INTERIOR ELEMENTS
Countertop
Connectors
Doors
FLOOR JOISTS, BEAMS, PANELS, HEATING
Waterproofing
Waterproofing
Floor Heating Element
INSULATION
TOTAL CONCRETE
Kit of Parts
STRUCTURAL PLANS
13.12 5.42
2.30
5.41
FLOOR JOISTS SECOND FLOORING SYSTEM
0.10
0.05
0.75
0.46
3.76
2.55
1.82
0.55 0.16
1.84
0.16
1.84
0.16
0.16
1.84
0.16
1.84
0.16
1.82
3 A101
0.20 3.76
8.13
LOAD BEARING BEAM
6.50
2.30
4.32
Level 2 Floor Structure
4 A101
LEVEL 2 STRUCTURAL PLAN 1:70
N
14.23 0.12
RAFTER TAIL
0.53
TIMBER RAFTER ROOF BATTEN
72
GABLE END
3 A101
11.54
RIDGE BOARD
4 A101
Structural Plans
Roof Structure
ROOF STRUCTURAL PLAN 1:70
N
STRUCTURAL SECTIONS
House in Balsthal - Advanced Building Systems Case Study
ROOF 9.62
.0
/1
6.94
1.0
3 A504
5 A504
Level 2 2.67
2.67
4 A504
LEVEL 1 0.00
LATERAL STRUCTURAL SECTION 1:70
73 14.74
6.94
ROOF 9.62
2 A502
Level 2 2.67
2.67
1 A502
LEVEL 1 0.00
LONGITUDINAL STRUCTURAL SECTION 1:70
Structural Sections
STRUCTURAL SECTION DETAILS
0.02
0.05 0.08
0.20
WINDOW PANE WINDOW SILL CRISS-CROSS TIMBER BRACING
EXTERIOR FRAME MOISTER BLOCKING WOOD BLOCKING FRAME CONSTRUCTION
WOOD JOIST
WINDOW HEADER PLATE FRAME SILL EXTERIOR FRAME WINDOW HEADER WINDOW PANE
STRUCTURAL SECTION DETAIL 1 1:10
Detail 1
74
0.03
0.04 0.08
0.03 0.20 0.03
0.02
STONEWOOL INSULATION EXTERIOR WOOD FORMBOARD
INTERIOR WOOD FORMBOARD
VENTILATION
VENTILATION
WOOD BATTENS
WOOD DRILLING PLATE
SOFT FIBER PLATE INSULATION
FRAME SILL PLATE
WOOD BLOCKING FRAME CONSTRUCTION
EXTERIOR FRAME WINDOW HEADER WINDOW PANE CRISS- CROSS TIMBER BRACING
Detail 2
Section Details
STRUCTURAL SECTION DETAIL 2 1:10
STRUCTURAL SECTION DETAILS
0.08
House in Balsthal - Advanced Building Systems Case Study
0.03
0.03 0.08
0.16
0.05 EXPANSION JOINT FINISHED FLOOR
WOOD FORMBOARD
INSULATION FLOOR HEATING ELEMENT
WINDOW HEADER PLATE FRAME SILL EXTERIOR FRAME
PLYWOOD SHEATHING
WINDOW HEADER
SOLID BLOCKING
WINDOW PANE
FRAME CONSTRUCTION WOOD BATTENS WOOD CEILING FORMWORK
CROSS TIMBER BRACING
STRUCTURAL SECTION DETAIL 3 1:10
Detail 3
0.02
0.02
0.20
WOOD FORMBOARD WOOD FRAMEWORK & WOOD FORMBOARD
INSULATION WOOD FORMBOARD
INSULATION
FINISHED FLOOR
DOOR FRAME
PLYWOOD SHEATHING
0.20
0.03
FLOOR HEATING ELEMENT
SOLID BLOCKING WOOD JOISTS
0.03
0.04
0.03
0.03
INSULATION
0.02
LOAD BEARING BEAM WOOD BATTENS WOOD CEILING FORMWORK
STRUCTURAL SECTION DETAIL 4 1:10
Detail 4
0.03
0.04 0.05
0.16
STONEWOOL INSULATION
VENTILATION
WOOD FORMBOARD
WOOD BATTENS
0.03
0.04
0.03 WOOD FORMBOARD
VAPOR BARRIER
SOFT FIBER PLATE INSULATION FRAME CONSTRUCTION
0.02
0.03
0.20
WOOD DRILLING PLATE
0.03
0.03
0.08
Detail 5
STRUCTURAL SECTION DETAIL 5 1:10
75
CONSTRUCTIVE FLOOR PLAN - LEVEL 1 SCALE - 1:30
1 0.90
0.15
0.20 0.16
S-01
0.50
S-01 GL-2
CL-01
0.60 0.06
GL-1
5.88
0.10
0.14
0.91
5.94
0.16
11.16
2.34
3.92
1.02
GL-1
CL-01
1.63
8.14
0.10
S-01
5.76
4.40
2.84
76
2.49
GL-1 0.16 0.20
1.59
0.66
1.60
0.70
0.60
2.00
W-01
0.14
1.00
0.10
LEGEND WOOD FORMWORK WOOD 3 LAYED PANEL
2.57
GL-1
W-02
FINISH LEGEND C-01
Plywood
CL-01
Wood Column
GL-1
Window Glazing
WOOD CONSTRUCTION
GL-2
Opening Glazing
CONCRETE
W-01
Interior Wood Sheathing
W-02
Exterior Wood Sheathing
S-01
Steel Framing
LEAN CONCRETE INSULATION
W-01
0.48
S-01
0.36
GL-2
0.16 0.20
0.15 0.90
2.90
S-01
1.83
0.36
0.72
2.00
House in Balsthal - Advanced Building Systems Case Study
13.15 0.10
0.06
0.14
5.88
S-01
0.86
GL-2
CL-01 1.87
0.90
S-01
0.15
GL-1
0.10
S-01
1.68
0.06
0.86
2.84
6
4.25
GL-1
6.76
0.10
6.32
S-01 CL-01
77
C-01 W-01
W-02
GL-1
4.39
0.06
0.16 0.20
0.86
CL-01 S-01
0.20 0.16
0.50
0.50
4.66
S-01
0.15
GL-2
S-01
0.90
0.10
2.07
3.92
GL-1
0.14
Constructive Floor Plan: Level 1
CONSTRUCTIVE FLOOR PLAN - LEVEL 2 SCALE - 1:30
5.35
2.3
0.39
W-01
0.08
0.39
GL-1
0.90
W-01
0.15
GL-2
0.06 3.49
6.32
GL-1 2.43
C-01 W-01
W-01
CL-01 0.84
0.10
1.16
3.11
2.04
0
C-01 W-01
2.86
2.43
GL-1
W-01 C 2.15
0.15
4.27
1.80
0.21
2.70
1.31
1.20
0.08
0.13 0.39
0.62
0.90
GL-2
0.39
78
W-01
0.84
8.00
0.24
W-01
6.44
LEGEND WOOD FORMWORK WOOD 3 LAYED PANEL
FINISH LEGEND C-01
Plywood
CL-01
Wood Column
GL-1
Window Glazing
WOOD CONSTRUCTION
GL-2
Opening Glazing
CONCRETE
W-01
Interior Wood Sheathing
W-02
Exterior Wood Sheathing
S-01
Steel Framing
LEAN CONCRETE INSULATION
W-01
W-02
W-01
House in Balsthal - Advanced Building Systems Case Study
13.00
30
5.35
W-02
W-01 1.08
W-01 GL-2
0.24
0.06 6.32
GL-1
C-01 W-01
2.69
W-01
CL-01 5.16
0.80
W-01
0.24
B
W-01
79 0.80
GL-1
C-01 W-01
2.69
0.17
3.49
W-01 W-01
0.24
0.99
5.23
1.47
GL-2 1.08
W-01
GL-1
0.28
W-01
2.30
A
W-01
4.27
Constructive Floor Plan: Level 1
80
Structural Model
House in Balsthal - Advanced Building Systems Case Study
81
Structural Model
Berkowitz House Case Study / Berkowitz 房子研究 Spring 2017 82
Syracuse University Advisor: Lawrence Davis Partner: Erick Abinader Location: Martha’s Vineyard, Massachusetts
Berkowitz House Case Study
83
This exercise classifies the different aspects of the existing precedent, Berkowitz House, by Steven Holl Architects. The process of breaking down the elements of this design led to the understanding of the overall design which was then incorporated into the new design project following the exercise. The method of tectonic design within the precedent was highlighted in this exercise to be carried forward in the next part of the project.
Berkowitz House Linework
DETAILS
BERKOWITZ HOUSE
84
FRAMEWORK
MASSING FORMS
Isometric Diagrams
Berkowitz House Case Study
Axonometric Diagrams
FRAMED TEXTURES
85
MASSING OUTLINE
WOOD-FRAMED BONES
INFILL SEGMENTS
Isometric Diagrams
Sliver’s Prize Competition / Sliver’s 奖项比赛 Spring 2017 86
Syracuse University Prize: Student’s Choice Award
Sliver’s Prize Competition
87
This 24 hour workshop was an introduction to lead the studio into the landscape-focused design challenge. The image produced re-imagines a flat, gridded landscape that suddenly opens up into a gaping hole filled with ramps and hideout divets. The grid is pulled down from 2D to 3D which generates the cubed surfaces of the hole’s sides.The use of color differenciates the flat surface of above to the new world below it. A person was to experience this space by gradually moving deeper into the hole until reaching the bottom where they can look up and see how the world within the hole has completely changed from below to above.
Final Drawing Linework
88
Final Drawing
Sliver’s Prize Competition
Hole
Wall
89
Path
Shelter
Diagrams
Drawings & Portraits / 图纸和肖像 90
Drawings & Portraits
91
Above: Glass Pavilion (2014)
92
Above: Unnamed (2016) Below: Bubbles (2015)
Drawings & Portraits
93
Above: Chickadee (2013)
94
Paracosm (2014)
Drawings & Portraits
95
Child (2014)
rhgaydos@syr.edu 603 553 6088