WORK DANIEL KATEBINI STENGEL
Mar 18, 2016
WORK
DANIEL KATEBINISTENGEL
DANIEL KATEBINI-STENGELM.ARCH
[email protected]+1 720.323.8443
INVESTIGATIONS
Regrowth: Measured Representation 4
Model From Painting 5
The Light Within: Cube Project 6
STUDIOS
St Louis Housing 9
XL:TIM Furniture Prototype 17
An(Other) Addit ion to the Kimbell 27
Anyang Identity Generation 33
PROFESSIONAL
Orchid Tower 38
Prism Tower 42
DEGREE PROJECT
Fractured Trajectories 49
CONTENTS
4 INVESTIGATION | MEASURED REPRESENTATION
This drawing investigates the components and forces which emerge and dissipate during the lifespan of a flower as it blooms and dies. Mechanical armatures juxtapose this natural process with technological processes, creating a bionic hybrid which illustrates the futility of technology in the face of nature.
Heather WoofterMeasured Representation
REGROWTH
5INVESTIGATION | MODEL AS PAINTING
After studying Expressionist and Cubist painting, ideas of composition, layering, and form were applied to a center for at risk youth. The exposed structural elements create implied space and infer rhythm, while the central void is emphasized both in plan and section.
Ping XuUndergraduate Studio
MODEL AS PAINTING
watercolor precedent study of Lyonel Feininger’s Church of the Minorities II
6 INVESTIGATION | THE LIGHT WITHIN
UNFOLDING MONDRIAN’S BOOGIE WOOGIES INTO SPACE, CUBED
The goal of this charette was to design an exhibition space and entry hall for nine assigned paintings; the last two paintings of Piet Mondrian, and a selection of seven later paintings inspired by these last two works. Engaging a 33-foot cube and using only natural overhead light, the exhibition space had to allow the possibility to both:
-draw near enough to almost touch, to engage the tactility of the surface of each painting .-withdraw far enough to contemplate, to view the composition of the painting, and to compare it to others.
The parti is derived from two cubic volumes interlocking both vertically and horizontally. These volumes as well as the 33-foot cube are defined through subtraction, allowing light to penetrate and define space through absence.
Multiple ground planes exist within the gallery. The ground plane is called into question as one emerges from the entry hall beneath a reflecting pool. The reflection of the water not only doubles the perceived height of the space, but natural light reflecting off of it from an obscured sky conceals where the sky ends and the earth begins. The intersecting cubic volumes allow the overhead (sky) planes of one volume to function as the earth of another volume.
Robert McCarterVertical Studio
THE LIGHT WITHIN
7INVESTIGATION | THE LIGHT WITHIN
8 STUDIO | ST LOUIS HOUSING
conceptualization of view corridors and degrees of privacy at Søholm
9STUDIO | ST LOUIS HOUSING
Arne Jacobsen’s Søholm Housing
This housing project focuses on the value of the unit as it relates to the larger composition. The goal was to develop a courtyard spatial concept that could be applied in both the horizontal and vertical space; such that each unit benefits from its adjoining unit.
Using Arne Jacobsen’s Søholm Housing project as a precedent, the benefits of a staggered L-Type row house are clear, notably semi private courtyards and clear view corridors. In Jacobsen’s project, he extrapolates these concepts into 3 dimensions so that the upper and lower floors are given privileged views of the sea.
The St. Louis site is located at the intersection of a busy cross town bypass and a one-lane road with local pedestrian traffic. The project insulates itself from noise on one facade and opens to the neighborhood community on the other. Meanwhile, the massing of the complex is stepped such that each unit can receive sunlight and private views out. Through courtyards and bridging, interdependent outdoors spaces are created both horizontally and vertically.
Pablo MoyanoHousing Studio
ST LOUIS HOUSING
10 STUDIO | ST LOUIS HOUSING
concept models
Day lighting
hold corner open to neighborhood create thoroughfare optimize for light and views courtyards L-type unit standard
L-Type unit standard shift for privacy stagger for views twist bridge optimize
View
Semi-PrivateExterior
11STUDIO | ST LOUIS HOUSING
12 STUDIO | ST LOUIS HOUSING
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0’ 5’ 10’ 20’
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0’ 5’ 10’ 20’
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0’ 5’ 10’ 20’
0’ 5’ 10’ 20’ Second Third0’ 5’ 10’ 20’
One Bedroom Two Bedroom Three Bedroom
second floor
third floor
two bedroom units
13STUDIO | ST LOUIS HOUSING
One Bedroom Two Bedroom Three Bedroom
three bedroom units
14 STUDIO | ST LOUIS HOUSING
15STUDIO | ST LOUIS HOUSING
16
17
XL:TIM aka Cross Lifestyle: Technologically Interfaced Module investigates modern social interaction with furniture. With the craftsmanship of the industrial revolution given a back seat to mass production and mass availability, our culture has adapted and accepted mass production while our demands are relegated by technological advances: we want everything faster, easier and more efficiently.
At the same time, lifestyle shifts and technological advancements have transformed the possibilities of furniture design as an instrument for both productivity and leisure. Mass-production has given way to mass-customization and rapid prototyping, lessening the restrictions placed on modern designers and craftsmen. Unprecedented material availability combined with modern assembly techniques provide great possibilities but do not supplant the craftsmanship of the designer. Properly manipulated, current technologies provide a remarkable opportunity for timeless craft ideals to be reinvigorated and applied to furniture as a lifestyle support instrument.
FINAL PROTOTYPE COORDINATORS: Catty Dan Zhang, Cahyo Candrawan, Daniel Katebini-Stengel, Shin Park
PROJECT ASSISTANCE: Aria Supriadi, Abadi Kuriawan
DESIGN PROCESS TEAM: Catty Dan Zhang, Cahyo Candrawan, Daniel Katebini-Stengel, Joseph Kuhn, Gabriel Lampe, Shin Park, Cameron Stewart
Sung Ho KimDigital Fabrication Studio
XL:T.I.M
18 STUDIO | XL:TIM
body motion through daily activities
19STUDIO | XL:TIM
scale prototypes
20 STUDIO | XL:TIM
body interface plan
body interface elevation
21STUDIO | XL:TIM
color options
scale prototype
22 STUDIO | XL:TIM
component diagram
stand for polyurethane coating
CNC-milled components and polyurethane coating
23STUDIO | XL:TIM
final prototype
24 STUDIO | XL:TIM
time line
25STUDIO | XL:TIM
26
27
excavation of Piano’s addition
As Renzo Piano’s addition to the Kimbell Art Museum is breaking ground, it is important to take a critical view at how additions are applied to works of architecture. It is important to understand the meaning of an appropriate addition to a canonical work such as the Kimbell. Works such as the addition to the Salk Institute, the addition to Saarinen’s Dulle’s Airport, and the addition to Scarpa’s Querini Stampalia serve as stark reminders of permanent sins.
The proposal focuses on the siting of the addition such that the Kimbell is re-cenetered as the focal point of the museum complex (including Tadao Ando’s Modern Art Museum). By using a wall to create a backdrop for the Kimbell which will aggrandize the original building, a separation between old and new is articulated. After descending out of the Kimbell and crossing the threshold of the wall into the addition, the stereotomic rhythm and scale of the Kimbell is continued.
The relationship of the addition to the Kimbell is articulated through spatial inversions. Whereas the Kimbell is penetrated by gardens within the galleries, the addition is conceived as galleries within a garden. Where the Kimbell celebrates the sky through the slice in its false vaults, the addition inverts the ground plane and celebrates light as it penetrates the earth.
Robert McCarterVertical Studio
AN(OTHER) ADDITION TO THE KIMBELL
28 STUDIO | AN(OTHER) ADDITION TO THE KIMBELL
massing model
concept diagram
rendering and site strategy
Garden in Gallery
Anchor
Reinforce Original Entry Sequence
Preserve Yaopon Holly Grove
Axiality
Gallery in Garden
Sculpture Promenade
29STUDIO | AN(OTHER) ADDITION TO THE KIMBELL
010
0’
0’ 50’ 100’
main floor planaxiality & rhythm overlay
30 STUDIO | AN(OTHER) ADDITION TO THE KIMBELL
20’10’5’0’light channeling and diffusion
gallery lighting prototype
31STUDIO | AN(OTHER) ADDITION TO THE KIMBELL
32
traditional Hanok and alleys Chebu-dong 147-1Cho Jung Goo
33
Jun Sung KimMarc Brossa
Seoul International Studio
ANYANG IDENTITY GENERATION
During the 1970’s, the South Korean government utilized new apartment construction in order to bolster economic growth. As the economy experienced an unprecedented boom, monotonous apartment complexes built by government backed corporations became the norm and created an economic framework highly dependent on continued new construction. This results in a cycle where housing complexes are torn down after a relatively short lifespan (approximately every 20 years) to make way for more fashionable living arrangements. This constant updating makes Seoul forever contemporary, yet leaves many places without a history, faces constantly changing.
Anyang, a city just outside of Seoul has been clearing neighborhoods for new construction as part of a larger government mandate. During a semester in Seoul, alternative proposals to this cycle were explored.
The project investigates the assets of the existing neighborhood, specifically alley networks and courtyard spaces, and looks to reinforce them while adding new apartments.
Medium density units are stitched within the alley network by grafting onto the structural systems of existing buildings. This reinforced alley network feeds into a series of scalable towers built on top of an existing roadway, eliminating the need to demolish the entire neighborhood. This provides a starting point for the development of a neighborhood identity that will develop over time.
34 STUDIO | ANYANG IDENTITY GENERATION
site rhythm
alleys
community structures
community network
collage of tabula rasa cycle
existing neighborhood fabric
typical tower housing type anyang site evaluation
35STUDIO | ANYANG IDENTITY GENERATION
siting strategyconcept model extending networks vertically
sites that will support the existing community networkexisting communal spaces including alleys and markets connections between existing communal spaces
36 STUDIO | ANYANG IDENTITY GENERATION
1. potential network connections and bridges
3. graft onto existing structures 4. towers incorporated with reinforced community network
2. create porosity and interface points
37STUDIO | ANYANG IDENTITY GENERATION
38 PROFESSIONAL | ORCHID TOWER
The morphology of the orchid introduces variations of column structures and aerated root systems that are elegant embroideries. The delicate form sometimes shapes itself around found natural elements in a complex assembly of small parts. We liken the structural configuration of the Orchid Tower to a Miesian evolution. As Mies was expressing thinness, lightness, and potential of steel material to transform our horizon into elegant reflective transparencies of form, the future direction of construction heightens strength to weight ratios to produce lighter structural members. These small parts work in collaboration to support the weight of dense vertical space.
Carbon fiber high performance materials, while primarily engaged in industrial products, are emerging as a cost-effective pre-stressed material that can replace steel. The Orchid Tower is a high strength, diaphanous veil of carbon fiber reinforced concrete expressing the future of lightweight materials able to sustain variations in form and structure
Taichung, TaiwanAxi:Ome llcDesign Team
ORCHID TOWER
39PROFESSIONAL | ORCHID TOWER
structural skin design
aerated root structure
aerated root organization
orchid pattern orchid striations
root detail organization
root detail structure
skin (false structure) structure (hidden) diaphragm
diaphragmstructure (expression)skin/structure
SEAGRAM BUILDING
ORCHID TOWER
composition
composition
40 PROFESSIONAL | ORCHID TOWER
2
3
1
4 45
UP
1:500
DN
0 2 4 10M
-0.800+1.800
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6
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floor 1
floor 3
41PROFESSIONAL | ORCHID TOWER
Observation Deck - 1160 m2
Food Service for Top Observatory - 200 m2
Cafe - 50 m2
Restroom and Storage - 400 m2
Elevation Lobby and Circulation Area for Top Observatory- 900 m2
Parking- 17600 m2
Exhibition - 6200 m2
Shops - 450 m2
Environmental Quality Monitoring Station - 720 m2
Office - 6960 m2
Lobby - 1150 m2
Information Center for Tower and Museum - 200 m2
Shop & Food Sevice - 500 m2
Meeting Room - 4320 m2
Outdoor Orchid Garden - 000 m2
Orchid Ramp - 000 m2
305 m298 m293 m
184 m
84 m
53 m
6 m
0 m
-6 m
geothermal cooling system aeroponic system
observation deckfood servicecafeshopsenvironmental monitoring
outdoor orchid gardenorchid ramp
offices
exhibition space
lobbyshops and food service
parking
42 PROFESSIONAL | PRISM TOWER
The Prism tower is a proposal for a new icon for the skyline of Winston, North Carolina. Winston-Salem is caught between two identities, one as the “City of the Arts” and the other as “Camel City” due to its heavy involvement with the tobacco industry. As the city has modernized, it has evolved to attract new industries such as nanotechnology and sees the re-branding of the city as an important step in this continued process. Serving as an observation tower, the project would be one of the tallest buildings in the region. The tower makes use of high-strength prefabricated steel members to create a formal expression that defies typical architectonic assumptions while using minimal structure. Folding iridescent panels are attached to the twisting facade, providing mercurial spatial experiences as one engages the building in different lights and from different angles.
Winston Salem, NCAxi:Ome llcDesign Team
PRISM TOWER
43PROFESSIONAL | PRISM TOWER
view diagram
44 PROFESSIONAL | PRISM TOWER
1’-6”
3’-0”
1’-6”
3’-0”
panel variation
elevations
45PROFESSIONAL | PRISM TOWER
46 PROFESSIONAL | PRISM TOWER
UP
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first roofobservatory top of observatory
47PROFESSIONAL | PRISM TOWER
structural components
observatory components
48
Projective Geometry Volume Sculpting
project in
project out
49
Projective geometry is the basis for this investigative thesis. Specifically, how a framed view from one perspective and its relationship to other perspectives can affect the form of the building. This concept was applied in all stages of the project including site selection and the hypothetical programming.
The site chosen is directly next to a busy, aging concrete bridge which separates a disused industrial area from a resurging residential block. In order to ground the project to the site, multiple scales are engaged: the industrial scale of surrounding factories and fast moving traffic, the human scale of residents and building users, and the scale of the city. This approach is typified in the broad facades facing oncoming traffic, the cantilever running tangent to the bridge apex, and the perspectively structured ramps extending into the neighborhood.
A program was developed based on how observers from within a spatial object relate to the object and how outside observers understand the object (inside looking out and outside looking in). At the human scale, a Post-Traumatic-Stress-Disorder rehabilitation center was developed in order to investigate how ones understanding of themselves and their broken relationship to other people, events, or places can be reaffirmed. Of particular interest is how rehabilitation techniques often include mentally inhabiting and confronting past traumas and re-emerging to fully engage the present time and place.
The complementary program at a city scale is a seismic monitoring agency that aggregates information and resources for scientific analysis and research while providing on site training of first responders. As an agency, it serves as a symbol for residents and must maintain a degree of anonymity. Yet for those within, a relationship between themselves and those they are trying to protect is informed by views of city landmarks, neighborhoods, and those receiving treatment after experiencing traumatic events.
Heather WoofterDegree Project Thesis
FRACTURED TRAJECTORIES
50 THESIS | FRACTURED TRAJECTORIES
This spatial apparatus was the basis for investigating projective geometry. Seemingly coplanar elements are exposed as separate entities when viewed from oblique angles. The planes that the elements do inhabit are articulated in the subtracted space of the cube.
This spatial concept is applied throughout the project, framing views and affecting the form of the building.
Spatial Apparatus
projective geometry spatial model from Kokichi Sugihara
51THESIS | FRACTURED TRAJECTORIES
Projective Geometry Volume Sculpting
project in
project out
base planar image captured
lower portion of image projected through arbitrary plane
upper portion projected through a second arbitrary plane and framed
frame perpendicular to arbitrary plane
52 THESIS | FRACTURED TRAJECTORIES
horizon line tangency collage
vanishing point collage
53THESIS | FRACTURED TRAJECTORIES
key views through extruded site footprint
initial massing using key views
54 THESIS | FRACTURED TRAJECTORIES
iterative prototypes
55THESIS | FRACTURED TRAJECTORIES
DN
0’ 5’ 10’
Ground Floor1/16”=1’
3rd Floor1/16”=1’
Fourth Floor1/16”=1’
Ground Floor1/16”=1’
3rd Floor1/16”=1’
Fourth Floor1/16”=1’
Ground Floor1/16”=1’
3rd Floor1/16”=1’
Fourth Floor1/16”=1’
5’0’ 10’ 20’
South Section
1. PTSD Research Center2. PTSD In Vivo Therapy Immersion Theater3. PTSD Therapy Rooms4. PTSD Group Therapy 5. Dining6. Seismic Disaster Response Immersion Theater
ground floor
main floor
east section south section
third floor
fourth floor
3. 2.
1.
4.
5.6.
56 THESIS | FRACTURED TRAJECTORIES
57THESIS | FRACTURED TRAJECTORIES
5’0’ 10’ 20’
West Section
5’0’ 10’ 20’
West Sectionwest section
58 THESIS | FRACTURED TRAJECTORIES
59THESIS | FRACTURED TRAJECTORIES
structural component diagram
60 THESIS | FRACTURED TRAJECTORIES
61THESIS | FRACTURED TRAJECTORIES
Irene Neuwirth’s Pop Up StoreMarc FornesNew York
3d toolpath programming (MasterCAM)mill operator specializing in deep bore flip milling
Solar Adaptive Tower Grasshopper
FABRICATION
SPECIALTY SKILLS
CNC-MILL
PARAMETRIC MODELING
DANIEL KATEBINI-STENGELM.ARCH
[email protected]+1 720.323.8443