koushik thunuguntla selected works 2014-2016
koushik thunuguntla k7archi@gmail.com sthunugu@buffalo.edu www.k7archi.com +1 (716)-238-2077
table of contents resume 4 form-finding with forces
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art museum 12 like a rock 18 structures project 22 professional work 26 exploring south 32
resume DOB: 08.17.1992 k7archi@gmail.com sthunugu@buffalo.edu
Rd No - 10, Banjara Hills, Hyderabad, Telangana- 90036. +91 7799599077
www.k7archi.com www.linkedin.com/in/k7archi
English | Telugu | Hindi
EDUCATION
SKILLS
Fall 2014 - Spring 2016 Masters in Architecture (NAAB Accredited), 3.4 GPA University at Buffalo - SUNY
COMPUTATONAL
Buffalo, New York.
Rhinoceros
Specialization in Situated Technologies.
AutoCAD
Grasshopper & Kangaroo Revit Architecture
Special Project : Form-finding with forces An extensive research on developing a light-weight tensile structure with a series of digital and physical experimentation.
Google Sketch-up Vray Rendering Adobe Photoshop
Fall 2009 - Spring 2014 Bachelors in Architecture (Professional), 3.6 GPA Jawaharlal Nehru Architecture and Fine Arts University Hyderabad, India.
Adobe Aftereffects Adobe Indesign Adobe Illustrator Processing & Arduino
Specialization in Urban Design.
Ecotect Analysis
Thesis : Form follows sun A research on the relationship between solar insolation values and building form.
Keyshot 3ds Max & Lumion
OTHER
WORK EXPERIENCE Jan 2017 - Jun 2017 Lead Intern Architect Platform for Architecture + Research, Los Angeles, California
Sketching and Hand drafting Model making Photography
ACHIVEMENTS & WORKSHOPS
- Leading the team that worked on the Aedes exhibit in Germany. - Using rendering and parametric engines to represent various residential projects.
May 2016
Sep 2016 - Dec 2016 Architectural Intern Atelier Manferdini, Los Angeles, California
Mar 2015
- Perparing drawing sets for various small scale projects. - Designing and presentation of a house renovation project.
Sep 2013 - Jun 2014 Architectural Trainee Maithel & Associates Architects Pvt. Ltd, Hyderabad, India. - Designing multiple commercial and interior projects. - Perparing drawing sets for various large to medium scale projects.
References shall be provided upon request.*
Mar 2015
Sep 2012 Aug 2012 Jan 2012
Work showcased at the ‘Exhibiting Architectures’ Exhibit at University at Buffalo. Revit Workshop by ArchGSA at University at Buffalo. Worked for the ‘Facade as’ Exhibition at University at Buffalo. Shortlisted for iINNOVATE International Design competition by UX India. Participated in ‘Cost effective design techniques and principles’ workshop by Laurie Baker centre, Kerala. Led the GSen Trophy competition team conducted by NASA India.
AFFILIATION Licensed Architect | Council of Architecture, India.
form-finding with forces fall’15, university at buffalo professor nicholas bruscia the objective of this research is to create a system that can be used to create a light-weight membrane structure through form-finding experiments. frie otto’s experiments for the munich stadium in particular is a clear inspiration for this research. the research started with the clear understanding of acting forces and making a series of physical models that portrays these forces. then the physical models were converted into digital simulations using grasshopper and kangaroo physics engine. as experimentation progressed, the research developed towards using a tensile membrane to bend structural elements. after designing a pavilion with this system, the research developed towards creating a more complex system that could act as a long span structure which could accommodate a stadium. further experimentation resulted in a multiplied system of the pavilion with the tensile membrane acting as a structural element and also a weather proof element. the form itself proved to be suitable to accommodate a velodrome.
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the process of formfinding experimentation had started with making three physical models that represents forces.
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1. this model is a simple tent structure that uses the bending from the strip to support a fabric structure at its central point resulting in a pyramid like form. 2. this model is the result of bending a strip by applying compression on one side and tension using a stretchable cable on the other. The repetition of this system around a circle resulted in this model.
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3. this model is structurally similar to the second model but the idea is to eliminate the cables in the center to allow a structure-free space in the center. the physical models were then used as a basis to construct digital simulations. 4. this model is constructed with two strips that bend under compressive loads, and a tensile membrane that gets it from the bent strips and is very similar to the first model.
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5. this model is a simulation of the second physical model. 6. multiplying the fourth model and combining it with a single membrane creates an unobstructed space beneath the structure that can have various uses and allows a continuous flow.
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7. this model uses membrane as a tensile element replacing the cables. 8. to eliminate the external cables a compression base is added. 9. the final pavilion form resulted from the experimentation. 10. the plan shows the inverted umbrella membrane pulling the strips to form the pavilion. 11. the final physical model of the pavilion.
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12. the render introduces context and represents this pavilion as a light emitting object.
60 ft
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for the next part of the project the goal was to create a system that could support a long span velodrome, so the experimentation continued from the pavilion.
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13. the pavilions form is repeated and combined to test the equilibrium. 14. in this system membranes with varying stiffness values are attached to the strips to cause bending.
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15. the tensile membrane is closely connected to the membrane. but the final form was asymmetrical due to internal tension. 16. this is similar idea to the 14th but trying to create a form that could accommodate a program.
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17. a system in a circular for is simulated using the best elements from the experimentation. 18. the system was replicated and joined based on the requirements of the program.
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19. final grasshopper script that has elements for all the forces i.e. compression, tension and bending. 20. this ariel view portrays the context of the velodrome and the external track that correlates with the track in the stadium. 21. the section shows the system of the stadium and its relation to the track. the seating area also completely corresponds to the track. 22. the physical model is built to explain the system more clearly and to understand the differences between simulations and physical models.
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art museum spring’15, university at buffalo professor erkin ozay this contemporary art museum embraces the movement of art in the building from the time it’s bought into the museum from the truck to the time it’s displayed. the other main aspect in this museum design is the experience itself. the design leads the visitor experience different spaces as they move through the museum. the musem is designed to extend it’s programs into context. the amphitheater with the cafe in the basement encourages social interactions. the gallery is projected out on top of the base as an iconic space in the museum. the experior of the gallery is cladded with corrugated steel in chevron pattern that embrases the idea of icon. the cladding further transforms into light catchers at the top providing natural light ventilation into the gallery.
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reet
allen st
front desk
loading dock
cafe below -1.8m(-6ft)
shop +1.2m(4ft)
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2.
office +2.4m(-8ft)
1. the first floor plan with the context shows the front desk, loading dock, cafe, shop and office space. as the visitor enters the museum by the ramp or the stairs, he sees the activity in the amphitheater and as he reaches the front desk he can see the activity in the loading dock right behind the front desk. 2. the 1/4� scale sectional model cuts through the front desk, and loading dock. the levels and mechanical spaces are clearly explored in the model.
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3. this render shows the layers of glass becoming a part of the experience and also the loading dock can be seen behind the front desk. 4. this gallery view shows the diffused light treatment with exposed grid structure.
public forum -2.3m (-7ft)
5. the basement has the cafe which has a separate entry from the street to respond to the night culture of the context. it also has secured storage area and also public forum where events and gatherings happen.
art storage -2.8m (-9ft)
cafe -1.8m (-6ft)
6. the second floor plan have administrative offices that support the museum. the audio visual room is a space to engage the young visitors with visual documentaries and entertainment.
toilet
toilet
mechanical -3m(-10ft)
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7. the gallery itself is an open gallery with movable partition walls. the gallery is flexible to various kinds of displays. the room height is 24ft to support tall displays. 8. the front elevation has a corrugated tungsten cladding in a chevron pattern that creates an identity for the gallery and also is extracted from the natural lighting system. 9. in the axonometric view the relationship between the north light system and the cladding design can be clearly established. the structural grid in the gallery and various elements are exposed for better understanding.
toilet a.v. room
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toilet
gallery
office
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10. this conceptual model is an earlier iteration of the natural lighting system from which the grid system with diffused glass is adapted in the final design. 11. the 1/4� scale sectional model from the front clearly highlights the cladding on the gallery space making it iconic.
w24 steel i-sections steel secondary structure insulation translusant glass gypsm board (interior finish)
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tungsten steel panels
12. the wall section shows various materials and details used for different wall treatments throughout the building. the gallery is treated with insulation to control the temperature. white gypsum boards are used in the gallery to create an neutral experience. 13. the section shows the programs in various levels and also various heights associated with them. the height of the gallery space is more than the other spaces due to it’s significance and also utility. the mechanical floor consists of all the electrical and ventilation systems to accommodate the lighting systems in the ceiling of the gallery. the north light systems corresponds with the grid below and the artificial lighting fixtures.
metal studs mullions for raised floor
concrete floor plate
toughened glass
concrete footing
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terrace floor t.o.s
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+20.15 (66ft)
terrace floor f.f.l +17.6m (58ft)
gallery third floor f.f.l +9.85m (32ft)
office second floor f.f.l +5.85m (19ft)
front desk first floor f.f.l +1.2m (4ft)
cafe
like a rock fall’14, university at buffalo professor brian carter this boat house is an inspiration from the architecture in the context and also the water edge conditions. the program required storage and accessibility to boats, administration, amenities and housing for the coaches. the brutalistic architecture is a clear reference to le corbusier’s designs and the steps found it’s inspiration from the ghats of ganges. the exposed concrete structure with coffered slab technique allows this brutalistic building to be light. the residential units were pushed into the water to thus establishing a relationship between the water and the boat house. the opening contrast the brutalism and control wind and light ventilation.
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1. the first floor plan consists of office, storage space, practice pool, repair shop. The steps at the edge of the lake creates a transition in level from the ground. The existing cycle track cuts through the building creating a grand visual experience for the riders. 2. the section cuts through the cycle track that opens to the view of the lake.
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3. the final model clearly articulates the solids and voids in the design and also the ramps and steps in that defines the edge condition. 4. the structural model exposes the different treatments for different spaces in the building. spaces like storage are has filler slabs whereas spaces that are human occupied are treated with insulation. 5. residential unit first floor plan have the living, kitchen and balcony. 6. the second floor plan of the residential unit have the bedrooms and bathrooms. 7. the exploded view clearly explains the context and also structural system.
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structures project fall’15, university at buffalo professor matthew dates this project analyzes the structural system of one of the famous buildings designed by santiago calatrava. the lyon airport station serves as a railway station with an iconic architectural style. the analysis of this building concentrates on the acting of different loads like compression, tension, lateral on the structure. during the analysis several elements in the structure were recognized based on their role to transfer these loads and were documented with drawings and a final model that highlights these elements.
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lyon airport station architect: santiago calatrava B
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2
3
59’ 6”
4
59’ 6”
5
47’ 8”
58’ 10”
30’ 5”
A
30’ 5”
B
31’ 1”
C
D
A’
31’ 1”
A
30’ 5”
E
First Floor Plan
30’ 5”
F
G
Construction Drawings
Lyon Airport Station Satolas, Lyon, France
Date: 1989-1994 Architect: Santiago Calatra B’
Main Concourse structur Four converging arches sup ed on five points. The triang ed arches provide the late support through the truss de and the triangulated founda plan. 2 November, 2015 B
1
2 59’ 6”
3 59’ 6”
4 47’ 8”
N
5 58’ 10”
30’ 5”
A
30’ 5”
B
31’ 1”
C
D 31’ 1”
A
30’ 5”
E
30’ 5”
F
G
B’
A’
Assignment 5 Koushik Thunuguntla Matthew Meyers
A
B
C
37’ 7”
11.5”
D 25’ 7”
E 25’ 7”
F
G
35’ 7”
37’ 7”
12”
11.5”
12”
25’ 11”
4.8”
8”
19’ 6”
13”
40’ 8”
9’ 2”
10”
8”
35’ 7”
10”
Side elevation
2”
15”
First Floor Plan
13”
27’ 2”
14.5”
14.5”
Construction Drawings
4.8”
First Floor Plan
Lyon Airport Station Satolas, Lyon, France
7”
Date: 1989-1994 Architect: Santiago Calatrava Main Concourse structure:
ConstructionFour Drawings converging arches support7”
Side elevation Mount Bracket 3.5” x 2”
Steel reinforcement 4” dia
2”
14.5”
ed on five points. The triangulated arches provide the lateral support through the truss design Lyon Airport Station and the triangulated foundation Satolas, Lyon, France plan.
15” Axle
Date: 1989-1994 2 November, 2015 Architect: Santiago Calatrava
14.5”
Mount Bracket 6” dia
Main Concourse structure:Assignment 5 Four converging arches Koushik support- Thunuguntla ed on five points. The triangulatMatthew Meyers Nprovide the lateral ed arches support through the truss design and the triangulated foundation plan.
Mount Bracket
14.5”
Ellipse: 2” x 2.3”
2 November, 2015 Plan
Assignment 5 Koushik Thunuguntla Matthew Meyers
N 7”
8”
11.5”
First Floor Plan
12”
7”
10”
Construction Drawings Mount Bracket 3.5” x 2”
Steel reinforcement 4” dia
Lyon Airport Station Satolas, Lyon, France Date: 1989-1994 Architect: Santiago Calatrava
Mount Bracket 6” dia 13”
14.5”
Axle
Main Concourse structure: Four converging arches supported on five points. The triangulated arches provide the lateral support through the truss design and the triangulated foundation plan.
Mount Bracket
4.8”
Ellipse: 2” x 2.3”
2 November, 2015 Plan Side elevation
N
14.5”
2”
15”
Assignment 5 Koushik Thunuguntla Matthew Meyers
professional work atelier manferdini the following are a collection of projects that I had the opportunity to work on during my internship. these projects have allowed me to better understand the architecture in a professional way. they each differ from the other in terms of program, economics, context, scale and provided an unique problem to find solution.
infonavit house location : tula de allende, mexico. phase : schematic role : design development
this social housing project in Mexico is commissioned by government of Mexico for the betterment of the housing of lowincome families.. the design focused on usage of form derived from the architect’s exhibitions and graphical patterns. the usage of pigmented bricks allowed to achieve the economical and aesthetical needs of the project. each unit is designed to be compact and comfortable while achieving the economical and spatial restrictions of the project. the base on which the building resides is designed to accommodate an Internet cafe that would serve the communities habit of connectivity to the Internet.
1.98
1.97
3.88
4.75
1.50
8.25
Dining
8.85
3.9 m2
Kitchen 6.2 m2
Kitchen
Internet Cafe 42.5 m
8.65 m2
Dining 2
4m
5.65 m2
2
2.75
Bed Room
6.35 m2
Bed Room Living 8.6 m2
Server Room
7.57
3.85 m2
Toilet 3.2 m2
Storage/ Janitor 9.97
2.1 m2
Living
M.Bed Room
9.65 m2
9.3 m2
Closet 1.6 m2
4.75
Employee Kitchen/ Coffee
Rest Room
7.6 m2
4.2 m2
Serving Counter 12.2 m2
Office 7.4 m2
8.33
first floor plan.
second floor plan.
TOP OF ROOF
3.2
+16.4m
BOTTOM OF PARAPET
3.20
+13.2m
THIRD FLOOR
3.20
+10m
SECOND FLOOR
3.20
+6.8m
FIRST FLOOR
3.60
+3.6m
GROUND FLOOR +0m
7.50
8.5 m
1.55
Toilet
2
M.Bed Room 9.4 m2
3.20
50 m2
9.00
Cafe
woven house location : tula de allende, mexico. phase : construction drawings role : design and drawings
this single unit house was the final proposal for the infonavit competition commissioned by mexico. this house not only have close relation from the former proposal in terms of aesthetics and construction techniques but also follows other constraints like its budget which needs to be under $10,000. 1. the perspective shows the main building mass and also the staircase that is enveloped in a chainlink fence that is weaved using local weaving techniques. 2. the construction drawing of the plan is detailed to brick layout as the aesthetics of the building depends on it.
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I was involved from the concept development to the construction drawing phase of the project.,
la peer hotel gate location : hollywood, california. phase : construction role : presentation
exploring south winter’15, university at buffalo professor greg delany these sketches are a collection from the education travel tour to the south usa. the 21 day tour covered 7 states and its important architectural buildings designed by modern architects and also those that played an important role in history. the sketches were composed to reflect the architectural elements that were significant to the building and the context of the site. this educational tour had helped to understand various styles that these buildings represent based of the context or history or program or the architect themselves.
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1. louisiana sports hall of fame by trahan architects. 2. louisiana state museum by eskew+dumez+ripple architects. 3. high museum of art by richard meier. 4. high museum of art expansion by renzo piano. 5. cobb turner branch library by mack scogin merrill elam architects. 6. clayton county hq library by mack scogin merrill elam architects. 7. atlanta marriott hotel by john portman 8. wyly theater by oma and rex.
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9. ohr o’keefe museum of art by frank o’ gehry. 10. texas state capitol by elijah e. myers. 11. perry lakes park restrooms by rural studio.
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