Hasrat Kaushal I Fall 2021 Portfolio Georgia Institute of Technology
TAB LE OF CONTENTS
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SELECTED WORKS I GEORGIA INSTITITUTE OF TECHNOLOGY FALL 2021
01 02 03 TAB 1 LIGHT SPACE MODULATOR
Advanced Studio 1 I Instructor: Mark Cottle
2 PUZZLE
Advanced Studio 1 I Instructor: Mark Cottle
3 HEALTH AND RECREATION CENTER Advanced Studio 1 I Instructor: Mark Cottle
LE 04
4 THE SWARM
OF CONTENTS
Media Modeling III I Instructor: Kurt Hong
05 06 5 THE CASCADE
Media Modeling III I Instructor: Kurt Hong
6 FLUTTER
Media Modeling III I Instructor: Kurt Hong
07
7 DESIGN - BUILD - TEST
Integrated Building Systems I Instructor: Noel R Flores
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Page 8-19
Page 20-33
Page 34-35
Page 36-37
Page 38-39
Page 40-43
Advanced Studio 1 I Society of Rooms I Exercise I LIGHT SPACE MATTER MODULATOR This exercise was a low-stakes, high-gain endeavor intended both as review of some basic design conventions and as provocation for design invention – reminders of the simultaneously material and ephemeral aspects of architecture.
In this case, the modulator was a composition of 8 individual pieces which could be assembled into different compositions, making it an interactive module to play around with.
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Advanced Studio 1 I Society of Rooms I Exercise I LIGHT SPACE MATTER MODULATOR
This exercise was a low-stakes, high-gain endeavor intended both as review of some basic design conventions and as provocation for design invention – reminders of the simultaneously material and ephemeral aspects of architecture.
For the second iteration, the materiality of the cardboard was explored as to how it could be broken down into making it a translucent lantern.
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Advanced Studio 1 I Society of Rooms I Exercise II THE PUZZLE
The puzzle is an abstract massing study for a hypothetical building. We concentrate on the relationships between rooms, and the patterns they create, as they interlock into a single smooth volumes.
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Desired Geometry
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VARIATION 1
4800 SQ. FT.
1200 SQ. FT.
375 SQ. FT.
4800 SQ. FT.
1200 SQ. FT.
375 SQ. FT.
4800 SQ. FT.
1200 SQ. FT.
375 SQ. FT.
4800 SQ. FT.
1200 SQ. FT.
375 SQ. FT.
VARIATION 2
VARIATION 3
VARIATION 4
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Building Components - Four "large" volumes, 4,800 square feet each - Four "medium" volumes, 1,200 square feet each - Four "small" volumes, 375 square feet each - Circulation system (when external to the 12 volumes)
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12’-0” 11’-0” 10’-0” 9’-0” 8’-0” 7’-0” 6’-0” 5’-0” 4’-0” 3’-0” 2’-0” 1’-0” Ground Level
A
Step 1
Detail at A The Procedure for Circulation through the Rooms
Step 2
Step 3
Step 4
Step 5
1. 20’ X 20’ Block out of 80’ X 80’ Grid. 2. Vertical and horizontal division along the cardinal points. 3. Diagonal Division at the intersection of cardinal points. 4. Level Raises up 1’ for movement across 20’ of floor space. 5. The grid in Z-direction divided into sub-grids every 3”. 6. The floor moves up in triangular surfaces and every 12” movement upwards is unique to its grid.
Step 6
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NW
SE
Circulation
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NW
NW
SE
SE
NW
1
5
2
6
3
7
4
8
Floor Plates and Volumes
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NW
SE
NW
SE
NW
9
10
11
12
Floor Plates and Volumes
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SE
SE
NE
NW
Section AA’
SE
Section BB’
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Advanced Studio I Society of Rooms I The Puzzle TRANSLATION FROM 0 TO 1
Stage II: Transition from pixel to 1
Stage III: Adding structural strategies
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Advanced Studio I Society of Rooms I The Puzzle TRANSLATION FROM 0 TO 1
Stage IV: Developing a module for the structure
Stage V: Evolving the structural strategy
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Advanced Studio 1 I Society of Rooms I Instructor: Mark Cottle HEALTH AND RECREATION CENTER Our program brief for a society of rooms involved a municipal gymnasium and health facility in downtown Atlanta, with all the things, including a basketball court, tennis court, swimming pool, yoga studios, exercise equipment.
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The concept involved to try to make a continous green path intertwining throughout the structrue making it transform into a vertical park
The entire complex is a park within itself, with the garden spaces being translated into ramps and stairs on multiple levels.
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The structure is designed to be a living organism that grows as it moves upwards similar to a tree. The columns translate into beams which further seamlessly translate into the floor slab making it one cohesive system from top to bottom.
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The longitudinal section across the Luckie Street explains the transition of structural loads from the top of the structure. The structure has been designed to act as a sculpture with pieces of wood interlocked with each other creating a waffle in the ceiling being translated into the columns.
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Workshop: Digital Site I Media and Modelling III THE SWARM This workshop aimed to incorporate the concept of a site in digital environment. In the first iteration of this object, a swarm of butterflies was chosen as the primary object getting attracted to a undulated plane.
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Workshop: Digital Site THE SWARM
THE PROCESS: Geometry: Butterfly, point, and surface Transformation: Create Surface, Divide, Filter lines on the surface randomly,attach geometry, randomize geometry, scale, copy, rotate Functions: Divide, Isotrim, Area, Cull, Random, Scale, Move, Vector, Vector 2 Pt, Rotate 3D
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Workshop: Digital Site THE CASCADE
This workshop aimed to incorporate the concept of a site in digital environment. In this iteration, a series of flowers from two points are getting attracted to the interior surfaces of a box.
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Workshop: Digital Site THE CASCADE
THE PROCESS: Geometry: Flower, point, and 4 surfaces Transformation: Create Surface,add point, Divide, Filter lines on the surface randomly,attach geometry, randomize geometry, scale, copy, rotate Functions: Divide, Isotrim, Area, Cull, Random, Scale, Move, Vector, Vector 2 Pt, Rotate 3D
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Final Project: Stage II I Media Modeling I Group Project FLUTTER
The initial motive of this project was to identify a site in the Hinman Building and create an installation that would cater to the site. We develloped a code to create dome-like structures in the park making them experiential.
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FLUTTER
INTERSECTION
TUNNEL Page I 39 I Georgia Insititute of Technology I Fall 2021
MOMENT RESISTING FRAMES Integrated Building Systems I Design-Build-Test I Group Project This project was an exercise where we gained a hands-on understanding of lateral force resisting systems called moment resisting frames. This exercise required us to construct a physical model of a 1:12 scale tower that is capable of resisting lateral loads. The task was to analyze and design the tower by performing calculations using visual analysis and hand drawings.
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Tower Dimensions: 10” x 10” x 70” Tower Weight: 6.9 pounds Total weight added to structure/Strength: 149 pounds Strength/weight ratio: ~21.6 Maximum deflection of your structure prior to failure: ~18.5 inches
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Moment Resisting Frames: The base of the tower has solid walls and measure 10” x 10” x 10”. We used 1/2” foam core floor plates (2 layers per floor) and foam core walls filled with Sika PostFix (expanded polyurethan resin) for extra support at the base. For the moment frame we used 1/2” x 3/4” wooden dowels. Plastic braces 26.5 mm x 26.5 mm (~1” x 1”) were bolted into the wooden dowels and the foam core plates for extra support.
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Hasrat Kaushal I M. Arch. II Georgia Insititute of Technology Fall 2021 hkaushal3@gatech.edu