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Computational design projects

Built projects:

 

Paper tube pavillion.(Assistant designer).

Bamboo bridge.(Assistant designer).

Muquarna.(Assistant designer).

Responsive facade.(Computational consultant).

Exhibition installation.(Principal designer).

 

Position : Assistant Designer .                       Paper tube pavillion.

Office : andblack design studio.

 

Site Location : Installation
Involved from explorations to execution.
Size of the structure : Width : 4 mts x 4.5mts
Logic : Weaving as a dynamic phenomenon
Materials : Papertubes
                   Wood for base.
Basic components: Papertubes of diameter 75mm., Length 290mm.
Total number of tubes : 4500.

                                                                                 

Paper tube pavillion . parametric design

Form exploration with finalised technique of weaving.

Physical model photographs

                                                                                 

Initial explorations.

Assembly :

Papertube with metal insert in some of them

Assembling the base

Weaving of single strip with SS cable.

Further weaving of these strips with eachother to create an adaptable and responsive surface.

Position : Assistant Designer .                       Bamboo bridge.

Office : andblack design studio.

 

Site Location :Kevdi, Surat Gujarat, India.
Mainly involved in design developement of the bridge.
Size of the bridge :
                              Span : 52 meters.
                              Width : Diameter.

Logic : Twisting of ellipses and shifting the central line of axis.
Materials : Bamboo for the rings
MS plates for the connecting details
Basic components : Ribs
                                  Connectors
Total number of Ribs : 28

                                                                                 

Physical model photographs

                                                                                 

Realistic renders

Detail exploration of the deck:

Deck Surface

80 mm thick sawn polewood

SHS 40 X 40 X 3.2 diagonals.

ISA Verticals 65 X 65 X 6 mm.

Engineered bamboo.
80mm X 10mm thk

80 mm Thick
sawn polewood

Plate P3.

480 X 200 X 10 mm.

Overlapping stress LAM.

Position : Computational consultant.             Muquarna.

Office : andblack design studio.

 

Site Location : Installation
Involved from explorations to execution of components.
Materials : MDF.

As a consultant the responsibility was to come up with such a script in
grasshopper that when used it takes just a modulated surface as an input.
The script generates the final design with a few flexible variables and also unrolls
each and every piece with their particular tags.
3d printing not being an option , the complete dependency was on laser cutting.

Each installation consisted of almost 100 geometries and each geometry consisted of 36 pieces.
Thus 3600 pieces for each installation was suppose to be unrolled and tagged to get
the laser cutting done.

                                                                                 

rear view of single module.

A single geometry. Profile is of Hexagon.
For tagging purpose all the pieces were given a particular name, to make it manageable in layers.
There are - main surfaces, upper surfaces, internal connectors, overlapping connectors. and triangles.
The range was of hexagons,

Chart explaining the order of tagging.

Diagram explaining the order of tagging.

First layer. Installation made out of mdf.

Second layer : A layer of putty applied onto it.

Final Output : Artists from the regional parts of India creating motifs and patterns on the structure.

Position : Computational consultant.             Responsive facade.

Office : Open Ideas.

 

Site Location : Residence in Surat, Gujarat, India
 

As a consultant on the facade, the responsibility was to come up with an
interesting hexagonal composition for the coverings on the walkway and

the upper volume, which was achieved by a logic of point attractor 

callibrated with the directions of sunlight.

                                                                                 

After a lot of iterations with mdf models.
This prototype was made with MS sheet, to understand the mechanism better.
This movement is suppose to be controlled by a light based sensor through an arduino board for this prototype.
Later a circuit board with more strength is suppose to be made.

The facade on the central volume was finalised to be a controlled facade with arduino based mechanism. which opens and closes alongwith the movement of sun.

Position : Principal Designer                          Exhibition Installation.

Office : Algo Design Studio.

 

Site Location : Gandhinagar, Gujarat, India
 

Client : Gopani Product Systems.

 

 

 

                                                                                 

An exhibition installation with the idea to explore triangulated surface as a horizontal overhead surface . The aim is to make it light weight and cost-effective.

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