Dd portfolio by devina citraramyaguna

Digital Design Portfolio Semester 1, 2018 Devina Citraramyaguna 917826 Joel Collins - Studio 15

(125, 25, 0)

Paneling Grid & Attractor Point

CONTENT

{Index Selection}

2.1

2.2

2.3

2.4

(60, -35, 194)

(157, 171, 43)

(64, -28, 78)

(157, 163, 0) (113, -24, 0) (Point Attactor)

Design Precedent

Paneling

Diagramming

3.1

(Curve Attractor)

(Point and Curve Attractor)

3.2 Generating

3.3

Ideas Through Process

(Point Attractor)

The Voronoi

3.4

Pavilion

+ Weaverbird

500

1500mm

email: dcitraramya@student.unimelb.edu.au

Education: 2017 - current 2016-2017

Bachelor of Design Trinity College Foundation Design

Work Experience: 2016

Skills: Rhino Grasshopper Unreal Photoshop Illustrator Indesign Fabrication

Kompas Gramedia Group

I came into the world of design only since I have become a student of The University of Melbourne. Therefore, the learning experience is something that motivates me in design. Throughout Digital Design subject, I have been introduced to a few new software and learned more on how to use the other software that were taught in previous semester. I learned how to analyse a precedent and how to create diagrams in accordance to my analysis through Module 1. On Module 2, I learned how to use a parametric software and create different outputs. I also learned about fabrication from digital design, including laser cut and 3D print. On Module 3, I learned to explore Rhino and Grasshopper also to use Unreal Engine for the first time. From the whole modules, I learned to pay attention on details, for instance the thickness of linework to create 3D effect. As a designer, I aspire to create spaces with respect of peopleâ&#x20AC;&#x2122;s experience within the space. For instance, how the circulation works and how the space could control the occupanciesâ&#x20AC;&#x2122; feelings. Also, I aspire to create a structure that respects the value of the site or the surrounding. For instance, on Module 3, I designed a structure that respects the values of the nature by using organic forms and natural material. Although I have learned new things from Digital Design, there are still limitations that I should improve. I should improve my presentation skill, software skills, including rendering, fabrication using 3D print, Grasshopper software, and Unreal Engine, also diagramming skill.

iMovie Word Excel PowerPoint

Diagramming Design Precedent

The steel structure,â&#x20AC;&#x2DC;Radixâ&#x20AC;&#x2122; by Aires Mateus, is located on the docks of Arsenal. It is designed in regards to the combination of historical content and modernity. One of the top corner is facing to the water, which implies the concept of continuity. In addition, the shadow casted on the ground creates a threshold to the structure and would give a sense of being inside the structure. The space that it creates is very open and freeflowing. Therefore, people could enter and exit the space from any direction and explore the space freely.

Water

1000

3000mm

Isometric of the precedent study

Precedent Remodelling Given the plan and section drawings to remodel the precedent in scale

The use of boolean tool

The intersecting volume

The contour lines of

The interior ceiling with

to intersect the prism with

is removed, creating a

the spheres are used

ribs detailing created by

the spheres

spherical interior

to create details of the

intersecting the contour

interior ceiling

lines with the interior surfaces

Internal Structure

Primary Circulation Space

Circulation paths

Threshold diagram

Circulation diagram

Generating Ideas Through Process

Task 1

Design Matrix

Lofts

1.1

1.2

1.3

(-25, 100, 150) (0, 131.25, 150)

(-25, 100, 150)

Key

1.4 (0, 90, 150)

(0, 150, 150)

{0,0,0}

(0, 120, 150)

(0, 60, 150)

Grid Points

(150, 150, 150)

(0, 6, 150)

(150, 30, 150)

(125, 60, 150) (125, 0, 150)

(150, 60, 150) (150, 45, 150)

(150, 30, 150) (150, 0, 150) (0, 0, 0)

(-25, 0, 0)

(125, 150, 0)

(0, 0, 0)

Attractor / Control Points (X,Y,Z) Attractor / Control Curves

(0, 105, 150)

(150, 120, 0) (0, 0, 0) (45, 0, 0)

(0, 0, 0)

(150, 150, 0) (150, 90, 0)

(150, 0, 0)

(125, 25, 0)

Paneling Grid & Attractor Point

{Index Selection}

2.1

2.2

2.3

2.4

(60, -35, 194)

(157, 171, 43)

(64, -28, 78)

(157, 163, 0) (113, -24, 0)

Paneling

(Point Attactor)

(Curve Attractor)

(Point and Curve Attractor)

(Point Attractor)

3.1

3.2

3.3

3.4

+ Weaverbird

Design Matrix for Task 01 10

Surface and Waffle The openings controls the intensity of light that could penetrate through the panels The hollow waffle structure allows interior space to be created

Solid panels create boundaries between the interior space and exterior

The waffle structure holds the panels in place and maintains their twisting shape Panels are smaller at the bottom right and increase in size towards the top left of the volume. 0

60mm

Computation Workflow

Exploration of different surfaces using two or more lines

Three dimensional panelling of the surfaces with the use of attractors to create different sizes of panels

The creation of waffle structure to hold the panels and maintain the curving shape

The laser cut consists of waffle structure and panels that are unrolled using Rhinoceros. Unrolling the panels would allow them to be fabricated, which means they can be printed two-dimensionally and be folded. Every unrolled panel is numbered in accordance to its source. Then, tabs are added to the unrolled panels in order for them to be connected when fabricating. The waffle structure is generated on grasshopper, including laying out each piece on XY plane. Then, the Make2D command is used on plan view to create curves out of the surfaces. All duplicate lines are deleted, then the others are assembled using laser cut template from FabLab.

Task 2

SOLID AND VOID The openings can be interpreted as an entrance to the internal space

The boolean intersection creates a column-like volumes, which support the overall structure

The void inside can be interpreted as a space that can be occupied by human

Intersections between geometries creates more complex shape

60mm

Design Matrix

Grid Manipulation

1.1

1.2

1.3

Key

1.4

{0,0,0}

Attractor / Control Points (X,Y,Z) Attractor / Control Curves Grid Points

Geometry Distribution

(Point Attractor)

2.1

2.2

2.3

2.4

(180, 120, 0)

(30, -80, 0)

(180, 120, 0)

Geometry Transformation

(Point Attractor)

3.1

3.2

3.3

3.4

Design Matrix for Task 02 17

Computational Process

The attractors are used to

The geometries are intersecting

move grid points of the cube.

the volume of the cube, creating

Therefore, each grid volume

a void inside it

would be different

A geometry that is created on Rhinoceros is used. The geometry is inside the grid volume and each geometry could have different sizes.

M2 Task 2 3D Printing

Photo of model capturing the interpretation of it being a structure that can be occupied with people.

For a model to be able to be 3D-printed, it has to be transformed into mesh then exported as a .stl file. Using MakerBot Print software, the file could be uploaded and the modelâ&#x20AC;&#x2122;s printing time and weight could be estimated. To minimise the cost of printing, the model should be oriented effectively. Therefore, less support material is wasted, which will also reduce the cost. After being estimated, the model is saved as a .makerbot file and can be submitted for 3D printing.

THE VORONOI PAVILION A pavilion that is created with a concept of nature yet still can be distinguished from the nature itself. Its form is organic and the interior walls are made of wood. It has matte steel plate cladding to create differentiation between the pavilion and the overall site. The stairs going down to the pavilion is designed with the intention of delivering a sense of welcoming and intimacy. The structure is not enclosed, therefore it creates a free-flowing space which allows visitors to go to the pavilion from any direction and to inhabit the space .

Isometric

The stairs differenciate the site from the pavilion itself. It gives a sense of drawing people into the pavilion It also provide sittings for the visitors.

The structure is created using two curvy surfaces, which the internal structure is split using boolean. It is made of steel to create a sense of statement, which makes the pavilion stands out among the site.

The internal structure is made of wood to embody the nature. It consists of veronoi shapes which give details to the structure, as well as the ground with the shadows detailing.

500

1500mm

Design Iteration

Surface creation using Grasshopper, created

Enclosing the surface to create a volume by

Creating intersecting spherical volumes to be

by lofting several lines,

creating a roof and a base.

use for creating an internal space.

Intersecting the original volume with the

The result after removing the intersecting part

Generating the roof, interior space and the

spheres using boolean tool.

of the boolean process.

thickness using Grasshopper and Weaverbird.

Computational Process The parametric for surface creation that is developed from Module 2 task 1. For Module 3, there are 7 lines used to create a continuous surface that acts as exterior of the structure

The Grasshopper script for creating voronoi roof and interior space. The result of the voronoi command is just surfaces. Therefore, Weaverbird is used for thicken up the surface.

Fabrication process

The part of model that is laser cut is the landscape. The repeated surfaces are based on the thickness of the material and the height of the model should be. The same shapes are aligned to make the laser cut process faster.

360 Image Output

Digital Design Semester 1, 2018 28