Parametric Portfolio by Stevans Niuvianto

PARAMETRIK Dosen Kelas: Margaretha Sandi,S.Ars.,M.Ars. Dosen Pembimbing: Caroline Kurniawan, S.Ars Stevans Niuvianto / 315180142 Kelas B Jurusan Arsitektur Fakultas Teknik

INTRODUCTION Stevans Niuvianto

Education

Contents

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Interest

Contact

@ stevansniuvianto@gmail.com

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1. Fractal Geometry

Exploration of the Scaled

The concept of this parametric exploration is based by the shape of a fish scale. Fish scales are the small rigid plates that grows out of the skin of a fish. Scales vary enormously in size, shape, structure, and extent, ranging from strong and rigid armour plates in fishes. These scales protect the fish from the dangers of the sea.

The shape itself is more of a curved shape, repeating and overlapping each other creating a synergy of shapes. These explorations below are the result of various transformations of the fish scales.

Formula & Concept

Module Explorations

The exploration attempt to recreate the natural shape and order of the fish scale into a more structured, organized, ordered shapes and as a whole.

Explorations are based from 2 principles, Biomimicry and “Rocks All the Way Down.”

Biomimicry

Biomimicry is an approach on putting nature’s model and imitating it for us.

In this exploration, the steps are taken with this idea in mind.

Rocks All the Way Down Rocks all the way down is an expression of the problem “infinite regress.”

The idea is that the world is supported by chain of increasingly bigger world that continues indefinitely.

1. Module From a diamond shape, the shape is substituted to form a shape resembling the scale of the fish.

1. Exploration of the Scaled - Stevans Niuvianto

1. Fractal Geometry Module Explorations

2. Replicated and Rotated at 30° The shape is replicated and rotated creating “overlapping” shapes inspired by the nature of fish scales overlapping each other creating a radial geometry

3. Replicated and scaled 50% with the no.2 exploration at the center To support the “Rocks all the way down” formula, in process of creating never-ending look.

4. Exploration no.3 is replicated and scaled to fit in the empty gaps Creating overlaps and more structured and organized from the nature inspired shapes.

2. Exploration of the Scaled - Stevans Niuvianto

1. Fractal Geometry Module Explorations

5. Exploration no.4 is rotated at 90° Creating complex radial geometry with overlaps and visible structure and orders of the shape

6. Final Module Exploration Exploration no.5 is repeated, and the gaps between each fractals are filled withscaled down and rotated exploration number 5, creating a “never-ending” look in a structured, organized, and ordered way.

3. Exploration of the Scaled - Stevans Niuvianto

1. Fractal Geometry Exploration of the Scaled

4. Exploration of the Scaled - Stevans Niuvianto

2. Bridging 2D to 3D Form

Process

Wave Pavilion

The Paviliun uses variations gathered from the explorations of a fish scale. These variations are stacked onto each other. The model results in unique shadings and shadows from the small openings. It creates soft shadow, and unobstructive sunlight. Using aluminium as the material, it reflects the heat off the model, and creates a comfortable space under the paviliun.

Unique, Unobstructive Shading

Wave Pavilion

5. Pavilion Ombak - Stevans Niuvianto

3. Fractal Architecture

Pavilion Ombak

Concept

The Paviliun Ombak uses variations gathered from the explorations of a fish scale. These variations are simplified, and turned into diamond shaped aluminum panels with holes which is also gathered from the same explorations of a fish scale, creating unique shading. The overall shape of the Paviliun itself is shaped after its inspiration, the fish scale.

The Pavilion give homage to its location, a docking area for fishing boats with its shape, and a place of gathering, sitting or resting.

6. Pavilion Ombak - Stevans Niuvianto

3. Fractal Architecture

Site

Existing Activities on Site

Site Location

Gathering Jalan Tuna Raya, Penjaringan, Jakarta Utara

The site is at the dock area of Pelabuhan Perikanan Samudera Nizam Zachman. The area lacks of vegetation or greeneries. There are some stalls that functions as shelter from sunlight. On the west side is a docking area for fishing boats.

The absence of greenery in the sun-exposed site creates hot and uncomfortable atmosphere in the area. Lack of facilities for shelter and sitting creates the activity of sitting under any existing shadings such as stalls.

Take Shelter from sun

Resting

Activities for Pavilion

Sitting

Gathering

Resting

7. Pavilion Ombak - Stevans Niuvianto

3. Fractal Architecture

Structure

Exploded Axonometry

e

n bra

m

Me

Modul Panel

Frame

Inner Facade Panel

id

Gr

c

ru t S

l a r tu

S

l e e t

e m ra

F

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r ne

In

Detail

d

a ac

F

ne a eP

5 cm The overall structure is built with modular panel.

20

cm

2

m c 0

8. Pavilion Ombak - Stevans Niuvianto

3. Fractal Architecture

Process

Membrane 1.

2.

3.

Frame 1.

2.2.

3.

2D module

transformed to 3D curve

transformed to 3D surface

Created the overall shape of the paviolion which is inspired by the shape of a fish scale.

4.

Offsetting the surface for generating points on surface

5.

Using Paneling Tools to create a 20x20cm point grid

6.

Inner Facade Panel 1.

2.

2D module

transformed to 3D surface

Applying the 3D Grid Structural Steel Frame onto the points using Panel 3D Grid

Applying the Membrane onto the frame using Panel 3D Custom.

Applying the Inner Facade Panel onto the frame using Panel 3D Custom.

9. Pavilion Ombak - Stevans Niuvianto

3. Fractal Architecture Plan, Section, Elevation A

B

B

A

Plan

Top View

Section A-A

Elevation

Section B-B

10. Pavilion Ombak - Stevans Niuvianto