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INOM

EXAMENSARBETE ARKITEKTUR, AVANCERAD NIVÅ, 30 HP

STOCKHOLM SVERIGE 2020 ,

BALTICUM

ANTON ERIKSSON

KTH

SKOLAN FÖR ARKITEKTUR OCH SAMHÄLLSBYGGNAD

(2)

BALTICUM

Master Thesis 2020 KTH School of Architecture Stockholm

Anton Eriksson

Tutors: Ori Merom & Rumi Kubokawa

(3)

/59

I. DEFINTION 3

I. DEFINTION

II. HYPOTHESIS

III. FRAMING OF QUESTION

IV. METHOD

V. CONCLUSION

VI. SUMMARY

(4)

/59 4

EXPERIENCE

II. HYPOTHESIS

Inhalation Taste Perception & Observation Audio apprehension

(5)

/59 5

Merging the faculties of Art and Science through Architecture

II. HYPOTHESIS

Exhibition The Science

Community

(6)

/59

III. FRAMING OF QUESTION 6

How can an architectural experience help to increase awareness and encourage solutions for the Baltic Sea issues?

(7)

/59 7

I. SITE ANALYSIS II. SITE VISIT

III. RESEARCH & ANALYSIS

IV. METHOD

IV.

- Fragmentation as a Methodology - IV.

IV.

(8)

MARIEHAMN

L:a Båtskär

/59

I. SITE ANALYSIS 8

Sweden

Finland ÅLAND

IV.

(9)

S:a båtskär

Ryssklubb

Kummelpiken

Österbådan LILLA

BÅTSKÄR

/59

I. SITE ANALYSIS 9

IV.

(10)

/59 10

Lilla Båtskär

I. SITE ANALYSIS

IV.

(11)

/59 11 N

Existing Buildings: Various storages Renovation & New Additions

I. SITE ANALYSIS Situationplan

Harbour

The Science Community

Staff & Guest House

The Mine & Lighthouse

Incision ”Down Under”

Incision ”Elements”

IV.

(12)

/59 12

II. SITE VISIT

IV.

(13)

Arrival view of Lilla Båtskär Former iron ore mine and lighthouse

/59

II. SITE VISIT 13

IV.

(14)

Harbour of Lilla Båtskär consisting of extracted rocks from the mine Boathouse to right, storage to left and center

Abandoned shed

/59

II. SITE VISIT 14

IV.

(15)

Former lotsstation & Guest House View from harbour to the lotstation/guesthouse

/59 15

Old mine & Lighthouse entrance

II. SITE VISIT

View from Lighthouse Character of vegetation

Old radar

IV.

(16)

HISTORY. Old picture of the Harbour of Lilla Båtskär consisting of extracted rocks from the mine

/59

II. SITE VISIT 16

IV.

(17)

/59 17

III. RESEARCH & ANALYSIS

IV.

(18)

/59 18

Inputs of

structures, objects and elements serves as source of

inspiration

Extraction of fragments for further analysis

& visualization

III. RESEARCH & ANALYSIS

V.

(19)

/59 19

VOLUME STUDY

Spatiality of fragments and new concepts

III. RESEARCH & ANALYSIS

V.

(20)

/59 20

Materiality & Tactility Study FRAGMENTS

Local Red Granite Local Magnetite Dissolution of Mine Shaft W ater Reflections W ood Structure

III. RESEARCH & ANALYSIS

V.

(21)

/59

III. RESEARCH & ANALYSIS 21

UNIFICATION

Sequential Coordination of Volumes & Spaces

Pre-visualization of concept using the fragments

V.

(22)

/59 22

Separated incisions creating porosity

FRAGMENTATION ORGANIZATION of INCISIONS

DISSOLUTION of VOLUMES

V. III. RESEARCH & ANALYSIS

REPRESENTATION / SYMBOLISM

New unique experience

Reminiscent to the mine rocks that are scattered across the

island

(23)

/59 23

Physical analysis of volumes DESIGN PROCESS

A selection of several design studies - using circulation and shape of water as an representation method for the incisions

V. III. RESEARCH & ANALYSIS REPRESENTATION /

SYMBOLISM

(24)

Exterior of Shelter Pavilion Interior of Shelter Pavilion

Exterior of Shelter Pavilion

/59 24

Virtual analysis through illustration

- A selection of various concepts attached to nature, light, subtraction, interaction, structure, tactility

Early illustration of Shelter Pavilion at sea

VI. RESEARCH & ANALYSIS

Early illustration of the Science community

”Ripples on the water”-imprints above as below surface Underwater cinema Human footprint ”Staircase to hell” Early illustration of the Science community

REPRESENTATION /

SYMBOLISM

(25)

8.00 AM 10.00 AM 12.00 AM 14.00 AM 16.00 AM 18.00 AM 20.00 AM

N

/59 25

ARRANGEMENT of incisions due to solar analysis

V. III. RESEARCH & ANALYSIS

(26)

/59 26

Produced in Scale 1:500

TERRAIN ANALYSIS

Arrangement of Incisions

V. III. RESEARCH & ANALYSIS

(27)

I. PROGRAM II. EXHIBITION

III. THE SCIENCE COMMUNITY

/59 27

V. CONCLUSION

V.

V.

V.

(28)

/56

I. PROGRAM 28

The Tree of Composition

Architecture as a tool to enhance

the experience

Exhibition The Science

community

THE EXPERIENCE

The roots The trunk The branches

A new unique experience

V.

The result of the Process

/59

28

(29)

/59 29

Direct Influence. Strengthened collaboration

within the Baltic region REACTION & IMPACT

Indirect Influence. Unique experience - greater awareness

among the public generates pressure on authorities

Basic prerequisite for the project, enhances the experience through

challenging architecture.

Encourage visit

V.

Exhibition

The Science Community

Architecture

I. PROGRAM

(30)

/59 30

II. The Exhibition

V.

(31)

/59 31

Human influence

Pollution

Nature

Architecture to amplify the experience

THEMES

Categorizing interdependent concepts clarifies the complex situation

II. EXHIBITION

V.

(32)

/59 32

HUMAN INFLUENCE - The Lighthouse

NATURE - ”Elements”

POLLUTION - ”Down under”

The Baltic Sea Vertically

INCISIONS

Utilizing a vertical interpretation of the Baltic Sea as a method to organize the themes into layers

II. EXHIBITION

V.

(33)

The Light House & Old mine

/59 33

Human Influence

II. EXHIBITION V.

The two cylinders generates light inputs from all winds. Creating a battle between

light and shadow reflections to cover the curved walls. I take a few steps forward and a distant and intriguing light from the

water-filled mine shaft appears.”

(34)

/59 34

Interior wood structure

Top floor, concrete modules for elevator

Ocean view from the roof

II. EXHIBITION

V.

(35)

/59 35

Situationsplan

II. EXHIBITION

V.

(36)

Plan 0 Plan 1 Top floor

Section of the Island

/59

II. EXHIBITION 36

V.

(37)

Illustration of top floor Section of The Lighthouse

/59

II. EXHIBITION 37

V.

(38)

/59 38

Illustration of South facade

Illustration of Exterior North facade

II. EXHIBITION V.

Restore

Circulation

Perspective

Liquid

Light

Shadows

Reflections

Heritage

Tunnel

Spatiality

(39)

Elements

A strong breeze catches my hair while I gently balance myself further. The noise of

the sea hitting the cliffs and the gurgling sound of the sea gulls surrounds me. I step out onto the red clad pavilion, mounted on

a rigid grid pattern with wooden ribs shaped in various soft curves”

/59 39

Nature

II. EXHIBITION V.

(40)

/59 40

Location of the Site Situationsplan

II. EXHIBITION

V.

(41)

/59 41

Isometric perspective

II. EXHIBITION V.

MATERIALITY

& REFERENCES

Wood framework

Red granit from site

Repetition Reflective Liquid Spacious Tactility

Transparency Light

Structured

Curved

Air

(42)

/59 42 Illustration facade elements

Plan Perspective

II. EXHIBITION

V.

(43)

Facade Perspective South

Facade Perspective West

Section Perspective

/59 43 Illustration facade

II. EXHIBITION

V.

(44)

Down Under

/59 44

Pollution

II. EXHIBITION V.

In resemblance to the shimmering water surface, the surrounding metal mesh glimmers just as when

the sea is illuminated by the sun’s rays and is constant in motion to

the sea breezes. Reminiscent to the low transparency below surface, the mesh spreads a soft light over the passage leading one

down below surface in a square formation.”

(45)

/59 45

Situationsplan

II. EXHIBITION V.

Repetition Reflective Liquid Spacious Tactility

Transparency Light

Movement Alteration Structured Mesh

Sound of underwater

(46)

Section

Axonometric perspective Entrance view

Interior

/59

II. EXHIBITION 46

V.

MATERIALITY

& REFERENCES

Metal mesh net

”Shou Sugi Ban”, burnt wood

Under water

surface structure

Local Magnetite

(47)

Plan

Roof plan

/59 47 Illustration facade

II. EXHIBITION

V.

(48)

Facade West Facade South

/59 48 Illustration of under water experience

II. EXHIBITION

V.

(49)

The Research Hub

/59 49

Future

III. THE SCIENCE COMMUNITY V.

Within the square ”shell”, the buildings are sheltered from all kind of wind, necessary for the glass facades and the light wooden framework they consist of. As I’m closing up on the larger building, the workstation, the old foundation appears, a remaining of

the former building that used to serve as home for the miners. Ones again the wooden strips makes themselves reminiscent

by covering parts of the facade to give one only enough of transparency. ”

(50)

/59 50

The old sleeping cabins Location

III. THE SCIENCE COMMUNITY

V.

(51)

/59 51

Old concrete foundation being reused for the new science community

III. THE SCIENCE COMMUNITY

V.

(52)

/59 52

Situationsplan Old footprint New footprint

Foundation demolished

Foundation remains

III. THE SCIENCE COMMUNITY

V.

(53)

Facade South

Facade North

/59 53 Illustration Facade West

III. THE SCIENCE COMMUNITY

V.

(54)

/59 54 Illustration Yard

Plan

Open workstation

Aqua Micro Lab & Sample

Conference

Storage

W aste Deposit

III. THE SCIENCE COMMUNITY V.

W aste Deposit

(55)

/59

III. THE SCIENCE COMMUNITY 55

V.

Facade West

Facade East

(56)

/59 56

Illustration East facade

III. THE SCIENCE COMMUNITY V.

Solid Reuse Light Spacious Tactility

Transparency

Structured

Permeability

Adaption

(57)

/59 57

The Staff &/ Guest House

Former Lotsstation & Guest House

(58)

Plan

Staff & Guest House

/59

III. THE SCIENCE COMMUNITY 58

V.

(59)

/59 59

Elements The Lighthouse Down Under The Science Community

VI.SUMMARY

(60)

/59 60

BALTICUM

Master Thesis 2020 KTH School of Architecture Stockholm

Anton Eriksson

Tutors: Ori Merom & Rumi Kubokawa

References

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