- Create a space for learning and education. focusing on storage and convenient for future studies
Preserve the excavation site for future study of mining methods. The railings are made of rope to match the harbour. The wooden structure is easy to dismantle.
PERSPECTIVE Excavator pit
- The excavation site was maintained to keep the hull in its original surroundings, making the ground structure a wood to minimize the effect of the area. Reduce the ingress of light by installing mirrors and making a grid frame.
CAFE OPEN VIEW OF EXCAVERTOR PIT TO SHRIMP FARM
PERSPECTIVE Exibition
- Area for public relations exhibitions in the province and telling the story of the Phanom Surin boat, both the ship's history and excavation.
STUDY ANTIQUE MATERIAL HISTORY OF EXCAVETOR PANORAMIC VIEW
PERSPECTIVE Exibition History of Excavetion
- An area for exhibiting the methods of excavation of ancient sites and methods of preserving or preserving objects. as well as being able to study the object model .All rooms are connected both internally and externally.
Interia -Antique storage room -Mast
PERSPECTIVE Antique storage room
- Area for storing excavated objects from ancient ships. which has been preserved in an environment that is close to the original . This is because the object may be damaged by the changing environment.
SECTION
SYSTEM IN PROJECT Humidity control - HEAT PUMP DEHUMIDIFCATION DRYING
WATER - Water treatment system by electrical stimulation
H-Proile Ø 300 mm. X 300 mm. Floor Beam H-Proile Ø 300 mm. X 300 mm.
PL 600 mm. X 600 mm. X 5 mm.
H-Proile Ø 300 mm. X 300 mm.
Concreate Foudation Ø 2.50 m X 2.50 m X 0.8 m
0.35
0.35
0.35
0.35
0.35
GROUND LEVEL-4.00m
J - Bolt Ø 10 mm
1.50
0.35
PL 300 mm. X 300 mm. X 5 mm.
H-Proile Ø 300 mm. X 300 mm. PL 300 mm. X 300 mm. X 5 mm.
0.60
0.60
0.35
I-Micropile Ø 300 mm.
0.35
0.35
0.35
0.80
Concreate Foudation Ø 2.50 m X 2.50 m X 0.8 m
I-Micropile Ø 300 mm.
SCALE 1 : 20
Rock layer
SCALE 1 : 20
Pl E° 2 mm. Pl E° 2 mm. J - Bolt Ø 10 mm
SCALE 1:5
TYPICAL SECTION
DETAIL SECTION
DETAIL SECTION
Treat light to mast
Blowe pipe Ø 1.00 m X 0.5 m X 0.01 m Out put - Blowe pipe Ø 1.00 m X 0.5 m X 0.01 m
Concreate 20.00
Metail deck Ø 2.70 mm In sulator Electric lamp
Concreate 20.00
Aluminium composite plate Ø 2.00 mm.
Temple glass 0.1
Foam board sheets Ø 5.00 mm.
Proof water wall
DETAIL SECTION Aluminium composite plate 2.00 mm.
concreate 20.00 cm.
Temple glass 1.00 mm
Aqua block aluminium Ø 5.00 mm X 5.00 mm X 0.5mm
metal plate 2.00 mm.
Concreate 15.00 cm.
Concreate 15.00
Temple glass 1.00 mm C profile 40.00 mm X 40.00 mm X 1 mm.
Aluminium composite plate 2.00 mm.
Proof glass wall
TYPICAL SECTION
Metal sheet
bolt Ø 3.00 mm bolt Ø 3.00 mm 3.56 1
2.11
17.27
1
3.80
1
1
1
control and service room -3.55 m
control and service room -3.55 m
1
1.61
1
2.19
1
1
1
1
3 control and service room -3.55 m
control and service room -3.55 m
1
3.56
4
1
4
4
4
3
1
SECTION A-A SCALE 1 : 200
6.60
1
5.70
20.25
64.11
2
5
4
1
6.48
4.36
6
1
3.20
3.91
4.18
8
7
4.17
10
9
11
1
Double Opening glass Door
2
Sliding glass Door
3
Single slice metal Door
4
Double Opening Metal Door
1
concreate wall
2
aluminium composite plate
3
isowall
4
glass wall
1
concreate floor
1
Fix window
2
Clerestory window
3
Ventilators
4
Sky light
5
Temple glass
aluminiumcomposite plate Ø 0.005
SCALE 1: 8
metal deck
SCALE 1: 50 3.56 4
2.11
1
1
4
17.27
3.80 1.61
1
Exibition Area +2.19 m.
1
2.19
Fiber glass UV film Ø 20mm Reflex lens Ø 2 mm
1
1 1
Reception Area +4.00 m
1
1
1
1
Exibition Area +0.20 m.
Metal sheet sky white Ø 2 mm. Reflex lens Ø 2 mm
Reflex lens Ø2 mm
4
3.56
2
3
1
1
3
control and service room -3.55 m
SECTION B-B SCALE 1 : 200
6.60
1
5.70
20.25
4.36
64.11
2
5
4
6.48
6
3.20
7
3.91
8
4.18
9
4.17
10
11
SCALE 1: 50 Fix
3.56
Rolling motor
2.11 1
3.80
Rolling
1 Reception Area +4.00 m
1.61 1
2.19
1
3.56
2 control and service room -3.55 m
SECTION C-C SCALE 1 : 200
1
steel rod Ø10 mm. WOOD FACADE Ø 5 mm.
2
Antique storage room -3.55 m
6.45
A
1
Exibition area +0.20 m
Main Entrance & Drop off +0.20 m
steel tube Ø 12.00 cm X 4.50 cm. X 0.10 cm.
Swing 1 way
17.27
3.35
3.70
B
C
10.30
D
7.66
E
3.69
F
2.94 6.82 92.61
G
H
6.82
I
7.30
7.12
J
K
6.60
L
5.00
M
SCALE 1: 10 N
SECTION
Light Attempting to direct light into the building in a proper direction, with the heavily concentrated side being reduced by a light filter element. On the shore with less concentration Make the light softer with different types of refraction.
Develop to design Designed for space to be able to learn with real antique from all parts of the building such as antiques, ancient ships, excavation sites, and ship masts. Connecting to the surrounding area that is shrimp farming so that the building has both the matter of indoor lighting and the view of surrounding scenery.
Facade Facade designed vertically and bent to allow the light to be refracted before entering the building and is a model from side and bottom of the boat .
USER & ZONING No charge
First floor plan
Second floor plan
Basement floor plan
Public Private Semi Private
Access areas are allocated for those who come to work in the early days to be comfortable. Staff access to the area will make it easier to move items while academics will be able to study the actual site and the exhibition area at the same time.
Phase P1
Exibition
Target group
Antique model Real antique model
Archiologis Escavertor
P3
Excavetion pit Finish to site museum
Tourist
Tourist Arcademic
P2
Activity
Staff
Exibition Excavation pit Antique model Real antique model Antique Boat Office room Control room
Arcademic
Archiologis
Escavertor
Staff
MASS DEVELOP Design goal - Create a space for learning and education. focusing on storage and convenient for future studies Preseve -
The excavation site was preserved by water change. regularly and also prevents light from entering the excavation area The use of wood as a structure around the excavation site made the area easily adaptable.
7 Connecting
6
Facade
Study & Seround
5 4 3 2 1
Exibition & History 6-7
Light pipe
Universal design
Escavetorpit
System1-2-3 - The first period was to try to create space to be able to It's easily accessible and connected, but it makes the interior spaces dead-end and doesn't take into account the context and surrounding areas.
Touris & 4-5 Excavetor pit - Developed to take into account the context and people who use it with the main interface being used universal design. And taking into account the study through the area along with the real picture, bringing the light pipe to connesting ourther area
- Taking into account the history of both the excavation area and the province in orderto pass on education Create a space for the province's various exhibitions that remain consistent with education along areas. Designing a design that corresponds to the learning through the area and the provincial context.
Table of contence Contence Cover Concept design Table of contence Lay out Mass develop User & Zoning Plan Section Typical section Foudation & System Perspective Elevation