KIAM MAJZELS
ARCHITECTURE
PORTFOLIO
Architectural Designer | Curious Learner | Adventure Seeker
I’ve always traveled a lot in my life and built myself upon that. Those life experiences helped me to grow as a creative, social and a hard-working individual. I have the ability to think out of the box. I truly believe that it is a strength in situations where a creative solution needs to be discovered. I’m reliable and possess very good problem solving skills that source from the diverse life experiences in different parts of the world and different career domains. I am used to working under pressure and I am able to adapt quickly and easily to new environments and overcome new obstacles. I truly believe that the enthusiasm and self-motivation help me move forward in life. Currently I’m part of an international class at Københavns Erhvervsakademi (KEA) Bachelor’s program of Architecture and Construction management. We’re learning the full process of construction from a single family house to thousands square meters buildings. As construction architects we’re supposed to manage a whole team, hence I’m hale to create or follow a schedule and I can take some decisions on my own. I’m also really comfortable with team work since it’s the biggest part of my education. This bachelor last 3 years and a half
KIAM MAJELS
KIAM MAJZELS
Student | Architectural Designer
PHONE : 27 14 14 98 | ADRESS : REFSHALEVEJ 161 A 1. V2 E-MAIL : KIAMJZ@ICLOUD.COM
STUDENT LANGUAGES FRENCH
CONTACT
PHONE : 27 14 14 98 ENGLISH ADRESS : REFSHALEVEJ 161 A 1. V2 E-MAIL : KIAMJZ@ICLOUD.COM
INTERPERSONAL SKILLS
TEAMMY WORKEPERIENCE I've PLANNING always traveled a lot in my life and built myself upon that. I'm creative, social and INDEPENDENCE hardworker. I might think out of the box sometimes but I believe it is a strength in various situations. I'm reliable and possess very good problem solving skills. As well as SOFTWARE SKILLS using my own initiative I work well with others and consider myself as a mature REVIT team player. I strive under pressure and adapt quickly to MS PROJECT new obstacles and environments. My enthusiasm and self-motivating character PACK OFFICE allows me to be successful.
PROFESSIONAL SKILLS Software : Revit, MS project, Pack Office GENERAL SKILLS Team work, planing, autonomy, DRIVER’S LICENCE creativity HIGH CREATIVITY Driver licence
LANGUAGES French (native)
INTERESTS English (fluent) - TOEFL 100/120 Science, Design, Renders, Video MAIN INTERESTS Economy, Entrepreneurship Reading, Drawing, DIY Skate, Bouldering, Swiming, Science, Design, Renders, Video Hiking, Economy, Entrepreneurship Camping, Skiing
Reading, Drawing, DIY Skate, Bouldering, Swiming, Hiking, Camping, Skiing
EDUCATION
PROFESSIONAL EXPERIENCE
BACHELOR OF MATHEMATICS AND INFORMAT-
Fruit and Vegetable Seller University of Montpellier(Vallouise | 2019-2020 01/07/2017 - 31/07/2017 market, France)
Montpelier
•BACHELOR Stand installation • Stand organisation OF ARCHITECTURE AND • Customer service • Stand storage
CONSTRUCTION MANAGEMENT
Københavns Erhvervsakademi (KEA) | since 2020 Waiter in a Bar/Restaurant
Copenhagen
01/07/2018 - 31/08/2018 (Restaurant "La Marmotte", France)
PROFESSIONAL EXPERIENCE
• Customer service • Taking orders • Dressing tables • Dessert and drink preparation • Ice cream service • Cleaning the dishes
VALLOUISE MARKET, FRANCE
France
Fruit and Vegetable Seller| 01/07/2017 - 31/07/2017 | Crew on a sailing boat Responsibilities: Stand installation/organisation | 04/08/2019 – 10/08/2019 (Dream Yatch Charter company, Perpignan - Sardinia) Customer service | Stand storage
• Loading the boat • Check list verification • Following capitain's orders • Night shift
RESTAURANT “LA MARMOTTE”, FRANCE
France
Waiter in a Bar/Restaurant | 01/07/2018 - 31/08/2018 Operator in a Customer sawmillservice | Dressing tables Responsibilities: 15/06/2020 - 31/07/2020 (Barbarie Palox, France) | Dessert and drink preparation | Ice cream service | the dishes •Cleaning Planks planing • Planks nailing • Pallet assembly • Chain monitoring / supervising • Planks cuttingCOMPANY • Cleaning • Chain repairsSardinia DREAM YATCH CHARTER Crew on a sailing boat |04/08/2019 – 10/08/2019 |
UNIVERSITY EDUCATION Responsibilities: Loading the boat | Check list verification | Following capitain’s orders University of Montpellier
Bachelor of Mathematics and Informatic applied to social science, 2019 - 2020 -DREAM I quit after one year, this education wasn't for me even though I had good grades. France YATCH CHARTER COMPANY
Operator in a sawmill |15/06/2020 - 31/07/2020 Københavns Responsibilities: Erhvervsakademi Planks planing/nailing |(KEA) Pallet asBachelor of Architecture and Construction Management, August 2020 - Today sembly | Chain monitoring/repair | Planks cutting
- I'm part of an international class. We're learning the full process of construction from P R Ofamily J E Chouse T S to thousands square meters buildings. As construction architects single we're supposed to manage a whole team, hence I'm hable to create or follow a schedul CARPENTRY and I can take some descisions on my own. I'm also really comfortable with team work since it's the -biggest part of my education. This bachelor last 3 years and a half. 01/06/2019 31/O8/2019
Calculation, design and fabrication of a Norvegian Bath
PROJECTS ARCHITECTURE
Carpentry Designing a tiny house at an early stage in Copenhagen. 01/06/2019 - 31/O8/2019 selling Calculation, and by fabrication of a Norvegian Bath. Provide a presentation the idea,design assessed the teachers Architecture Creating a full single family house ( ~ 130 m² of living area) | Based on 24/08/2020 - 14/09/2020 a tinyselling house speech at an early stage in Copenhagen. the Kingo houses design | Designing Assessed final
Provide a presentation selling the idea, assessed by the tea
21/09/2020 - 12/01/2021
Creating a full single familly house ( ~ 130 m² of living area). Based on the Kingo houses design. Assessed final selling sp
CONTENTS 01 KINGO HOUSES 02 RÆKKE HUS ARTILLERIVEJ SYD 03 ECO VILLAGE 04 THE URBAN LANDSCAPE 05 RUST GALLERY 06 GARDEN TOWER
06-11 12-17 18-25 26-29 30-35 36-39
YEAR: 2020 | LOCATION: DENMARK | BUILDING: SMALL SCALE RESIDENTIAL | TYPE: ACADEMIC
03
KINGO HOUSES FROM DESIGN TO CONSTRUCTION DRAWINGS Casa a schiera is a residential project design, created for a complex in Napoli. The main idea was to design sustainable housing without upsetting the environment around. The materials used were chosen after studying the ones used in other historical buildings in the area, trying to use new materials in a more sustainable way, but keeping the aestethic perception in tact. The concept was inspired by Kengo Kuma and Le Corbusier minimalistic houses project.
The design of the plan is a in an European way made by 2 same plans slided and conception in the on the side on four pillars arrangement of them. each trying to take the best from the rules of the minimalistic architecture wirhout exceeding in it. The house has the spaces and the divisions of a tipycal japan house but
6
7
Site Plan 8
Section C-A
Section 1-3
East elevation
9
Key junction 3d model: wall to deck The design of the plan is a in an European way made by 2 same plans slided and conception in the on the side on four pillars arrangement of them. each trying to take the best from the rules of the minimalistic architecture wirhout exceeding in it. The house has the spaces and the divisions of a tipycal japan house but
10
Top door key junction 2
Top Door Key junction 1:5
Rebars ⌀10mm Reinforced Concrete Lintel
Damp proof Joint Door Frame
200
Swedoor Exterior Door, Interior Wraping
Door Frame
Swedoor Exterior Door, Interior Wraping
Steel Step 1:50
Treshold Wooden Cover
Steel Treshold Trench Drain 102
Drainage Pipe ⌀50
Project name:
Kingo Houses 1I Group 5
Enter address here CLIENT
1
Sheet name: 2D
Bottom Door Key Junction
Door Key Junction
Drawn by: Author
1:5
Checked by: Checker
Drawing n
A502 Approved by: Approver
ARCHITECTS LANDSCAPE ARCHITECTS ENGINEERS
Bottom door key junction B 108 10
200
100 6
A501
Aereted Concrete Plaster
Mortar Brick Air layer Rockwool Damp-Proof Course
Wooden Planks Acoustic membrane Damp-proof membrane Screed Reinforcement d=6mm
8
Top of Foundation
Concrete Slab
Skirting Board
15
200
Paint
Radon Membrane
200
100
150
50
0
Render
Rigid Insulation
Plinth ( LECA Block )
1000
200
Graduated Size Gravel
ø 100
600
100
Cast in Place Concrete
Drainage Pipe
-1000
Sand
ope 5% Sl Project name:
Kingo Houses 1I Group 5
Project Proposal
Enter address here CLIENT
Sheet name: 2D
Foundations Key Junction
Drawn by: KM
Bottom of Footings
Graduated Size Gavel
Checked by: LM
Approved by: ML
Drawing nr.:
Rev.nr.:
A501 SCALE:
1 : 5 DATE:
12/18/20
ARCHITECTS LANDSCAPE ARCHITECTS ENGINEERS
Foundation key junctions 11
SCALE:
YEAR: 2020 | LOCATION: | BUILDING: SMALL SCALE RESIDENTIAL | TYPE: ACADEMIC
RÆKKE HUS ARTILLERIVEJ SYD
04
RESIDENTIAL DEVELOPMENT
Albergo diffuso a Frigento , is an architectural project made for a revaluation of an entire semiabandoned small town in the countryside of Italy. During the years.always.more people went away from this town to reach bigger metropolitan areas and the town passed from a popularion on 10 000 to 3 000 in only 20 years , leaving the.majority of the building in disuse.
The purpose of the project was that of create and design a widespread hotel in the town , creating a 360 degrees experience for customers enhancing the main qualities of the town as the great cultural and artistic, architectural heritage to the breath taking landscapes and the culinary traditions. For the project i did a study about the architectures milestone of Alberto
12
Campo Baeza , Alvaro Siza and Rafael Moneo trying to develop a clean and monumental project using tipycal stones and woods of the region, creating a concept which can be seen as art landscape installation with a free and clean plan and.
Visualization
13
Key visualizations
14
Section 1
Floor plans
15
C r ow n W a l l
2I_I6_K09_H5_E1_N501
14• Cement chipboard 15• Rigid insulation 16• Steel flashing 17• Wood plate 18• Joint 19• Wallplate 20• Ventilation cavity 21• Insect/bird net 22• Brick 23• Air gap 24• Soft insulation 25• Lightweight concrete 26• Wall ties 27• Rebars ⌀10 9
18 19 16
45
15 14 13
10
11
12
500
25
8
0
17
150
1• Hollow core deck 2• Vapor barrier 3• Rigid insulation 4• Rigid insulation 5• Cast in place concrete 6• Asphaltic paper 7• Drainage plate 8• Roots barrier 9• Soil 10• Plant - Grass 11• Gravel 12• Triangle sill 13• 2x Asphaltic membrane
23 24
65
25
1:4
Brick Wall U-value = 0.12W/m².K
170
200
Flat roof U-value = 0.12W/m².K
20 21
22
300
G r e e n R oo f
E1_First Floor
220
140
2650
26 7 6
5
3 2
4
27
1
150
R e f e r e n ce s :
30
108
Project name:
SBI 273 SBI 253 BR18
Række Hus Artillerivej Syd
Tender Design
Adress : Artilerivej Syd CLIENT
Sheet name: Green
Roof Crown
Drawn by: KM
Green Roof - Crown
2
200
Drawing nr.:
Rev.nr.:
2I_I6_K09_H5_E1_N501
Checked by: AR
Approved by: LM
SCALE:
As indicated DATE:
04/22/21
ARCHITECTS LANDSCAPE ARCHITECTS ENGINEERS
1:5 1:40
20
21
17
18
16
22
19
15
20
17
23
22
19
15
25
24
14
13
21
18 16
14
SBI 273 SBI 265 BR 18 www.hanoverpavers.com pro-railing.dk www.mcmaster.com
1
1:40
150
150
Re f er e n c e s:
01
2I_I6_K09_H5_E1_N505
23
25
30
80
25
27
28
45
1:40
1:40
200
170
31
3
32
33
200
E1_First Floor
34
45
1 Flat Roof U-value = 0.12W/m².K
26
205
45
10
65
2650
35 36 200
2
20
45
45
5
12
180
9 6
4
29
11
250
35 25 30
8 7
170
1• Hollow core deck 2• Rebars ⌀10mm 3• Vapor membrane 4• Rigid indulation slope 1:40 5• 2 x Asphaltic paper + waterproof memb. 6• Drainage plate 7• Root barrier 8• Sedum - moss 9• Gravel - fire ballast 10• Cant strip 11• 3 layers asphaltic paper 12• Steel profile 100 x 40mm 13• Waterproof membrane 14• Cement chipboard 20mm 15• Screw sealed w. waterproof memb. 55mm 16• Rigid insulation 60mm 17• Screw sealed w. waterproof memb. 30mm 18• Pine beam 25 x 60mm 19• Soft insulation 20• Zinc flashing 21• Top handrail profile 22• Glass panels 2 x 10mm 23• Balustrade fixation 70 x 170mm 24• Flexible joint 25• Anti-return bolt + structural sup. screw 40mm 26• Prefabricated concrete element 27• Rigid insulation 28• Padestal support (adjustable) 29• Oak beam 80 x 70mm 30• Oak flooring 150 x 25mm 31• Rebars ⌀10mm 32• Anti-return bolt + structural sup. screw 40mm 33• Rigid insulation slope 1:40 34• Angle bracket support - steel 35• Element glue 36• In situ concrete edge cast
500
220
F l a t r o o f + p a r t y wa l l + T e r r a c e
180
13
65
150
130
Roof Terrace U-value = 0.09W/m².K
150 Project name:
Række Hus Artillerivej Syd
Tender Design
Adress : Artilerivej Syd CLIENT
Sheet name: Flat
1
Flat roof - Terrace 1:5
Detail drawings
16
roof - roof Terrace
Drawn by: KM ARCHITECTS LANDSCAPE ARCHITECTS ENGINEERS
Checked by: AR
Drawing nr.:
Rev.nr.:
2I_I6_K09_H5_E1_N505 Approved by: LM
SCALE:
As indicated DATE:
06/01/21
Ref e r e n c e s:
27
28
25
29
23
30
22
155
150
80
40
Terrace balustrade
7
39 38 35 60
SBI 273 65 Roof Terrace 2I_I6_K09_H5_E1_N503 36 U-value = 0.09W/m².K SBI 265 BR 18 37 www.hanoverpavers.com 150
Drawing nr.:
Approved by: LM
SCALE:
200
05/23/21
Project name:
Adress : Artilerivej Syd CLIENT
Sheet name: Roof
Terrace balustrade
Drawn by: KM
Checked by: AR
23 24
25
SBI 273 2I_I6_K09_H5_E1_N503 27 SBI 265 BR 18 www.hanoverpavers.com
18
50
As indicated DATE:
25
19 16
22
20
17
150
45
SCALE:
1:40
150
21
23 24
25 26 27
28
1:40
12
E1_First Floor 2650
30 400
11 7
100
Approved by: LM
28
13
8
Rev.nr.:
2I_I6_K09_H5_E1_N504
Re26 f e r e n ce s : 20
14
9
Tender Design Drawing nr.:
ARCHITECTS LANDSCAPE ARCHITECTS ENGINEERS
10
6
108
Rev.nr.:
As indicated DATE:
22
B1
15
285
30
Tender Design
150
Række Hus Artillerivej Syd
19
11
8
40
2I_I6_K09_H5_E1_N504
Checked by: AR
200
9
E1_First Floor
34
5%
R108 e f e r e n ce s :
21
CLIENT
13
12
200
225
1
20
14
12
140
30
Række Hus Artillerivej Syd
21• Oak flooring 150 x 25mm 22• Pine beam 80 x 70mm 23• Cement chipboard 8mm 24• 3 layers asphaltic paper 25• Pedestal support 26• Cant strip 27• 2 layers aphaltic paper 28• Rigid Insulation 400mm 29• Cant strip 30• Bolt and nuts 190 x 10mm 31• IPE steel beam 120 x 65mm 32• Cast in place concrete
11
200
200
ARCHITECTS LANDSCAPE ARCHITECTS ENGINEERS
33
41
36
Adress : Artilerivej Syd Sheet name: Roof
10
3
200
45
10
deck 0.43W/m².K
60
2
Drawn by: KM
20
45
35
Project name:
E x t e r n a l W a ll
2I_I6_K09_H5_E1_N504
15 13
2650
240
60
150 285
9
5
4
20
1• Hollow core deck 2• Rebars ⌀10 3• Rigid insulation 4• Rebars ⌀6 5• Screed 6• Rigid insulation 3mm 7• Expansion gap 8• Skirting board 9• Oak plank 150 x 20mm 10• Pine beam 45 x 45mm 11• Edge Insulation 12• Fiber board 13• 2 x Leca block 14• Vapor membrane 15• Pine beam 45 x 22.5mm 16• Pine wallplate 190 x 30mm 17• Soft Insulation 190mm 18• Sliding glass door 19• Flashing fixed underneath door 20• Plastic foil adheasieve
2650
6
B1
HC + Stairs
32
14
39
Crown + External Wall
1• Hollow core deck 20• Screw sealed w. waterproof membrane 30mm 2• Vapor memebrane 21• Pine beam 25 x 60mm 3• Rigid insulation 22• Rigid insulation 60mm 4• Rigid indulation slope 1:40 23• Pine beam 25 x 70mm 5• 2 x Asphaltic paper + waterproof membrane 65 24• Soft insulation 200mm 6• Padestal support (adjustable) Roof Terrace25• Top plate cement chipboard 7• Oak beam 80 x 70mm 26• Zink flashing U-value = 0.09W/m².K 8• Oak flooring 150 x 25mm 27• Joint 9• Drain leaf guard 28• Wallplate 20 x 108mm 10• 3 layers asphaltic paper 29• Damp proof course 11• Cant strip 30• Insect/bird net 37 12• Waterproof membrane 31• Air cavity 30mm 13• Steel profile 100 x 40mm 32• Bricks RT 602 innova 14• Cement chipboard 20mm 33• Mortar 12mm 15• Screw sealed with waterproof membrane 55mm 34• Flexible sealant 16• Flexible joint 150 35• Gutter pipe ⌀60mm 17• Balustrade fixation 170 x 70mm 36• Pipe fixing screw 50mm 18• Glass panels 2 x 10mm 37• Rebars ⌀10mm 19• Top handrail profile 38• Insitu concrete edge cast 39• Element glue 40• Anti-return bolt + structural sup. screw 40mm 41• Angle bracket support - steel
15
70
25
40
38
16 Terrace balustrade 2 1:5 17
Brick Wall U-value = 0.17W/m².K
31
80
ck brane 45 x 22.5mm ate 190 x 30mm on 190mm s door ed underneath door dheasieve
200
18
24
17
180
tion 3mm ap rd 50 x 20mm balustrade 45 x 45mm tion
30
22
34
1:40
H C + T e r r a ce
29
16
E1_First Floor 7
140
1
8
5%
200
2
21• Oak flooring 150 x 25mm 22• Pine beam 80 x 70mm 23• Cement chipboard 8mm 24• 3 layers asphaltic paper 25• Pedestal support 26• Cant strip 27• 2 layers aphaltic paper 28• Rigid Insulation 400mm 29• Cant strip 30• Bolt and nuts 190 x 10mm 31• IPE steel beam 120 x 65mm 32• Cast in place concrete
tion
250
50
40
40
240
40
E x t e r n a l W a ll
deck
150
41
21
18
41
220
rs
12
27
28
23
150
50
30
4
E1_First Floor 2650
29
5
29
220
3
2
31
140
1
200
31
140
200
x 70mm
11
26
1:40 25
45
10
3
220
m m rproof membrane 55mm
9
5
4
20• Screw sealed w. waterproof membrane 30mm 21• Pine beam 25 x 60mm 22• Rigid insulation 60mm 23• Pine beam 25 x 70mm 24• Soft insulation 200mm 25• Top plate cement chipboard 26• Zink flashing 27• Joint 28• Wallplate 20 x 108mm 29• Damp proof course 30• Insect/bird net 31• Air cavity 30mm 32• Bricks RT 602 innova 33• Mortar 12mm 34• Flexible sealant 35• Gutter pipe ⌀60mm 36• Pipe fixing screw 50mm 37• Rebars ⌀10mm 38• Insitu concrete edge cast 39• Element glue 40• Anti-return bolt + structural sup. screw 40mm 41• Angle bracket support - steel
C1
33
200
225
Crown + External Wall
12
19
9 2I_I6_K09_H5_E1_N504
20
6
1:40
13
14 11
10
32
SBI 273 SBI 265 BR 18 www.hanoverpavers.com pro-railing.dk 20www.mcmaster.com
15
60
80
9
Brick Wall U-value = 0.17W/m².K
31
Ref e r e n c e s:
7
200
m
24
16
25
8
25
40
150
40
:40 aterproof membrane table)
17
70
250
41
80
21
18
150
20
180
12
26
1:40
400
11
C1
50
10
19
9
150
155
SBI 273 SBI 265 BR 18 www.hanoverpavers.com pro-railing.dk www.mcmaster.com
32 Project name:
3
2
1
First floor deck U-value = 0.43W/m².K
Roof Terrace U-value = 0.09W/m².K
Række Hus Artillerivej Syd
32
CLIENT
Project name:
Sheet name: Living
room - roof Terrace
1
Living room - Terrace 1:5
Drawing nr.:
Checked by: LM
Rev.nr.:
2I_I6_K09_H5_E1_N503
Række Hus Artillerivej Syd Drawn by: KM
Roof Terrace U-value = 0.09W/m².K
Tender Design
Adress : Artilerivej Syd
Approved by: OV
SCALE:
As indicated DATE:
05/18/21
ARCHITECTS LANDSCAPE ARCHITECTS ENGINEERS
Tender Design
Adress : Artilerivej Syd CLIENT
Sheet name: Living
room - roof Terrace
Drawn by: KM
Living room - Terrace
Checked by: LM
Drawing nr.:
Rev.nr.:
2I_I6_K09_H5_E1_N503 Approved by: OV
SCALE:
As indicated DATE:
05/18/21
ARCHITECTS LANDSCAPE ARCHITECTS ENGINEERS
1:5
Detail drawings
17
05/23/21
YEAR: 2020 | LOCATION: DENMARK | BUILDING: SMALL SCALE RESIDENTIAL | TYPE: ACADEMIC
03
ECO VILLAGE FROM DESIGN TO CONSTRUCTION DRAWINGS Casa a schiera is a residential project design, created for a complex in Napoli. The main idea was to design sustainable housing without upsetting the environment around. The materials used were chosen after studying the ones used in other historical buildings in the area, trying to use new materials in a more sustainable way, but keeping the aestethic perception in tact. The concept was inspired by Kengo Kuma and Le Corbusier minimalistic houses project.
The design of the plan is a in an European way made by 2 same plans slided and conception in the on the side on four pillars arrangement of them. each trying to take the best from the rules of the minimalistic architecture wirhout exceeding in it. The house has the spaces and the divisions of a tipycal japan house but
18
19
20
Floor Plans
Elevation
21
220
06
Base plate
82
Base plate
620
82
06
82
82
620
82 82
82 82
82
82
AB0
M16 Anchor bolts 8.8 520 x 180 4 Schedule65 forx one Grouting 30 point foundation 1
7500 x 220 x 220 2 12
Code
Type
Dimensions
HD0
HD 220
7500 x 220 x 220 2
SP0
Galvanized steel plate 200 x 70
AB0
M16 Anchor bolts 8.8 520 x 180
76
Weland
38
Weland
152
Kdfasteners M16 8.8
38
-
Quantity Count
AF
AE
manufacturer
Stirups ⌀16 Leveled grouting
Weland
Weland 4 152 Kdfasteners M16 8.8 Schedule for one point foundation Grouting 65 x 30 1 38 Dimensions Quantity Count manufacturer
Type
38
HD0
HD 220
76
Weland
SP0
Galvanized steel plate 200 x 70
12
38
Weland
AB0
M16 Anchor bolts 8.8 520 x 180
4
152
Kdfasteners M16 8.8
-
Grouting
1
38
-
7500 x 220 x 220 2
65 x 30
AF
AE
Concrete C25Stirups ⌀13 50
560 82
Stirups ⌀16
50
group 6
Stirups ⌀13 50
82
82
82
82
-
76
12
50
620
Base plate
82
82 82
50
900
800
50
82
1:5 Section point foundation 82
50
Stirups ⌀13 Concrete C25
82
50 82
50 13 16
50
Code
50
82
Stirups ⌀16 Leveled grouting
82
50 900
800 13 16
220
50
800
Galvanized steel plate 200 x 70
50
50 13 16
Concrete C25
220
900
HD 220
SP0 -
Leveled grouting
50
HD0
RevISION:
50
560
50
82
Rev. Date:
82
group 6 PhASE: Tender Design
Project:
1:5 Section point foundation 50
50
50
82
50
50
ECO village
Address:
1:5 Anchor and rebars
STIGSBORG
Client: RevISION: ECO village LLC
560
drawn by: Rev. Date:
50
checked by: PhASE:approved by:
KM
AR
LM
group 6Tender Design
date: Project: 10/12/2021 21:45:55 ECO village
1:5 Section point foundation
scale: Address: As indicated
1:5 Anchor and rebars
STIGSBORG
1:5 Foundation column
drawing name: Client:Column foundation KJ ECO village LLC
Drawing number: RevISION: drawn by: KM 21A3IG6_K09_H5_Column foundation_1.02
checked by: Rev. Date: approved by:
Column foundation
AR
LM
date:
PhASE:10/12/2021 21:45:55 Tender Design
scale: Project: As indicated ECO village
1:5 Anchor and rebars
190
Column foundation KJ
Drawing number: 21A3IG6_K09_H5_Column foundation_1.02
35
20 20
20 20
drawing name:
35
35
1 550
Stirups ⌀16
1:5 Sections legend stringers foundation
900
900
Stirups ⌀13 group 6
400 RevISION:
90
240
80
Rev. Date:
90
Tender Design
16
Address: STIGSBORG
135
Client: ECO village LLC
35
220
Project: ECO village
220
240
400
81
PhASE: ø 20
16
drawn by:
KM
checked by:
AR
approved by:
LM
date:
400 scale:
10/12/2021 22:26:33
As indicated
Stairs foundation 22
LM
date:
1:5 Foundation column
1:25 Stairs foundation legend
Concrete pad C25 400x400x900
2) 1:2 technical section stringers foundation
AR
approved by:
As indicated
2
400
KM
checked by:
scale:
35
80
drawn by:
10/12/2021 21:45:55
Leveled grouting 240x240x20mm
80
Drawing number:
ECO village LLC
Galvanized steel plate 220x220x20mm
35
STIGSBORG
Client: 21A3IG6_K09_H5_Column foundation_1.02
8.8 Anchor bolts 600x20mm
55
drawing name: Address: Column foundation KJ
1:5 Foundation column
drawing name:
1)foundation 1:2 technical section stringers foundation 1:2 Technical plan view stringers to Stairs foundation KJ
Drawing number: 21A3IG6_K09_H5_Stairs foundation_1
23
24
Material list
Schedule for one plateau Type
Dimensions
Quantity
Count
Manufacturer
G0
Welded steel grate
3400 x 1900 x 19
2
84
Weland
C0
Adjustable steel clamp
100 x 135
14
588
Weland
3 Mount the steel grating with adjustable clamps
769
SB2
Code
1480 CA3
CA4
584
333
584 1:10 Walkway steel grating diagram
BA2
3400
BB3 C2
C3
C4
C5
Schedule for one plateau G1
Type
Type
SB0
HEB 180
7500 x 180 x 180
CA0
Clip angle bracket
200 x 70
BA0
Double tube brace angle 520 x 180
BB0
Stainless bracing bar
B
M12 Stainless bolt 8.8
Dimensions
Quantity
Count
7000 x 180 x 180
2
84
1540 x 50 x 50
6
2
1240 x 60 65 x 30
group 6
Bolt Material the listdouble tube brace angle beams to the main columns (HEB
C6
RevISION:
C7
Rev. Date:
PhASE:
07 6
5
Tender Design
Project:
Manufacturer
180
ECO village
HEB 50
C9
C10
C11
Address:
Weland
C12
C13
252
STIGSBORG
15
C14
Weland
G2
Client: ECO village LLC
50 10
Weld the perlines (HEB180) 1000 (HEB50) to 1000the main beams 1000 1000to assemble 1000the core of 1000 the walkway
2820
2
HEB 180
10
Material list
1:10 Walkway steel grating layout plan
HEB 180
50
C8
SB0
180
LB0
Dimensions
Gratting adjustable clamp
Welded steel grating 1780 x 3400
15
Code
Code
3400
BB4 C1
Schedule for one co
drawn by:
KM
checked by:
AR
approved by:
LM
date: 10/12/2021 21:30:59
HEB 50
scale: As indicated
1:2 Adjustable clamp instalation detail
drawing name: Walkway plateau production drawing 3/3
Drawing number: 21A3IG6_B03.4_K09_H5_Steel Walkway_1.03
333
SB1
100
100
1:10 Walkway plateau diagram HEB50 to HEB180
7008
1480 1540
1900
CA1
1350
CA2
group 6
1:5 welding detail HEB180 to HEB50
LB2
SB1
0.6
60
SB2
SB3
1350
Double tube brace angle
SB4
1350
SB5
1350
SB6
RevISION:
Rev. Date:
PhASE: Tender Design
1350
Project: ECO village
Address: STIGSBORG
Client: ECO village LLC
584
333
584
drawn by:
KM
checked by:
AR
approved by:
LM
date:
LB1
10/12/2021 21:30:57
scale:
BB1
BB2
SB2
1480 CA3
584
CA4
333
584
BA2 BB4
drawing name:
Dimensions
Quantity Count
SB0
HEB 180
7500 x 180 x 180
2
114
Weland
CA0
Clip angle bracket
200 x 70
4
228
Weland
BA0
Double tube brace angle 520 x 180
114
Weland
BB0
Stainless bracing bar
1240 x 60
4
152
Weland
B
M12 Stainless bolt 8.8
65 x 30
20
570
Kdfasteners M12 8.8
2
2
10
180
100
584
135
3551
CA2
Double tube brace angle
15
100
60
1480
180
75
100
SB1
333
Manufacturer
Bolt the double tube brace angle to the beams (HEB 180) and the beams to the main columns (HEB 220)
215
CA1
Drawing number: 21A3IG6_B03.4_K09_H5_Steel Walkway_1.02
Type
333
584
Walkway plateau production drawing 2/3
Code
Material list
2820
BB3
As indicated
Schedule for one column system
15
BA1
769
1:10 Walkway plateau layout plan
Clip angle AF
AE
HEB 180 60
BA1 BB1
BB2 group 6
1240
10 3551
RevISION:
Rev. Date:
PhASE: Tender Design
Project: ECO village
Address: 60
STIGSBORG
Client: ECO village LLC
Bracing bar 1500
drawn by:
KM
checked by:
AR
approved by:
LM
date: 11/12/2021 21:49:10
scale: As indicated
drawing name:
1:10 Column system diagram view
1500
1:10 Elevation column system
Column system production drawing 2/2
Drawing number: 21A3IG6_B03.4_K09_H5_Steel columns_1.02
Production drawings 25
YEAR: 2020 | LOCATION: | BUILDING: URBAN | TYPE: ACADEMIC
THE URBAN LANDSCAPE REWILDING NORDHAVEN Albergo diffuso a Frigento , is an architectural project made for a revaluation of an entire semiabandoned small town in the countryside of Italy. During the years.always.more people went away from this town to reach bigger metropolitan areas and the town passed from a popularion on 10 000 to 3 000 in only 20 years , leaving the.majority of the building in disuse.
The purpose of the project was that of create and design a widespread hotel in the town , creating a 360 degrees experience for customers enhancing the main qualities of the town as the great cultural and artistic, architectural heritage to the breath taking landscapes and the culinary traditions. For the project i did a study about the architectures milestone of Alberto Campo Baeza
26
, Alvaro Siza and Rafael Moneo trying to develop a clean and monumental project using tipycal stones and woods of the region, creating a concept which can be seen as art landscape installation with a free and clean plan and.
04
27
28
The purpose of the project was that of create and design a widespread hotel in the town , creating a 360 degrees experience for customers enhancing the main qualities of the town as the great cultural and artistic, architectural heritage to the breath taking landscapes and the culinary traditions. For the project i did a study about the architectures milestone of Alberto Campo
Baeza , Alvaro Siza and Rafael Moneo trying to develop a clean and monumental project using tipycal stones and woods of the region, creating a concept which can be seen as art landscape installation with a free and clean plan and.
Key visualizations
29
YEAR: 2020 | LOCATION: | BUILDING: PUBLIC | TYPE: ACADEMIC
05
RUST GALLERY REMODELING IN BIM Albergo diffuso a Frigento , is an architectural project made for a revaluation of an entire semiabandoned small town in the countryside of Italy. During the years.always.more people went away from this town to reach bigger metropolitan areas and the town passed from a popularion on 10 000 to 3 000 in only 20 years , leaving the.majority of the building in disuse. Albergo diffuso a Frigento , is an architectural project made for a revaluation of an entire semiabandoned small town in the countryside of Italy. During the years.always.more people went away from this town to reach bigger metropolitan areas and the town passed from a popularion on 10 000 to 3 000 in only 20 years , leaving the.majority of the building in disuse.
The purpose of the project was that of create and design a widespread hotel in the town , creating a 360 degrees experience for customers enhancing the main qualities of the town as the great cultural and artistic, architectural heritage to the breath taking landscapes and the culinary traditions. For the project i did a study about the architectures milestone of Alberto
30
Campo Baeza , Alvaro Siza and Rafael Moneo trying to develop a clean and monumental project using tipycal stones and woods of the region, creating a concept which can be seen as art landscape installation with a free and clean plan and.
31
32
Axonometric view The purpose of the project was that of create and design a widespread hotel in the town , creating a 360 degrees experience for customers enhancing the main qualities of the town as the great cultural
and artistic, architectural heritage to the breath taking landscapes and the culinary traditions.
33
34
Exoloded view The purpose of the project was that of create and design a widespread hotel in the town , creating a 360 degrees experience for customers enhancing the main qualities of the town as the great cultural and artistic, architectural heritage to the breath taking landscapes and the culinary traditions.
35
YEAR: 2020 | LOCATION: | BUILDING: MULTI FUNCTIONAL | TYPE: ACADEMIC
06
GARDEN TOWER TRIVARSITY Albergo diffuso a Frigento , is an architectural project made for a revaluation of an entire semiabandoned small town in the countryside of Italy. During the years.always.more people went away from this town to reach bigger metropolitan areas and the town passed from a popularion on 10 000 to 3 000 in only 20 years , leaving the.majority of the building in disuse.
The purpose of the project was that of create and design a widespread hotel in the town , creating a 360 degrees experience for customers enhancing the main qualities of the town as the great cultural and artistic, architectural heritage to the breath taking landscapes and the culinary traditions. For the project i did a study about the architectures milestone of Alberto
36
Campo Baeza , Alvaro Siza and Rafael Moneo trying to develop a clean and monumental project using tipycal stones and woods of the region, creating a concept which can be seen as art landscape installation with a free and clean plan and.
37
76.50m EO25
73.50m EO24
70.50m EO23
73.50m EO24
70.50m EO23
67.50m EO22
67.50m EO22
64.50m EO21
64.50m EO21
61.50m EO20
61.50m EO20
58.50m EO19
58.50m EO19
55.50m EO18
55.50m EO18
52.50m EO17
52.50m EO17
49.50m EO16
49.50m EO16
46.50m EO15
46.50m EO15
43.50m EO14
43.50m EO14
40.50m EO13
37.50m EO12
34.50m EO11
40.50m EO13
37.50m EO12
34.50m EO11
31.50m EO10
31.50m EO10
28.50m EO9
28.50m EO9
25.50m EO8
25.50m EO8
22.50m EO7
22.50m EO7
19.50m EO6
19.50m EO6
16.50m EO5
16.50m EO5
13.50m EO4
13.50m EO4
10.50m EO3
10.50m EO3
7.50m EO2
7.50m EO2
4.50m EO1
0.00m EST
-3.00m EKL1
4.50m EO1
0.00m EST
-3.00m EKL1
-6.00m EKL2
-6.00m EKL2
-9.00m EKL3
-9.00m EKL3
Sections
Floor plans
Structural diagrams 38
76.50m EO25
Structural diagram
39