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ANDREA GINO // CONSTRUCTING ARCHITECT
PORTFOLIO
- CV
- DESIGN
- SITE SUPERVISION
- PHOTOGRAPHY pag. 24
CONTENT
pag. 02
01// Ministry of Foreign Affairs pag. 04
02// Annakheel Village Hotel pag. 08
03// éBRICK House pag. 12
04// Villa in Silkeborg pag. 16
05// Hovedgård School pag. 18
06// Institute of Diplomatic Studies pag. 22
1
00// ANDREA GINO - CV
GENERAL INFO
NATIONALITY // Italian BIRTHDAY // 24/06/1991 LANGUAGE // IT (Native), EN (Proficient), DK (Good)MOBILE (DK) // +45 3013 7947 E-MAIL // [email protected] LINKEDIN // linkedin.com/in/ginoandrea
2
EDUCATION
BSc (Hons) Architectural Technology and Construction Management
@ VIA Univesity College, Campus Horsens, Denmark February 2011 - June 2014
WORK EXPERIENCE
Constructing Architect
@ Henning Larsen Architects, Riyadh, Saudi ArabiaNovember 2014 - Ongoing
Intern
@ Topway Architecture, Shanghai, ChinaSeptember 2013 - January 2014
SOFTWARE PROFICIENCY
Revit
MicroStation
Office Suite
Adobe Suite
BE10
AutoCad
3
01// MINISTRY OF FOREIGN AFFAIRS (MoFA)
Company: Henning Larsen ArchitectsPhase: Concept Design, Schematic DesignThe renovation project aims to restore the original qualities of the building (Built by Henning Larsen Architects in 1984) that had been tampered with by successive construction while at the same time im-proving the interiors to create a modern workspace.
My role in the project consisted in producing drawings from the sche-matic to the detail design including floor plans and room drawings as well as graphic representations of the proposed design.
85.000m², Renovation, Riyadh (Saudi Arabia), 2015
4
10%
FREE SPACE
DEPARTMENTS DEPARTMENTS
FREE\EMPTY SPACECOMMON FUNCTIONS
INEFFICIENT SPACE INCREASE EFFICIENCY INTRODUCING COMMON FUNCTIONS
COURTYARD COURTYARDCOURTYARD COURTYARDCOURTYARD COURTYARDCOURTYARD COURTYARD
THE IMPORTANCE OF DAYLIGHT
COURTYARD COURTYARDCOURTYARD COURTYARD
DEPARTMENT BDEPARTMENT A
COURTYARD COURTYARDCOURTYARD COURTYARD
DEPARTMENT A
COURTYARD COURTYARDCOURTYARD COURTYARD
DEPARTMENT BDEPARTMENT A
THE FLEXIBILITY
Natural light inside the building before and after the renovation Revitalization of the building’s interior courtyards with the addition of vegetation and a sprinkler cooling system
The defragmentation of the ministry departments determines an incresed efficiency of the space and allows for more workstations and shared functional areas to be added.
By removing the dividing walls that had been built whitout proper planning throughout the years we provide daylight to the open areas as well as incresing the space for workstations.
5
Ground Floor Plan6
7Room DrawingRoom Drawing (Meeting Room) 3rd Floor Close Up
02// ANNAKHEEL VILLAGE HOTEL
Company: Henning Larsen ArchitectsPhase: Detail DesignHLA was commissioned to extend the hotel adding 107 rooms, a new restaurant, a new conference and meeting facility and new swimming pool and SPA facilities.
My role consisted in producing the final drawings for the detail design stage .
8.500m², Extension, Jeddah (Saudi Arabia), 2015
8
1st Floor Plan9
Cross Section
10
Windows and Roof Details
11
03// éBrick HOUSE (Solar Decathlon Europe 2014)
Company: Equipe VIA-UJIPhase: Concept Design to ConstructionThe éBrick House is a prototype for a sustainable building module designed by a team formed by students from VIA University College (DK) and Universitat Jaume I (ES) to participate in the Solar Decathlon Europe 2014 edition.
My role in the project consisted in coordinating the communication between the teams in the 2 universities as well as participating in the early design phase, design of the composite wall system and construc-tion of the building on the competition grounds in Versailles.
120m², Prototype Building, Versailles (France), 2014
12
The éBrick House is optimized for sustainabiliy by harvesting the sun for electricity, the wind for ventilation and the rain water for irrigation of the greenhouse.
13
Floor Plan14
Wall Bottom and Ridge Details
Cross Section
15
04// VILLA IN SILKEBORG
Company: FreelancePhase: Schematic Design, Detail DesignProject for a new luxyry villa for a private client in the danish country-side.
My role in the project consisted in designing the model of the building on Revit based on the architect’s sketches as well as procuding work-ing drawings and renderings.
370m², Commission, Silkeborg (Denmark), 2014
16
1 1
3 3
4 4
A
A D
D
2 2
B
B
C
C
4848 14160 4320
1140
1848
912
408
1812
468
3840
2988
1120
2012
4308
4848 299 3614 1006 3614 1006 3614 1007 4320
1128
972
2208
4800
912
408
3792
108
5712
2384
108
1300
3672 108 1992 168 5232 168 5352
108
4392
4212 408 4212 408 4212 408 4212 408
720
3792
108
4392
GA100
OPL.
23328
1042
8
A
A
408 912 2940 1248 972 108 912 168 1752 856 1876 1816 4452 108 4800
OPL. OPL.
3492
408
1812
288
1152
1548
OPL. OPL.
2479 41 1562
700
OPL.
600
C B
C B
D D
708
1 1
3 3
4 4
A
A D
D
2 2
B
B
C
C
Værelse
StueKontor
Walk inKontor
R.OPL.
R.OPL.
R.OPL.
R.OPL.
OPL.
OPL.
OPL.
A
Note:OPL= Oplukkelig vinduR= Redningsåbning
A
Bad VærelseOPL.Velux 78x150
OPL.Velux 78x150
23328
4848 14160 4320
4308
1800
3000
1320
1042
8
4739 14269 4320
9108
1320
C B
D
C B
D
2622 168 5232 168 3492
3600 120 3600 120 3600
7500 168 5232 168 3492 120 6648
4440 625 4593 120 3600 120 4952 558 4320
OPL.Velux 78x150
OPL.Velux 78x150
134 2
13.793
12.993
10.000
9 000
2000
12.212
15.193
12.62212.410
12.62212.412
12.60012.410
Ok. MurUk. BjælkeUk. Bjælke
11.053
IPE 3602stk. 25x100
Kile
47.50°35.00°
H. C. Espensen, JuNy villa, Gjessøvej
1 3 42
12.993
12.575
9.000
10.000
12.575
15.193
13.793
15.593
15.193
13.793
12.622
IPE 3602stk. 25x100Kile
Uk. Bjælke
427
1st Floor Plan Section B-B
Ground Floor Plan Section A-A
17
05// HOVEDGÅRD SCHOOL
Company: VIA University CollegePhase: Schematic Design, Detail DesignFor my bachelor project at VIA University College I developed a pre-existing concept design for a primary school.
I developed the project entirely by myself including construction draw-ings, project and construction planning, cost estimation and contracts.
1250m², Bachelor Project, Hovedgård (Denmark), 2014
18
Floor Plan19
03 Groundfloor, terrain69500
IV03 Groundfloor, terrain69500
IV
04 Roof 173500
V04 Roof 173500
V
05 Roof 275500
VI05 Roof 275500
VI
02 Foundation68600
III02 Foundation68600
III
A C D E F G H I J KB
Section B-B
A N - X 3 2BY
00 Basement Foundation66100
I00 Basement Foundation66100
I
01 Basement66500
II01 Basement66500
II
RoofMinimum pitch 1,5°-25mm Gypsum Board-22x95mm Timber Battens-45x90mm Timber Battens-16mm Trapezoidal Steel Sheet-350mm Mineral Whool-350mm Composite Steel Beams-16mm Trapezoidal Steel Plates-0/400mm Polystyrene (Slope Defining)-4mm Bitumen Felt
U-Value Demand:0,06 W/m²KU-Value: 0,06 W/m²KFire Req.: R60 A2 - s1,d0Fire Spec.: REI60 A2 - s1,d0
External Walls-180mm Prefab. Concrete Element-300mm Hard Rock Whool-20mm Rendering
U-Value Demand:0,12 W/m²KU-Value:0,091 W/m²KFire Req.: R60 A2 - s1,d0Fire Spec.: R60 A2 - s1,d0
Gymnasium Floor-7mm Linoleum-16mm Foam Board-17,5x95mm Timber Batts-17,5x95mm Timber Batts-0/15mm Leveling Studs-100mm Reinforced Concrete-300mm Polystyrene-350mm Sand
U-Value Demand:0,09W/m²KU-Value:0,09W/m²K
Basement Floor-100mm Reinforced Concrete-300mm Polystyrene-350mm Sand
U-Value Demand: 0,09W/m²KU-Value:0,09W/m²K
Suspended Floor-7mm Linoleum-16mm Composite Wooden Board-17,5x95mm Timber Batts-17,5x95mm Timber Batts-0/15mm Leveling Studs-40mm Screed-50mm Polystyrene-180mm Prefab. Hollow Core Concrete Elements
Fire Req.: REI60 A2 - s1,d0FireSpec.: REI60 A2 - s1,d0
---
Windows-Triple Glazing-Timber/Aluminium Frame-50x25mm Timber Batts-25mm Gypsum Boards-20mm Plywood Board-40x25mm Timber Batts
U-Value:0,8 W/m²KFire Req.: E30Fire Spec.: E30
A N - X 5(2ET) 210
03 02
100
400
1045
1117
838
2575
2
5020
2550
825
50
847
2545
00
2579
500
7617
8564
1999
76
Basement Wall-180mm Prefab. Concrete Elements-300mm Polystyrene-Bitumen Felt
U-Value Demand: 0,12W/m²KU-Value: 0,09W/m²KFire Req.: R60 A2 - s1,d0Fire Spec.: R60 A2 - s1,d0
-180mm Prefab. Concrete Element-150mm Soft Rock Whool-150mm Soft Rock Whool-30mm Air Gap-2mm Zinc Sheet
U-Value Demand:0,12 W/m²KU-Value:0,115 W/m²KFire Req.: R60 A2 - s1,d0Fire Spec.: R60 A1
External Wall
-Triple glazing-Steel Mullions Structure
U-Value:0,8 W/m²KFire Req.: R30Fire Spec.: R30
Courtain Wall
Ceiling-25mm Wood/Concrete Composite Boards-Steel Brackets Support System
Fire Req.: K1 10 D-s2,d2Fire Spec.: K1 10 B-s1,d0
Courtain Wall-Doubole glazing-50mm Mullions
Fire Req.: E30Fire Spec.: E30
Internal Load-Bearing Wall-180mm Prefabricated Concrete Elements
Fire Req.: REI60 A2 - s1,d0Fire Spec: REI60 A2 - s1,d0
68.100
69.480
74.000
69.079
74.872
75.980
74.500
73.277
72.500
71.712
70.500
Roof Flashing-Zinc Flashing-55x25mm Timber Batts-15mm OSB Board
ø 710mm
ø 710mm
Basement Wall
1 : 20Section A-A
Cross Section20
South Elevation
North Elevation
Walls and Floors Connection Details21
06// INSTITUTE OF DIPLOMATIC STUDIES
Company: Henning Larsen ArchitectsPhase: Site SupervisionSituated across the road from the main Ministry of Foreign Affairs building, the IDS will host educational facilities as well as a visa center and the ministry’s consular affairs department.
My role as an assistant site architect and later site architect consisted in inspecting the construction carried out by the contractors as well as reviewing shop drawings, choosing materials and participating in the weekly progress meetings with contractors and engineers.
46.000m², Commission, Riyadh (Saudi Arabia), 2014
22
23
Cross Section
Pictures from the building site
PHOTOGRAPHY
24
25
