BRIEF name: Valerio Pagliuca nationality: Italian
CONTACT email: valeriopagliuca@gmail.com telephone: +44 7492467317 skype: valeriopagliuca1
work experience - Inspire Design Ltd - Zef Concept Ltd - X-Tu Architects - Iodicearchitetti
education - Level II Master’s Degree in Sustainable Constructive Processes, IUAV, Venice (Italy) - Architecture Master’s Degree - Erasmus scolarship winner
MAY 2017 - july 2020
October 2015 - MAY 2017
MARCH 2010 - SEPTEMBER 2013
Architect
Architect
Architectural Assistant
Inspire Design Ltd 10 Ty-Nant Ct Morganstown Cardiff CF15 8LW United Kingdom www.inspiredesign.co.uk
Zef Concepts Ltd First Floor Albany Boathouse Lower Ham Rd Kingston upon Thames KT2 5BB United Kingdom www.zefltd.com
Architecture Office “Iodicearchitetti” Via Guglielmo Sanfelice n° 52, 81031 Aversa (CE), Italy www.iodicearchitetti.it
Prepare feasibilities/design proposals/technical drawings for planning application (RIBA stages 0-3) / Liaise with the managers, staff, external consultants, clients and other partners to ensure the smooth running and continuity of work at all times / Develope of 3D and BIM models / Prepare 3D visuals / Produce Design and Access Statement following CABE guidelines/ Prepare building risk assessment Key projects: - 47 Retirement living apartments in Abergavenny, UK - 62 Retirement living apartments in Chichester, UK - 60 Retirement living apartments in Winchester, UK - 253 Unit residential and retail development in Bristol, UK
SKILLS - Architectural Design - Urban Planning - Interior Design - Sustainable Design - Freehand and digital drawing - Graphic Design - BIM - CGI and visuals - Photoretouching - Research - Physical Modelling
Feasibility study and proposal of design options from concept to developed design (RIBA stages 0-3) / Room Equipment Layout / Development of BIM models and CAD drawings / Production of free hand drawing, 3d models and rendered images / Definition of environmental strategies according to the Sustainability Framework (Energy, Materials, Water, Waste, Transport, IEQ and Ecology) / Involvement in the coordination between the different disciplines (architecture, structure, MEP) - Proposal of 100bed Hospital in Nasiriyah, Iraq. - Proposal of an Ophthalmology Hospital in Nasiriyah, Iraq. - MEP and Sustainability Consultancy for the St. Stephen’s Cathedral in Yenagoa, Nigeria. - Proposal of refurbishment of a shed in Richmond upon Thames. - Proposal of refurbishment of an apartment in London.
SEPTEMBER 2014 - NOVEMBER 2014 Architectural Intern X-Tu Architects 32 rue du Paradis, 75010 Paris, France www.x-tu.com LLP/Erasmus Placement scholarship winner at IUAV. Optimization of a green wall system:
software SKILLS - Microsoft Office - AutoCAD - Revit - Sketchup - Artlantis Studio - Adobe Photoshop - Adobe Illustrator - Adobe inDesign - Grasshopper - Enscape
LANGUAGES Italian - mother tongue English French
PASSIONS - Architecture - Art - Photography - Marketing and Communication - Photo retouching - Travelling
Identification of major technical issues of the first X-TU prototype of green wall bags / Designing of new options / Cost estimating / Prototyping / Testing and monitoring.
design of a wide range of different types of building for international competitions. Primary feasibility research / Architectural design and construction details / Production of 2D and 3D drawings / Construction of pysical models. - Kindergarten in Rome, Italy. International competition. - New library in Setùbal, Portugal. International competition. - Secondary school in Piano di Sorrento, Italy. International competition. - Info Point with showroom in Rivello, Italy. Competition. - Requalification of Place San Francesco in Cava de’ Tirreni, Italy. Competition. - Children’s swimming pool and new pavilions for the park “Bois-de-la-Bâtie” in Geneva, Switzerland. International competition. - Enhancement of the Park of the Walls of Piacenza, Italy. International competition. - Building at service of Expo 2015 in Milan, Italy. International competition. - Day care center in Beer Sheba, Israel. International competition. - Extension of Cemetery park and crematorium temple in Prato, Italy. International competition. - Multipurpose security centre in San Javier, Spain. International competition. - Extension of the Gösta contemporary Art Museum, Finland. International competition. - Mixed use office park in New Delhi, India. International competition. - Centre for promotion of Science in Belgrad, Serbia. International competition. - Hotel centre in Herrera del Duque, Spain. International competition. - 60 public housing in Melilla, Spain. International competition.
january 2014 - march 2015
november 2005 - march 2012
september 2007 - february 2008
Level II Master’s Degree in Sustainable Constructive Processes IUAV, Venezia (Italy)
Architecture Master’s Degree with the mark of 110/110 cum laude Seconda Università degli Studi di Napoli, Facoltà di Architettura “Luigi Vanvitelli”
École Nationale Supérieure d’Architecture de Paris La Villette 144 Avenue de Flandre FR-75019, Paris (France) Erasmus scolarship winner at École d’Architecture de Paris La Villette (ENSAPLV) during third academic year.
Architectural design, interior design and urban planning. History of Architecture. Architectural conservation and restoration. Architectural drawing. Graduation thesis in architectural design and urban planning with the title“Planning of a linear urban system between Villa Literno and Castel Volturno” (Supervisor Prof. Arch. Efisio Pitzalis, Referee Prof. Eng Massimo Majowiecki).
Representation and communication techniques: photo, video, drawing. Modeling and architectural survey. Plastic and architectural languages.
Sustainability. PED methodology – Parametric Environmental Design. BIM Design (Building Information Modeling). Energy modeling. LEED rating system. Integrated management of constructive processes. Construction and management of NZEB (Nearly Zero Energy Building).
2020
2017
2016
2015
2014
Architectural Intern X-Tu Architects
2013
Architectural Intern Architecture Office “Iodicearchitetti”
Level II Master’s Degree in Sustainable Constructive Processes Architect Inspire Design Ltd
Architect Zef Concepts Ltd
2012
2010
Architecture Master’s Degree
2008
2007
Erasmus scolarship winner
2005
2000
Scientific secondary school diploma
1986
bristol city gateway Proposal 253 Unit residential and retail development in Bristol, United Kingdom my task: Design - Coordination with Consultants - BIM model - CGI - Design and Access Statement size - 22.600sqm #united kingdom #residential #galliford try #masterplan #landmark
2019-ongoing
The development consists of 253 residential dwellings, 2000 sqft cafeteria and all associated facilites. The project is in an industrial brownfield situated off the Brunel Way Overpass on the urban fringe of Ashton Gate and Bristol. The final design illustrates a series of blocks organized in a U shape around the periphery of the site with the main access and open areas centrally located. The intention of the layout is to respond to the context with higher density development oriented towards Brunel Way and overlooking the route of the Metrobus, while less dense development in the form of townhouses are shown aligned to take advantage of the view towards Clifton along the west boundary. The proposal incorporates a series of 4 and 5 storeys apartment buildings along the eastern edge of the Metrobus rising to 6 and 7 storeys as the proposal progresses north. The two volumes closing off the site by the Brunel Way are 7 and 9 storeys high, with the connecting central section being 5 storeys.
CONSTRAINTS - PHYSICAL RESTRICTION OF EXISTING EASEMENTS AND OVERLOOKING FROM PAXTON DRIVE DEVELOPMENT
CONCEPTUAL MASSING DIAGRAM
PROPOSED SITE LAYOUT - LEVEL 01
PENTHOUSE LEVEL (BUILDING E)
TYPICAL APARTMENT FLOOR PLAN (BUILDING C)
SITE SECTION - ARRIVAL PLAZA
PROPOSED VIEW LOOKING NORTH ALONG THE METROBUS LINE
60 retirement living apartments Proposal 60 Retirement Living Apartments in Winchester, United Kingdom my task: Design - Coordination with Consultants - BIM model - Design and Access Statement size - 5.900sqm #united kingdom #residential #mccarthy & stone #retirement living
2018-ongoing
This project is located in Winchester, it is a Retirement Living Complex which consists of 60 apartments varying from one to two bedrooms. The biggest challenge has been finding the right balance between maximising the number of apartments and still maintaning the full capacity of the site, despite the limited area of the site, also even more restricted by a root protection area of existing mature trees. In consideration of this, the first step was the creation and positioning of an underground parking at the central area. The development has been conceived as a “C� shape facing the entrance of the site, with split levels to take fully advantage of the site topography. The footprint of the building sits on two different levels; with the main entrance situated on the ground floor, which has a reduced footprint in comparison to the first floor. This is because of the higher site level by Woodpeckers Drive. The design of the external spaces have been coordinated with Landscape Architects. As a result of this, a series of features and seating areas have been created to give a more picturesque pathways. The project alternates with a mix of flat and low-pitched roofs and the overall mass of the building is broken at the central position by a lower glazed volume above the main entrance. The proposed building predominantly alternates the use of red, grey and buff brick to highlight the varied elements of the building. This different colour brick materiality is contrasted with glazed balcony areas that brings lightness to the facades. On the top recessed floor a coloured fibre cement board cladding blends together the building.
SOUTH-EAST ELEVATION
SITE LAYOUT
SOUTH-WEST ELEVATION EAST ELEVATION
VIEW FROM PALMERS FIELD AVENUE LOOKING WEST
62 retirement living apartments Proposal 62 Retirement Living Apartments in Chichester, United Kingdom my task: Design - Coordination with Consultants - BIM model- Design and Access Statement size - 5.800sqm #united kingdom #residential #mccarthy & stone #retirement living
2018-ongoing
The building layout follows the elongated shape of the site. It occupies most of the site, while the southern end is used for the car parking. The building layout has been designed to maximise the views to surrounding landscape. The apartments on the western side face a pleasant cricket pitch, while the ones on the east and north part face Palmers Avenue and the Graylingwell Park. The building’s main entrance is located on the ground floor. It can be easily identified by homeowners and visitors alike. The refuse store and mobility scooter face the back garden with a specific access. Communal facilities are located in the heart of the scheme including the Resident’s Lounge, Bistro, Guest Suite, Laundry Room, Accessible toilets and lift. The west facing Sun Lounge on the top floor accesses to the communal terrace and views of the adjacent cricket pitch. The front elevation contributes to the street scene, which is the face the design presents to the public domain and has been carefully designed. It is of 3 and 4 storey height with varying parapet levels, as a result a varied architectural form is created which breaks up the overall massing and portrays a domestic streetscape. The proposed building adopts a modern design and appearance and it was intended to reference the retained and converted Victorian hospital building at Graylingwell Park through the use of red brick and by giving the windows more of a vertical emphasis. The proposed building predominantly alternates the use of red brick and grey brick to highlight the varied elements of the building. This different colour brick materiality is contrasted with glazed balcony areas that brings lightness to the facades. On the top floor a vertically laid through coloured fibre cement board cladding fascia blends together the building.
Apartment Schedule (RLP) Two Bed
Total
0
6
10
0
9
19
Second Floor
10
0
9
19
Third Floor
5
0
6
13
11
Total
32
0
30
62
© 2020 Inspire Design Ltd
VP
11/2 Bed
7
First Floor
Drawn By:-
41 Car Parking Spaces
Checked By:-
PALMERS FIELD AVENUE
PALMERS FIELD AVENUE
TURN RIGHT
Site
JO
One Bed Ground Floor
(+27.45m)
AREA : 80.99m²
AREA : 64.07m²
AREA : 55.55m²
WALK-IN WARDROBE
WALK-IN WARDROBE
WALK-IN WARDROBE
HALLWAY
HALLWAY CPBD
ACCESSIBLE SHOWER ROOM TYPE 48
ACCESSIBLE SHOWER ROOM TYPE 48
ACCESSIBLE SHOWER ROOM TYPE 48
.27m
HALLWAY
WC
8 PERSON LIFT
WC
CPBD
CPBD WC
: 77
AR
ROO
BED
(FFL +28.00m) 1
M
D
CPB
ROO
BED
Y LWA
HAL
WC CPBD
HEN 62 KITC Type
ACCESSIBLE SHOWER ROOM TYPE 48
WC 04
TE TA
CUPBOARD
MSS AREA : 26.51m²
REFUSE STORE AREA : 30.21m²
BEDROOM 1
LIVING
STAIRS
STAIRS
M
KITCHEN TYPE 62
41No CAR PARKING SPACES
KITCHEN TYPE 62
1
ROO
BED
Sub-station
ES
SERVERY
01
AL102 S
HEN 64 KITC Type
48
M ROO WERIBLE SHO ESS ACC
BISTRO AREA : 161sqm
AREA : 55.55m²
AR
KITCHEN TYPE 62
Type 1_A BE DRO RL20 WAR
Type
LIVING
IBLE M ESS ROO ACC WER 48 Type
E
SHO M
²
1
AT IV
EA
PR
Y HAL
EA
²
.37m
48
Type
M ROO IBLE
61 Type HEN KITC
WERESS SHOACC
: 73
Y
D
LWA
AR
03
07
NG
LIVI
CPB
Stage No.
20
10
D
IBLE ESS ROO 48 ACC WER Type SHO
Dwg Title
STO
1R
NG
2
BED
4R
05
AL
WAR
M
AL
: 57
AR
LWA
K-IN BE WALDRO
2
RE
LIVI
M ROO
.70m
ROO
BED
M ROO
BED
Project
B
D
CUP
D
CUP
Y LWA
HAL
ACCESSIBLE SHOWER ROOM TYPE 48
WALK-IN WARDROBE
02
AL102 S
Revision
AD RO
Type
.33m
: 55
AR
IRS
K-IN BE WAL DRO WAR
05
²
08
EA
WC
HALLWAY
AREA : 58.32m²
BEDROOM 1
LIVING
26
10
AL
Y LWA
AL202 S
BEDROOM 2
AC
2R
LIVI
M ROO
BED
4 R 0m 20 .1 AL : 73G EA LIVIN
Y LWA
HAL
HAL
STA
HALLWAY
03 BEDROOM 1
²
Discipline
: 55
EA
ACCESSIBLE SHOWER ROOM TYPE 48
WALK-IN WARDROBE
AREA : 80.99m²
04
AR NG
HALLWAY
WALK-IN WARDROBE
D
CPB
IBLE M ESS ROO ACC WER 48 SHO Type
²
.32m
09
SMOKE VENT
PLANT ROOM
Type
IBLE M ESS ROO ACC WER 48 SHO Type K-IN BE WAL DRO WAR
10
AL
CPBD
Drawing No.
K-IN BE WAL DRO WAR
M ROO
BED
2R
NG
LIVI
HEN 62 KITC Type
CPBD
COLLEGE LANE, CHICHESTER
KITCHEN
CPB
HAL
K-IN BE WAL DRO WAR
IBLE M ESS ROO ACC WER 48 SHO Type
WC 04 Type
M ROO
BED D
M
2562
Y LWA
HAL
1
ROO
RE
BED
STO
WC 04
Project No.
K-IN BE WAL DRO WAR
CPB
HEN 63 KITC Type
AO
V
Type
HEN 63 KITC Type
M
2
ROO
06
EA
²
.37m
: 73
Cricket Field
Date
Job No
Scale
Site Layout Plan
EAST ELEVATION
d e s i g n
SCALE 1:200 @ A1 / NTS @ A3 2
0
2
4
6
LENGTH IN METRES
8
10
VIEW FROM PALMERS FIELD AVENUE LOOKING WEST
N
SITE LAYOUT
insp re
x
Morganstown, Cardiff CF15 8LW.
AR
Region
20
AL
SO
BED
1R
NG
LIVI
24.03.20
AREA : 55.55m²
AREA : 23.52m²
HOUSE MANAGERS ROOM
13
PER
²
10
EA
(+27.65m)
ENTRANCE
WELLNESS AREA : 24.81m²
RECEPTION LOBBY
AL102 S
REFUSE
20
AL 2
BEDROOM 1
BEDROOM 1
173725
PLANT ROOM
LIFT SON
13
2R
NG
LIVI
M
BEDROOM 2
12
1:400 @A3
AREA : 32.20m²
LIVING
LIVING
AL202 S
11
1:200 @A1
STAFF DAY ROOM
KITCHEN TYPE 62
KITCHEN TYPE 62
LIVING
AL102 S
Venture House, 2 Arlington Square, Downshire Way, Bracknell, RG12 1WA. T:-02031 378079
AD AHE LY ON
KITCHEN TYPE 62
BEDROOM 1
DISTRICT HEATING
PROPOSED SITE LAYOUT PLAN
(+27.80m)
ophthalmology hospital
2014-ongoing
Proposal Ophthalmology Hospital in Nasiriyah, Iraq my task: Design - BIM Model - Technical Details - Room Equipment Layout size - 15.700sqm #BIM #Middle East #big #health #facade
The project is located in Nasiriyah and it is an Hospital specialized in the treatment of eye diseases and vision disorders. The facility aims to provide an excellent working environment and a pleasant patient experience through a functional design which originated from specific Schedules of Accommodation and Room Data Sheets. The concepts of the hospitals is the combination of two elements, a podium block for the main clinical departments (Imaging, Outpatients, Treatment, etc.) and a full height hall with the main circulation. My role in the team has been to develop the project from concept to technical design, and to integrate it with health planning requirements. A BIM approach has been adopted in order to improve coordination between the different disciplines.
INPATIENT BEDROOM EQUIPMENT LAYOUT
A
B
C
7800
D
7800
7800
E 7800
F 7800
G 7800
1 STAIR 1 -
SERV.LIFT SERV.LIFT -
33 m²
11 m²
11 m²
7800
PLANT RM 58 m²
STAIR 1 LOBBY 72 m²
2
PATIENT PREP 3.DS.020
INTERV.RM 3.DS.003 11 m²
20 m²
20 m²
RECPTION 3.DS.002
7800
21 m²
PATIENT CH. F 3.DS.0021
12 m²
PATIENT HOLD. BAY PATIENT HOLD. BAY 3.DS.018 3.DS.019
12 m²
PATIENT CH. F 3.DS.022
PATIENT PREP 3.DS.023
3
20 m²
7800
12 m²
PRE OPERAT. BAY 3.DS.017 62 m²
MEDICATIONS DIS.HOLD 3.DS.007 3.DS.006 10 m²
4
CONSULTING 3.DS.004 16 m²
7 m²
WAITING AREA 3.DS.001
STORE EQUIP. 3.DS.008
74 m²
12 m²
STAFF BASE RECOVERY 3.DS.016
CONSULTING 3.DS.005
CLEAR UTILITY 3.DS.009
38 m²
17 m²
7800
13 m²
DISCHARGE LOUNGE 3.DS.010 27 m²
5
STAIR 2 -
STAIR 2 LOBBY -
32 m²
CLEANERS RM 3.DS.011
POST OPERAT. BAY 3.DS.015
19 m²
17 m²
87 m²
VIS.LIFT -
7800
BAY.RES 3.DS.012
6 m²
2 m²
STORE GEN 3.DS.013
VIS.LIFT -
12 m²
BAY.MOB 3.DS.014
6
6 m²
2 m²
DIS WC -
PATIENT PREP 3.OT.017
7800
STAFF REST 3.OT.015
STAFF BASE 3.OT.018
8 m²
WC FEMALE -
44 m²
STORE EQUIPMENT 3.OT.016
33 m²
WC LOBBY -
3 m²
13 m²
11 m²
WC MALE 10 m²
ATRIUM 586 m²
10 m²
PREPERATION 3.OT.019
7
13 m²
BAY MOB.IM. 3.OT.014
CLEANERS RM 3.OT.013
SCRUB 3.OT.020
10 m²
7800
13 m²
12 m²
IT HUB 3.OT.012
80 m²
5 m²
DISPOSAL 3.OT.022
STAFF BASE 3.OT.010
8
OPERATING ROOM 3.OT.021
BAY RES.TR 3.OT.011
9 m²
20 m²
7800
33 m²
STORE STERILE 3.OT.009
OPERATING ROOM 3.OT.023
31 m²
65 m²
SCRUB 3.OT.024 11 m²
9
STORE EQUIP 3.OT.008
PREPERATION 3.OT.025 13 m²
STORE EQUIP 3.OT.007
20 m²
12 m²
PREPERATION 3.OT.026 12 m²
7800
OPERATING ROOM 3.OT.027 65 m²
HOLDING BAY 3.OT.006 58 m²
SCRUB 3.OT.028 12 m²
10 OFFICE 2P. 3.OT.004
7800
Redundant Room
BIM MODEL
DISPOSAL 3.OT.029
STAFF CH.F 3.OT.005
12 m²
10 m²
STAFF CH.M 3.OT.005
RECOVERY BAY 3.OT.001
STAFF BASE 3.OT.002
11 m²
33 m²
23 m²
OFFICE 2P. 3.OT.003 13 m²
11 STAIR 3 LOBBY -
58 m²
11 m²
33 m²
11 m²
BED LIFT -
STAIR 3 -
BED LIFT -
7800
72 m²
PLANT ROOM -
12
1
03 - 3rd FLOOR 1 : 200
ALL INFORMATION ILLUSTRATED REPRESENT DESIGN INTENT ONLY AND ALL PORTIONS OF THESE WORKS SHOULD BE CONSIDERED AS CONTRACTOR DESIGNED. THE MAIN CONTRACTOR MUST EVALUATE AND ASSESS ALL INFORMATION TO ENSURE COMPLIANCE WITH LOCAL STATUTORY OBLIGATIONS, CONSENTS AND LOCAL CLIMATE CHARACTERISTICS.
TYPICAL FLOOR LAYOUT
Rev.
Date
Description
Drn. Chkd. Appd.
PROJECT:
OPHTHALMOLOGY CENTRE
FURTHER DETAILED DESIGN OR VARIATIONS TO THE PROPOSALS MUST BE COORDINATED BETWEEN THE SUB-CONTRACTORS & SUPPLIERS TO ENSURE COMPATIBILITY WITH THE OVERALL DESIGN. DO NOT SCALE FROM THIS DRAWING. THIS DRAWING IS BASED ON DIMENSIONAL SURVEY INFORMATION PROVIDED BY OTHERS. THE ARCHITECT CANNOT ACCEPT RESPONSIBILITY FOR THE ACCURACY OF THIS SURVEY INFORMATION. ALL DIMENSIONS ARE SHOWN IN METRIC.
CLIENT:
MINISTRY OF HEALTH
5
1
ELEVATION 1 - COLOUR
2
1 : 200
ELEVATION 2 - COLOUR 1 : 200
EAST ELEVATION
2
3
4
ELEVATION 2 - COLOUR 1 : 200
ELEVATION 3 - COLOUR
4
1 : 200
ELEVATION 4 - COLOUR 1 : 200
ELEVATION 4 - COLOUR
Rev.
1 : 200
WEST ELEVATION
Date
Description
Drn. Chkd. Appd.
PROJECT:
ALL INFORMATION ILLUSTRATED REPRESENT DESIGN INTENT ONLY AND ALL PORTIONS OF THESE WORKS SHOULD BE CONSIDERED AS CONTRACTOR DESIGNED.
OPHTHALMOLOGY CENTRE
DRAWING TITLE:
COLOUR ELEVATIONS
THE MAIN CONTRACTOR MUST EVALUATE AND ASSESS ALL INFORMATION TO ENSURE COMPLIANCE WITH LOCAL STATUTORY OBLIGATIONS, CONSENTS AND LOCAL CLIMATE CHARACTERISTICS. FURTHER DETAILED DESIGN OR VARIATIONS TO THE PROPOSALS MUST BE COORDINATED BETWEEN THE SUB-CONTRACTORS & SUPPLIERS TO ENSURE COMPATIBILITY WITH THE OVERALL DESIGN.
SCALE: CLIENT:
DO NOT SCALE FROM THIS DRAWING.
ZEF CONCEPTS LTD
1 : 200 07/12/16
dwgno:
ALL DIMENSIONS ARE SHOWN IN METRIC. THIS DRAWING REMAINS THE COPYRIGHT OF
DATE:
MINISTRY OF HEALTH
THIS DRAWING IS BASED ON DIMENSIONAL SURVEY INFORMATION PROVIDED BY OTHERS. THE ARCHITECT CANNOT ACCEPT RESPONSIBILITY FOR THE ACCURACY OF THIS SURVEY INFORMATION.
Rev.
Date
Description
STATUS:
Drn. Chkd. Appd.
PROJECT:
OPHTHALMOLOGY CENTRE
FOR APPROVAL
DRAWING TITLE:
COLOUR ELEVATIONS
Copyright C
Scale @ 1:1 SCALE: CLIENT:
DATE:
MINISTRY OF HEALTH
(00)405
1 : 200 07/12/16
dwgno: STATUS:
FOR APPROVAL Scale @ 1:1
(00)405 Copyright C
PARTIAL SECTION
PARTIAL ELEVATION
DEC 16
WALL/ROOF DETAIL
WALL/FOUNDATION DETAIL
al qalaa hospital Proposal 100 bed Hospital in Nasiriyah, Iraq my task: Design - BIM Model - Technical Details - Room Equipment Layout
1.1
1.2
1.3
1.4
1.6.1
1.6.2
2014-ongoing EXISTING DESIGN
2.1
size - 19.800sqm
3D VIEWS
#BIM #Middle East #big #health #facade
1.5
1.6
Al Qalaa Hospital is designed to ensure efficient, safe and appropriate workspaces which, besides fulfilling their operational requirements, enhance the healing environment for patients. The ground floor accomodates the most publicly accessible functions, such as Outpatients and Imaging Departments, while the two upper floors provide six operating theatres and 100 beds distributed between ICU, CCU, Labour Delivery and generic wards. The core of the design is the hospital atrium street, which represents the social heart of the building. It allows visitors and staff to gain access to all departments, while creating a human and pleasant environment. Two green courtyards have been integrated in the main clinical areas, in order to enhance tha daylight and improve the building micro-climate. My role in the team has been to work on the concept of the hospital and to develop the architectural design according to the health planning requirements. I have also been involved in the coordination with the structural, mechanical and electrical engineers.
1.6.4
SITE PLAN
22
7
8
1600 zone
4
14
15
16
15
6064
14
16
4
24
23
3030
1000 zone
1600 zone
13
17
18
19
STORE EQ. 2.SD.064 11.9 m²
6064
1
24
23
20
STORE EQ. 2.SD.028 10.4 m²
OPERATING ROOM 2.SD.031 46.9 m²
OPERATING ROOM BAY RES.TR. BAY LIN. 2.SD.026 2.DC.020 2.DC.021 58.3 m² 2.3 m² 2.0 m²
OPERATING ROOM 2.SD.041 46.9 m²
OPERATING ROOM 2.SD.035 46.9 m²
5
18 13
STORE EQ 2.SD.028 10.57m2 FINISHES
6
B.ENTR. 2.SD.025 9.5 m²
SET UP/PR. 2.SD.027 11.5 m²
STERILE STORE 2.SD.023 15.1 m²
6
10
19
bay bayRES. BAY RES. BAY res. 2.DC.020 lin. 2.DC.019 1.9 m² 1.9 m²
3
9
10
19
CONSULT./EX. RM 2.DC.005 15.5 m²
26 VENEPUNCTURE 2.DC.006 7.6 m²
12
20
MEDIC. M. 2.DC.015 10.5 m²
21
DISPOSAL HOLD 2.DC.003 7.6 m²
12
19
20
3288 7602
BAY W./TR. 2.DC.017 10.5 m²
20
19
20
PANTRY 2.DC.011 3.3 m²
SET UP/PR. 2.SD.036 14.6 m²
SCRUB 2.SD.038 13.6 m²
CLEAN UTILITY 2.DC.015 8.7 m²
STAFF BASE/R. CLEAN U. 2.SD.021A-B 20.2 m²
SET UP/PR. 2.SD.039 11.5 m²
clean area
R. DIRTY U. LIN. ST. 2.SD.021C 2.SD.020 8.6 m² 6.4 m²
BLOOD BANK 2.SD.019 12.2 m²
2.DC.008-009 WC F. 3.8 m² 2.DC.009 1.9 m²
WAITING AREA 2.DC.002 33.5 m²
RECOVERY SECOND STAGE 9 PLACE 2.DC.021 72 m²
DISCHARGE L. 2.DC.022 30.4 m²
RECEPTION 2.DC.001 9.5 m²
HOSPITAL STREET 2.CA.003 1023.1 m²
SURGICAL DEPARTMENT - OPERATING ROOM (1:200)
7653
12
B.ENTR. 2.SD.034 9.5 m²
RECOVERY BAY 1ST STAGE 12 PLACE 2.SD.022 143.6 m²
WC M. 2.DC.008 1.9 m² WC M/F.
CONS./EX. RM 2.DC.007 8.0 m²
9
6873
9
STORE 2.DC.018 10.2 m²
STAFF BASE 2.DC.010 15.7 m²
CORRIDOR 2.DC.023 107.3 m²
26
21
DISPOS. 2.SD.033 9.5 m²
H.R.
DIRTY UTILITY 2.DC.014 11.1 m²
3
SET UP/PR. 2.SD.032 14.6 m²
COURTYARD
OFFICE 2P 2.DC.013 10.3 m²
25
B.ENTR. 2.SD.030 9.5 m²
SURGICAL DEPARTMENT
IT HUB 2.DC.012 11.3 m²
9
SCRUB 2.SD.029 13.6 m²
clean area
25
5
DISPOS. 2.SD.024 17 m²
2
18
17
F. PVC sheeting with weld joints W. Two coats of antibacterial paint matt finish to manufactures specification C. Ceiling tiles laid in suspended aluminium grid to manufactures specification
dirty area
17
3085
2
1000 zone
16
DAYCASE UNIT
1
4 4
OPERATING ROOM 2.SD.035 47.05m2
OPERATING ROOM 2.SD.031 47.12m2 FINISHES
FINISHES
12
F. PVC sheeting with weld joints W. Two coats of antibacterial paint matt finish to manufactures specification C. Ceiling tiles laid in suspended aluminium grid to manufactures specification
F. PVC sheeting with weld joints W. Two coats of antibacterial paint matt finish to manufactures specification C. Ceiling tiles laid in suspended aluminium grid to manufactures specification
OPERATING ROOM - PROPOSED EQUIPMENT LAYOUT (1:20)
7
38
SET UP/PREP. 2.SD.032 14.58m2
1826
2342
B. ENTRANCE 2.SD.030 9.66m2
FINISHES
31
31
12
12
FINISHES
F. PVC sheeting with weld joints W. Two coats of antibacterial paint matt finish to manufactures specification C. Ceiling tiles laid in suspended aluminium grid to manufactures specification
35
F. PVC sheeting with weld joints W. Two coats of antibacterial paint matt finish to manufactures specification C. Ceiling tiles laid in suspended aluminium grid to manufactures specification
37
27
27
28
28
DISPOS. 2.SD.033 11.95m2
B.ENTRANCE 2.SD.029 9.66m2
FINISHES
1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 26.
FINISHES
FINISHES
F. PVC sheeting with weld joints W. Two coats of antibacterial paint matt finish to manufactures specification C. Ceiling tiles laid in suspended aluminium grid to manufactures specification
F. PVC sheeting with weld joints W. Two coats of antibacterial paint matt finish to manufactures specification C. Ceiling tiles laid in suspended aluminium grid to manufactures specification
2841
3041
F. PVC sheeting with weld joints W. Two coats of antibacterial paint matt finish to manufactures specification C. Ceiling tiles laid in suspended aluminium grid to manufactures specification
12
SCRUB 2.SD.038 13.58m2
12
FINISHES
31 37
F. PVC sheeting with weld joints W. Two coats of antibacterial paint matt finish to manufactures specification C. Ceiling tiles laid in suspended aluminium grid to manufactures specification
31
27
27
28
28
KEY FOR SCRUB: 27. Dispenser Soap Elbow Operated 28. Dispenser Handwash Cartridge 29. Dispenser Alcohol Hand Disinfectant 30. Dispenser Disposable Nail Brush 31. Dispenser Glove & Apron Combined 32. Trough Scrup Up 2 person
35 30 32
29
29 29
30
BIM MODEL
37
30
29 32
30
28
28
27
27
1265
29 32
12
34
29 34
12 36
1265
927
30
30 32
29 29 30
KEY FOR SET UP/PREP:
12
36
28
28
27
27
33. 34. 35. 36. 37. 38. 39.
915
38
Cupboard h/l 1 Shelf/Lockable Holder Binsac Fire Retard Med 64L Board Dry Wipe Magnetic 900x600mm Cabinet Lotion Warming 24 Bottle Cap Table Mayo height adj Trolley Instruments s/s 49x61cm Large Trolley
38
368
38
653
368
30
37 12
Infusor Pressure 500ml packs Warmer Blood/Fluid Control Centre for MIS Theatre Stand IV Anti-static Castor s/s Pump Syringe Lightweight 2-30mls Pump Volumetric Infusion sgl Channel Defibrillator w/internal/ext Paddles Monitor Multi Parameters - Theatre Trolley Storage 5 Drawers Screen Anaesthesia Strap Gel Patient Restraining Kickabout - Bowl Diathermy Unit Mono & Bipolar Laser CO2 w/delivery Devices Coagulation Timer Laser Plume Extraction Floor Standin Chair Anaesthetic Step Single Antistatic Stool Surgeon Mobile No Back ht adj Lamp Op Main+Sat ff Camera + 3rd Arm Slave Monitor (s) Mattress heating/cooling w/motor Suction Unit High Twin Jar Pipeline Pendant Anaes hvy Duty adj Pendant Surg hvy Duty adj Panel Theatre Control ucv Pendant Complete MIS General
39
5018
39
SET UP/PREP. 2.SD.036 14.58m2
33
3865
SCRUB 2.SD.029 13.52m2
1826
33
F. PVC sheeting with weld joints W. Two coats of antibacterial paint matt finish to manufactures specification C. Ceiling tiles laid in suspended aluminium grid to manufactures specification
KEY FOR OPERATING ROOM:
8
38
2841
FINISHES
22
38
38
3030
4218
1.6.3
38
OPERATING THEATRES LAYOUT NOTES: ALL INFORMATION ILLUSTRATED REPRESENT DESIGN INTENT ONLY AND ALL PORTIONS OF THESE WORKS SHOULD BE CONSIDERED AS CONTRACTOR DESIGNED. THE MAIN CONTRACTOR MUST EVALUATE AND ASSESS ALL INFORMATION TO ENSURE COMPLIANCE WITH LOCAL STATUTORY OBLIGATIONS, CONSENTS AND LOCAL CLIMATE CHARACTERISTICS. FURTHER DETAILED DESIGN OR VARIATIONS TO THE PROPOSALS MUST BE COORDINATED BETWEEN THE SUB-CONTRACTORS & SUPPLIERS TO ENSURE COMPATIBILITY WITH THE OVERALL DESIGN. DO NOT SCALE FROM THIS DRAWING. THIS DRAWING IS BASED ON DIMENSIONAL SURVEY INFORMATION PROVIDED BY OTHERS. THE ARCHITECT CANNOT ACCEPT RESPONSIBILITY FOR THE ACCURACY OF THIS SURVEY INFORMATION. ALL DIMENSIONS ARE SHOWN IN METRIC. THIS DRAWING REMAINS THE COPYRIGHT OF ZEF CONCEPTS LTD
GENERAL NOTE TO CONTRACTOR;
DESIGN:
PROJECT:
BEFORE COMMENCING WORK ON PARTITIONING AND FIT OUT THE CONTRACTOR MUST PROVIDE TO THE SUPERVISING ENGINEER THE FOLLOWING FOR APPROVALS;
AL QALAA HOSPITAL
i) A SCHEDULE OF ALL SANITARY WARE INCLUDING FITTINGS ALL SELECTED FROM THE ARMITAGE SHANKS UK/TWYFORD UK HOSPITAL RANGE MANUFACTURED TO BS
LOCATION:
STANDARD OR EQUIVALENT.
AL QALAA
DRAWING TITLE:
2nd LEVEL - SURGICAL DEPARMENT OPERATING ROOM SCALE: DATE:
ii) INSTALLATION DRAWINGS FOR SANITARY WARE INCLUDING SECTIONS AND ELEVATIONS SHOWING TILE LAYOUT AND LOCATION OF ACCESSORIES AND FITTINGS. THE SQUAT TOILETS MUST BE INSTALLED TO BE FLUSH WITH FLOOR.
1:20 @ A0 28.11.2016
CLIENT:
MINISTRY OF HEALTH
iii) DETAILS OF PARTITION SYSTEMS TO BS STANDARD.
STATUS:
TENDER ISSUE
DRAWN:
VP AMF REL
PROJECT NUMBER:
CHECKED:
DRAWING NUMBER:
APPROVED:
REVISION:
04
193 15(800)
4
3 2 - WALL/SLAB EDGE DETAIL
10.11.2016
2
10.11.2016
1 - WALL FOUNDATION DETAIL
1
TYPICAL EXTERNAL WALL SECTION
4 - WALL/ROOF DETAIL
10.11.2016
10.11.2016
3 - WALL/SLAB EDGE DETAIL
STAIR SECTION
’ cathedral St.Stephen's . Under Construction MEP and Sustainability Consultancy for the St. Stephen’s Cathedral in Yenagoa, Nigeria
my task: HVAC System Layout - Technical Details - Coordination with Architects and Structural Consultants size - 4.200sqm #BIM #Africa #HVAC #iconic #religious #sustainability
2013-ongoing
The Sustainability strategy used for the climate control inside the church envelope is reached using innovative design to channel fresh air into the body of the nave and galleries. Displacement ventilation is the process of supplying conditioned outside air on a floor level and is usually extracted at a higher level. For the church the extraction part will be neglected as the roof is open allowing the hot air to escape. This will be achieved by using air scopes to capture fresh air, dehumidify it then channel the air through chillers and push it into the church using air handling units. The dehumidified chilled air will be distributed via plenums and grills set in the floors.
BIM MODEL OF THE HVAC SYSTEM CROSS SECTION WITH UNDERFLOOR HVAC SYSTEM
+18,050 2. FIRST FLOOR S.S.L. (First Gallery Level)
2476
1200
OFFICE
1195
2110
1447
703
FLEXIBLE CONNECTOR
DUCT
1560
AHU 03
2700
MOTORIZED DAMPER
CONCRETE PLINTH
+13,030 1. GROUND S.S.L.
PLENUM [WATER PROOF CONCRETE]
+10,800 TOP OF CRO ROAD (ONUE
2350
5930
1421
+9,600 Average 0 NATURAL GROUND LEVEL
400mmØ PVC DUCT [60m LENGTH] FROM AIR INTAKE TOWER
LAYOUT OF THE HVAC SYSTEM DETAIL SECTION OF THE PLENUM, AHU’S, AND THE MAIN DUCT ON THE BACK SIDE OF THE CHURCH
office shed
2015
Proposal Refurbishment of a shed in Richmond Upon Thames, United Kingdom my task: design - BIM model - report to client - CGI size - 14 sqm #BIM #timber #refurbishment #small
5153
1510
375
229 538
800
527
3150
981
877
800
920
2400
2693
1455
362
229
375
229
The subject of this intervention is the refurbishment of a shed into a small sustainable office. The aim of the project is also the achievement of the Code for Sustainable Homes level 5. The layout is very simple and just a small toilet is added to the previous one. A significant role is due to the wooden bespoke furniture designed to provide the space with a fordable bed, a desk and a bookcase. Two skylights are added to enhance the natural lighting.
1516
2229
5610
LAYOUT
PROJECT:
NOTES: ALL INFORMATION ILLUSTRATED REPRESENT DESIGN INTENT ONLY AND ALL PORTIONS OF THESE WORKS SHOULD BE CONSIDERED AS CONTRACTOR DESIGNED. THE MAIN CONTRACTOR MUST EVALUATE AND ASSESS ALL INFORMATION TO ENSURE COMPLIANCE WITH LOCAL STATUTORY OBLIGATIONS, CONSENTS AND LOCAL CLIMATE CHARACTERISTICS. FURTHER DETAILED DESIGN OR VARIATIONS TO THE PROPOSALS MUST BE COORDINATED BETWEEN THE SUB-CONTRACTORS & SUPPLIERS TO ENSURE COMPATIBILITY WITH THE OVERALL DESIGN. DO NOT SCALE FROM THIS DRAWING. THIS DRAWING IS BASED ON DIMENSIONAL SURVEY INFORMATION PROVIDED BY OTHERS. THE ARCHITECT CANNOT ACCEPT RESPONSIBILITY FOR THE ACCURACY OF THIS SURVEY INFORMATION.
DESIGN:
Office Shed
BIM MODEL
Layout
LOCATION:
Richmond Upon Thames SCALE:
1:25@A3
CLIENT:
REF
ALL DIMENSIONS ARE SHOWN IN METRIC. THIS DRAWING REMAINS THE COPYRIGHT OF ZEF CONCEPTS LTD.
DRAWING TITLE:
DRAWN:
VP
CHECKED: STATUS:
Proposal
APPROVED:
REF REF
DATE:
19/01/16
PROJECT NUMBER: DRAWING NUMBER: REVISION:
0
525 A100
cumberland house Proposal Refurbishment of an apartment in London, United Kingdom my task: design - BIM model - report to client - CGI size - 250sqm #london #refurbishment #BIM #residential #luxury
2015-ongoing
Cumberland house is in the prestigious neighbourhood of South Kensington, one of the most desirable residential addresses in London. The penthouse apartment enjoys panoramic views of Hyde Park as well as distant views of Kensington Palace and central London. The penthouse apartment therefore has the potential to be refurbished to a high quality residence at the top end of the property market. The apartment internally is however in a poor state of repair due to non-occupancy over a long period and is currently undergoing some minor repair and redecoration. The approach focus on developing a solid client relationship to ensure the design team understand the clients needs. This involves paying close personal attention to the clients requests through the design process which is provided in a way to inform, inspire, and assist the client through the process of transforming their apartment to become a unique and personalised interior space that meets their requirements. The goal of this project is to create an innovative and dynamic environment that is achieved through an open and flowing configuration of space. With openness and visual stimulation all spaces are designed to flow from one area to the next with the use of modern classic design within a contemporary setting.
SURVEY
BIM MODEL
PROPOSED LAYOUT
wild on wall Final thesis of Level II Master’s Degree Optimisation of a green wall system “Wild On Wall”, France my task: report - monitoring - prototyping #green #facade #sustainability #mock-up
2015
The subject of the final thesis of Level II Master’s Degree is the optimisation of a green wall system theorized by X-TU Architects during my 3 months stage in this Parisian Office. The objective is twofold: on the one hand the monitoring of the growth of vegetation of an already built test mock-up on terrace of the office and the study of possible solutions for the improvement of present unresolved issues; other design and construction of a new wooden mock-up with the function of covering a ventilation system present on the terrace, both for the support of “optimised” green wall.
PROCESS PLAN
1)
BUILT TEST MOCK-UP WITH BAGS SYSTEM. STUDY OF UNRESOLVED ISSUES AND PROPOSAL OF A NEW IMPROVED VERSION
2)
VENTILATION DUCT EXTRATION LOCATED ON THE OFFICE TERRACE
DESIGN OF MOCK-UP FOR THE SUPPORT OF GREEN WALL BAGS
MOCK-UP COVERED WITH OPTIMIZED GEOTEXTILE BAGS
VEGETATIONAL ISSUES ANALYSIS
DAY 10 - 4.0%
DAY 11 - 7.9%
DAY 12 - 8.0%
DAY 17 - 17.5%
DAY 18 - 20.6%
DAY 19 - 23.0%
DAY 20 - 24.1%
DAY 24 - 24.5%
DAY 30 - 28.5%
DAY 33 - 35.4%
DAY 34 - 37.2%
DAY 38 - 41.2%
DAY 39 - 41.3%
DAY 45 - 48.2%
CONSTRUCTIVE PARAMETRIC WORKSHOP
2014
Workshop during Level II Master’s Degree Design, optimisation and parametric costruction of a wooden mockup of a façade module in Feltre, Italy work group (Valerio Pagliuca, Claudio Carlini, Perla Colamesta, Davide Gatti, Carla Alberta Scapin, Filippo Spinazzè) my task: design - report - mock-up construction #parameters #wood #mock-up #workshop #optimisation #grasshopper #facade
The aim of the project is the creation of a second skin for one of the buildings of Feltre’s campus. The design is finalized to the satisfaction of certain performance targets related to interior lighting, renewable energy and reduction of heat demand. The steps to achieve these objectives were: optimization of a geometric shape to maximize the solar radiation and the parametrization of the porosity of the façade to provide natural light and a reduction of 20% of the heating requirements. The degree of shielding was then rendered into an architectural detail through the parametric pattern by which it is possible to manage the porosity percentage from 0 to 100%. The pattern is managed through simple rules applicable for each percentage required, with the primary objective to reduce the waste in manufacturing processes and site preparation, without neglecting the economic feasibility of the work and the possible repeatability of the technological elements. The structure is attached to the ground and to the roof of the existing building, while the panels are prefabricated and assembled on site by means of their overlap.
FRAMEWORK POROSITY SOLUTIONS
Porosity 2% 3 brises soleil
Porosity 5% 6 brises soleil
Porosity 15% 12 brises soleil
Porosity 30% 25 brises soleil rotation 9.44°
Porosity 60% 25 brises soleil rotation 20°
Porosity 70% 25 brises soleil rotation 30°
ASSEMBLY MODULE C Shaped modular structure
01 Planks of timber 1200x250x360mm
02 Cut at the top with an angle of 4 ° to ensure the curvature of the facade
03 Insertion of a metal core within the section of the plank
04 Arrangement of holes for fixation of brises soleil connectors
05 Fastening of top plank to a distance of 9 mm from vertical ones to avoid water stagnation
06 Fixed module ready to host brises soleil
07 Cutting of brises soleil and insertion of a middle pin for fastening and regulation
08 Fastening of brises soleil
STRUCTURAL WOODEN COLUMN 120 x 160 mm, 4.20m SPACING
PV PANEL
POST TENSION CONNECTION AND RAILING
POST TENSION CONNECTION STRUCTURAL WOODEN BEAM 120 x 160 mm
STEEL BRACKET FOR SLAB AND BEAM FIXATION FIRST FIX PLATE STEEL C PROFILE ANCHORING PLANKS WITH RING FOR CABLE BRACING
BRISE SOLEIL
EXISTING ROOF SLAB
ANCHORAGE TO EXISTING ROOF SLAB
LARCH TIMBER BRISE SOLEIL 42 X 9 mm LARCH TIMBER PLANK 250 X 36 mm ADJUSTABLE STEEL BRACKET
VERTICAL PLANKS FIRST FIX PLATE
CONCRETE BASE FOUNDATION
ANCHOR BOLTS
EXECUTIVE DETAIL SECTION
ANCHORAGE TO THE GROUND
expo 2015
2012
International design competition Buildings at service of Expo 2015 in Milan, Italy my task: design expo - 25.000sqm #ephemeral #wood #milan #pavilions #low-cost #large scale
The proposed project works substantially on the immediate identification of the “support buildings�. The concept is the use of a simple constructive system made of timber elements, spruce battens 120x120mm, generally used in building construction for different purposes. The choice to use the timber spruce batten is directed to minimize the use of energy for its production since it can be used in the raw state. Being furthermore easily available and transportable also minimizes the waste of energy used for the transport of materials and components from places of extraction and production to the construction site. The energy used for the actual construction, is reduced to the simplicity of the components in the site, being the timber spruce batten the main constructive element. In the phase of dismantling of these structures, they can be easily disassembled, bringing the timber battens to an optimal condition of reuse.
self service
first aid
toilets
merchandising
bar
SECTION B-B
H1 BUILDING GROUND FLOOR PLAN self service
technical support centre
toilets
merchandising
bar SECTION C-C
FIRST FLOOR PLAN
SECTION A-A
WEST ELEVATION
ROOF PLAN
BASEMENT PLAN
GAUGE STEEL DECKING
GAUGE STEEL DECKING TIMBER SPRUCE BATTEN 120x120mm, 5mt LENGHT
BEAM TYPE COMPOSED OF TIMBER SPRUCE BATTEN 120x120mm, 5mt LENGHT TIMBER SPRUCE BATTEN 120x120mm, 5mt LENGHT TIMBER SPRUCE BATTEN 120x120mm, 5mt LENGHT
BRISE SOLEILTIMBER SPRUCE BATTEN 120x120mm, 5mt LENGHT
TIMBER DECKING 3Omm THICKNESS
TIMBER SPRUCE BATTEN 120x120mm, 3.60mt LENGHT
BRISE SOLEILTIMBER SPRUCE BATTEN 120x120mm, 3.60mt LENGHT
WATERFALL ANGLE PV PANELS NATURAL STONE DRAINAGE SYSTEM LIGHTWEIGHT SCREED POLYURETHANE FOAM 40 mm WATERPROOFING MEMBRANE
CONCRETE SCREED DIAMETER 8mm STEEL GRID REINFORCEMENT GAUGE STEEL DECKING HI BOND A55/P600 0.7MM TIMBER SPRUCE BATTEN 120x120mm, 5mt LENGHT GLASS PANEL 225 sqm SURFACE PV BRISE SOLEIL TIMBER SPRUCE BATTEN 120x120mm, 5mt LENGHT
TIMBER DECKING 30mm THICKNESS TIMBER SPRUCE BATTEN 120x120mm, 5mt LENGHT TIMBER SPRUCE BATTEN 120x120mm, 5mt LENGHT
ELECTRICAL SYSTEM
AIR-CONDITIONING
GLASS PANEL BRISE SOLEIL TIMBER SPRUCE BATTEN 120x120MM, 3.60MT LENGHT
PLUMBING SYSTEM
TIMBER DECKING 30mm THICKNESS
PLUMBING SYSTEM
EXECUTIVE DETAIL SECTION
DAY CARE CENTER
2012
International design competition Day Care Center in Beersheba, Israel my task: design - photoretouching size - 1.900sqm #healthcare #concrete #programmatic #middle east
The city provides facilities and community services to 700 people with developmental intellectual disabilities of various levels, and the project is part of their aim to support and assist those in need. Then, the project must not only address the demand of day care center but also suggest a typology for day care center so that it can influence future development of service facilities in Beersheba. The difference in height with the main street and the city is solved with a large staircase and a ramp to the entrance of the structure. The concept of the design is to create several concrete volums each indipendent from the others and each one with its own private garden to guarantee privacy. Based on the requirement and program, 4 masses are proposed for phase 1, another 3 for phase 2 and 2 for phase 3. Masses in each phase compose a common courtyard, and are linked to each other through a central cover path.
linear urban system Graduation Thesis in Architecture and Urban Planning Planning of a linear urban system between Villa Literno and Castel Volturno, Italy size - 210 Ha #vision #city #large scale
2012
In the last few years unnumbered theories and studies on the modern city have been made. The contemporary town has lost its boundaries in its unstoppable and flowing process of growth. It has disorderly enlarged losing its shape and consequently any recognizability. The new urban peripheral area has lost any features of spatial continuity. An alteration of empty spaces and buildings creates settlement forms which have just few features of density and continuity of the urban forms. Neverthless, they cannot be considered “country” as well. Architects, urbanists, sociologists and and anthtropologists have created new terms such as: “città diffusa”, “campagna urbanizzata”, “rurbanizzazione”, “città regione”, “periurbanizzazione”, “urban sprawl” in English. The process of “territorial dispersion” has created a crisis in the contemporary town with subsequent waste of soil, low living density, a strong dependence on the individual transports (cars) because of the greater distance from the services and work places, growth of the environmental pollution, social isolation. A possible solution to this problems could be a model of settlement which has been theorised more than one century ago. Such model, which was supported by the spanish engineer Arturo Soria y Mata at the end of the 19th century, has influenced various architects and urbanists. The traditional model of a compact city growing around an original core has been refused. Taking its place, a new linear development (of a limited width) along infrastructural axis was found to optimize movements avoiding the congestions which distinguished the traditional towns. Each architect and urbanist has interpreted such model personaly according to the technological evolution of their times. Also the Ager Campanus is an example of urban sprawl. I propose a provocatory urban planning characterized by a series of linear urban systems (limited width about 300 mt.) and a high population density linked by the existing railway from Naples to Rome. The choice of these linear compact and densely built environment allows the preservation of the agrarian soils from urban expansions with the consequence of undesidered industrial installation away from the building areas.
fire station
2011
International design competition Multipurpose Security Centre with heliport in San Javier, Spain my task: design - detail - 3D model - physical model size - 3.150sqm #multipurpose #plaster #sustainability
Even the project site is very closed to sea, lives an abnormal condition of enclosure by surrounding low quality buildings. This suggests to create a building closed to exterior, in order to be isolated from the acoustic and perceptual pollution of the immediate surrounding. External facades are windowless and the only partially glazed part is in proximity of the entrance where the blind wall of white plaster that connects the two plans emphasizes a planning will. Services are host in the suspended volume. Connection between interior and exterior is related by the internal voids of patios which have a fundamental role in lighting and cooling.
SECTION AA’
NATURAL VENTILATION THROUGH THE PATIOS
CONTROL OF SOLAR RADIATION AND PHOTOVOLTAIC SYSTEMS
GROUND FLOOR PLAN
RAINWATER RECOVERY FOR BUILDING SERVICES
STONE FLOOR 20mm GLUE INSULATION 10mm PLASTERBOARD MORTAR SCREED POLYURETHANE FOAM 40mm
PLASTERBOARD PLASTERBOARD SUPPORT MACHINERY BEARING STRUCTURE IN REINFORCED CONCRETE HIDDEN LIGHT
FIRST PLAN
LIME PLASTER 20mm PERFORATED BRICK 200mm POLYURETHANE FOAM 30mm AIR SPACE PERFORATED BRICK 80mm EXECUTIVE DETAIL SECTION
LIME PLASTER 20mm
SECTION CC’
SECTION BB’
MAPLE WOOD FOIL 10mm
contemporary art museum
2011
International design competition Extension of the Gรถsta contemporary Art Museum , Finland my task: design - photoretouching size - 4.100sqm #nature #green roof #museum #dialogue
Far away from any easy sensationalism, the project presents itself, initially at least, like a monolithic, massive, unitary architecture. The design approach is to not relate to the scale of the buildings, uneven and uncertain, but relate to the scale of the landscape clear and unique. The objective is to avoid putting a new architectural landmark, since the special beauty and unique nature of the site. The concept is to create the new museum through the natural movement of the ground, with the insertion of three faults. The layout from above shows the incisions in the ground that suggest the access paths to the new structure, existing museum and park.
60 public housing International design competition 60 public housing in Melilla, Spain my task: design - physical model size - 3.950sqm #residential #wood #facade
2010
The proposed project extends along the outer edge of the lot. The project is built around a courtyard, an introverted and private space. The building was designed completely elevated from the ground, both to lighten the image of the volume and to promote natural air circulation, which serves as internal cooling. The building looks like a unit volume. The facade is characterized by the presence of wood panels which bear a double meaning, both functional and perceptual. From a functional standpoint panels are used to shield the sunlight and prevent overheating. From a perceptual point of view this system differentiates the image of the building, giving a dynamic and always different aspect. In coverage were also provided solar panels for electricity generation, especially given the favorable geographical position.
PHOTOVOLTAIC PANEL FOR ELECTRICITY GENERATION
STONES WATERPROOFING THERMAL INSULATION POLYURETHANE FOAM 30 MM BEARING STRUCTURE IN REINFORCED CONCRETE
CONCRETE FACADE OPENING SYSTEM FOR WOOD PANELS
PLASTERBOARD
PLAN
WOOD PANELS
DOUBLE GLASS
OPENING SYSTEM FOR WOOD PANELS CONCRETE FACADE
BEARING STRUCTURE IN REINFORCED CONCRETE CONCRETE SLABS PORCELANIZED STONEWARE TILE
EXECUTIVE DETAIL SECTION
67SQM FLAT PLAN
cibaf 2009
2009
Laboratory course of Architectural Design 4 Museum “Children’s City” in Frattamaggiore (NA), Italy size - 16.400sqm #children #museum
This work made during my academic years is placed in Frattamaggiore, a small town in province of Naples. This is for a competition for the so called “City of Children”, a building hosting activities linked to children: audiovisual library, exhibition itinerary to help children to develop sensations, gymnasium for physical exercise. Thanks to these activities the aim of that project is to become a functional landmark for the neighbourhood.
EXHIBITION SPACES
EXHIBITION SPACES
LIFTS+SERVICES
LIFTS+SERVICES RESTAURANT INFIRMARY DRESSING ROOMS GYM STORAGE GYM
EDUCATIONAL LABORATORY
AUDIOVISUAL LIFTS+SERVICES LIBRARY EXHIBITION SPACES
AUDIOVISUAL LIBRARY EXTERNAL SPACES
AUDITORIUM
GYM
GYM
+16.80 +11.20 +5.60 +0.00 -2.10 -3.15
EXTERNAL SPACES
UNIVERSITY RESIDENCE Laboratory course of Architectural Design 3 Housing for students of Faculty of Medicine in Caserta, Italy size - 6.850sqm #housing #campus
2008
This is a work made during my academic years. This building is a part of campus for the nearby faculty of medicine. This campus includes other three buildings linked directly by a footbridge. These buildings are the auditorium, the audiovisual library and the housing for students. This building is one hundrer metres long with a limited width of 17 metres. It’s composed by the floors. The ground floor is completely open, in fact the building is suspended of parallel concrete walls. In this area there are the entrance of the building from the park. The first floor is dedicated to common functions for students: kitchen, dining hall, warehouse, recreational spaces. The second and third floor are dedicated to dormitory, in which there are a central corridor and the rooms on the external sides.
Thank you for taking the time to review my portfolio and if you require any more specific information on my work experience please contact me. I look forward to hearing from you. +44 7492467317 valeriopagliuca@gmail.com