CINIFABRIQUE EXTENSION PROJECT
MASTER DEGREE IN BUILDING ARCHITECTURE Sustainable Design Construction Studio Politecnico di Milano Sustainable Architecture Construction Studio G. Boffi; G.L. Brunetti; M.Scaioni
DGA ARCHITECTURE
DGA ARCHITECTURE Daria Baldina Gaia Ghidoni Andrew Chee Kiong Chee Man Shing
MASTERPLAN Scale 1:500
CINIFABRIQUE EXTENSION PROJECT Cinifabrique is an educational building consisting of coworking and teaching spaces. The location is at via Stefano Canzio, 11, Cinisello Balsamo MI. The project aim is to design an extension of Cinifabrique for co-working facilities with multi-purpose laboratories for technological startups, training and pure teaching. The extension can be built in the yard of the existing school and on top of the building. The required spaces must be flexible depending on different needs. Additional space for meetings for common services and social encounters should be provided. Because the space is rented out by the municipality of Cinisello Balsamo to Cinifabrique, the project had to follow some requirements, temporariness and sustainability being the two prominent ones. The project aims to be a light structure which blends easily within its context, respecting both the nature present and the neighbouring police station.
Politecnico di Milano Sustainable Architecture Construction Studio G. Boffi; G.L. Brunetti; M.Scaioni
DGA ARCHITECTURE
Daria Baldina Gaia Ghidoni Andrew Chee Kiong Chee Man Shing
GROUND FLOOR WITH CONTEXT Scale 1:200
TEMPORARINESS SUSTAINABILITY MODULARITY DGA Architecture is proposing a cluster of 5 independent laboratories arranged around a central common space and an extension on top of the existing building. A modular design was adopted for the laboratories for its benefits of customization, flexibility and construction cost. The laboratories are covered by a single steel structure canopy which controls the sun rays exposure. The laboratories are made of timber, glulam and prefabricated panels. The first floor extension is also built with lightweight frames, whereas the canopy consists of S-235 galvanized steel and stainless steel. The construction choices have been carried out following the principle of sustainability: the material chosen have a low percentage of carbon embodied. Structures have been developed in timber (except for the canopy) due to the material’s ability to store carbon. Lastly, the project is easily demountable, so as to accommodate future needs.
Politecnico di Milano Sustainable Architecture Construction Studio G. Boffi; G.L. Brunetti; M.Scaioni
DGA ARCHITECTURE
Daria Baldina Gaia Ghidoni Andrew Chee Kiong Chee Man Shing
GROUND FLOOR PLAN ELECTRICAL GRID LAYOUT FIRE ALARM & POWER LAYOUT
INTERNAL ELECTRICAL RETICULATION LAYOUT Scale 1:200
FIRE ALARM AND SMALL POWER LAYOUT Scale 1:200
Politecnico di Milano Sustainable Architecture Construction Studio G. Boffi; G.L. Brunetti; M.Scaioni
DGA ARCHITECTURE
Daria Baldina Gaia Ghidoni Andrew Chee Kiong Chee Man Shing
FIRST FLOOR PLAN LIGHTING SYSTEM LAYOUT VENTILATION SYSTEM LAYOUT
LIGHTING SYSTEM LAYOUT Scale 1:200
VENTILATION SYSTEM LAYOUT Scale 1:200
Politecnico di Milano Sustainable Architecture Construction Studio G. Boffi; G.L. Brunetti; M.Scaioni
DGA ARCHITECTURE
Daria Baldina Gaia Ghidoni Andrew Chee Kiong Chee Man Shing
STRUCTURAL PLANS WATER SUPPLY LAYOUT FLOOR HEATING LAYOUT
WATER SUPPLY SYSTEM LAYOUT Scale 1:200
FLOOR HEATING SYSTEM LAYOUT Scale 1:200
Politecnico di Milano Sustainable Architecture Construction Studio G. Boffi; G.L. Brunetti; M.Scaioni
DGA ARCHITECTURE
Daria Baldina Gaia Ghidoni Andrew Chee Kiong Chee Man Shing
CANOPY JUNE SUN PATH DECEMBER SUN PATH
JUNE 21ST @ 6:00 (6:00 a.m.)
JUNE 21ST @ 19:00 (7:00 p.m.)
DECEMBER 21ST @ 10:00 (10:00 a.m.)
FOCUS DETAIL ON THE INCLINATION OF THE PANEL’S OPENINGS Set in summertime - no direct sunlight passes through
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50
100
250
500
Politecnico di Milano Sustainable Architecture Construction Studio G. Boffi; G.L. Brunetti; M.Scaioni
DECEMBER 21ST @ 16:00 (4:00 p.m.)
1000 cm
0 5 10
25
50
100 cm
DGA ARCHITECTURE
Daria Baldina Gaia Ghidoni Andrew Chee Kiong Chee Man Shing
MAIN BUILDING STRUCTURE Scale NTS
5 mm drainpipe 5 mm steel finishing 4 mm bituminous barrier 50 mm glass wool insulation
50 mm cast on site concrete finishing 320 mm bearing concrete 5 mm vapour barrier 142 mm glass wool insulation 4 mm bituminous barrier >40 mm sloping screed 4mm bituminous barrier 60 mm draining sand 100 mm thermal cut frame
MAIN BUILDING STRUCTURE Scale NTS
10 mm concrete like linoleum 162 mm screed with heating system and 22 mm rockwool insulation 178x460 mm hollowcore slab 320 mm bearing concrete
50 mm GRC external coating 70 mm steel plate support system 100 mm glass wool insulation 30 mm c-profiles 20 mm internal finishing timber panel
50 mm rockwool insulation 150 mm GRC pilaster 100 mm glass wool insulation 300x300 mm reinforced concrete beam
S-E STAIRS AXONOMETRY Scale NTS
420 mm bearing concrete slab with igloo system 5 mm waterproof barrier 100 mm glass wool insulation 5mm vapour barrier 90 mm screed with heating system 10 mm finishing
N-W STAIRS AXONOMETRY Scale NTS
STAIRS DETAIL Scale 1:20
Politecnico di Milano Sustainable Architecture Construction Studio G. Boffi; G.L. Brunetti; M.Scaioni
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1
2
5m
DGA ARCHITECTURE
Daria Baldina Gaia Ghidoni Andrew Chee Kiong Chee Man Shing
MAIN BUILDING DETAIL Scale 1:10
Politecnico di Milano Sustainable Architecture Construction Studio G. Boffi; G.L. Brunetti; M.Scaioni
0 5 10
25
50
100 cm
DGA ARCHITECTURE
Daria Baldina Gaia Ghidoni Andrew Chee Kiong Chee Man Shing
WINTER GARDEN DETAIL Scale 1:10
Politecnico di Milano Sustainable Architecture Construction Studio G. Boffi; G.L. Brunetti; M.Scaioni
0 5 10
25
50
100 cm
DGA ARCHITECTURE
Daria Baldina Gaia Ghidoni Andrew Chee Kiong Chee Man Shing
LABORATORIES DETAILS Scale 1:10
LABORATORIES COMPLETE PLAN Scale 1:50
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50
100
250
LABORATORIES STRUCTURE Scale NTS
500
Politecnico di Milano Sustainable Architecture Construction Studio G. Boffi; G.L. Brunetti; M.Scaioni
1000 cm
0 5 10
DGA ARCHITECTURE
25
50
100 cm
Daria Baldina Gaia Ghidoni Andrew Chee Kiong Chee Man Shing