3M Italia Headquarters

A culture of quality and innovation in the workplace

A project that begins from analysis of the environmental context

The building, located on the outskirts of Milan, is the headquarters of the company 3M ITALIA S.p.A. It is the first building realised in the context of the area's masterplan, designed by MCA in 2005, it is inserted in an area that has always been an example of the mixture of residential buildings and tertiary vocation due to the presence of large companies.

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Winner of the US Award 2009

By integrating the internal working spaces with the external features –shading systems, terraces, pedestrian paths, and green spaces – the new building attains a significant level of environmental quality (which was recognised when it won the Architecture Category of the US Awards 2009 – a competition that promotes and disseminates the culture of quality and innovation in the working environment). The design is characterised by its linear, terraced structure 105 metres long, varying in height between two and five storeys plus a basement. Its transversal section with internal courtyards, and its stepped roof, ensure that it is strongly integrated formally and visually with the surrounding green areas.

The focus on limiting energy consumption, in all seasons of the year, is associated above all with the building’s volumetric configuration, its orientation, its environmentally sustainable materials, and its use of advanced technologies for the integrated geothermal and photovoltaic system.  It is conceived as a single narrow rectilinear block orientated NE-SW and stepping down towards the south. These design decisions were determined by analysing the environmental conditions, particularly the exposure to the sun.

Winner of the US Award 2009

By integrating the internal working spaces with the external features –shading systems, terraces, pedestrian paths, and green spaces – the new building attains a significant level of environmental quality (which was recognised when it won the Architecture Category of the US Awards 2009 – a competition that promotes and disseminates the culture of quality and innovation in the working environment). The design is characterised by its linear, terraced structure 105 metres long, varying in height between two and five storeys plus a basement. Its transversal section with internal courtyards, and its stepped roof, ensure that it is strongly integrated formally and visually with the surrounding green areas.

The focus on limiting energy consumption, in all seasons of the year, is associated above all with the building’s volumetric configuration, its orientation, its environmentally sustainable materials, and its use of advanced technologies for the integrated geothermal and photovoltaic system.  It is conceived as a single narrow rectilinear block orientated NE-SW and stepping down towards the south. These design decisions were determined by analysing the environmental conditions, particularly the exposure to the sun.

Winner of the US Award 2009

By integrating the internal working spaces with the external features –shading systems, terraces, pedestrian paths, and green spaces – the new building attains a significant level of environmental quality (which was recognised when it won the Architecture Category of the US Awards 2009 – a competition that promotes and disseminates the culture of quality and innovation in the working environment). The design is characterised by its linear, terraced structure 105 metres long, varying in height between two and five storeys plus a basement. Its transversal section with internal courtyards, and its stepped roof, ensure that it is strongly integrated formally and visually with the surrounding green areas.

The focus on limiting energy consumption, in all seasons of the year, is associated above all with the building’s volumetric configuration, its orientation, its environmentally sustainable materials, and its use of advanced technologies for the integrated geothermal and photovoltaic system.  It is conceived as a single narrow rectilinear block orientated NE-SW and stepping down towards the south. These design decisions were determined by analysing the environmental conditions, particularly the exposure to the sun.

Premiato con l’US Award 2009

Winner of the US Award 2009

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Premiato con l’US Award 2009

L’integrazione fra gli spazi lavorativi e gli elementi esterni – sistemi di ombreggiamento, terrazze, percorsi pedonali, spazi verdi – garantisce un’importante qualità ambientale (riconosciuta anche attraverso l’US Awards 2009 – categoria Architettura, competizione nata per promuovere e diffondere la cultura della qualità e dell’innovazione dell’ambiente di lavoro). Il progetto è caratterizzato da una struttura lineare, terrazzata, lunga 105 metri, di altezza variabile tra i due e i cinque piani fuori terra più uno interrato: la sezione dell’edificio, le corti interne e l’andamento della copertura, assicurano una forte integrazione formale e visiva tra il volume e gli spazi verdi circostanti.

L’attenzione al contenimento dei consumi energetici in tutte le stagioni dell’anno è legata soprattutto alla configurazione volumetrica dell’edificio, al suo orientamento, ma anche all’uso di materiali eco compatibili e alla scelta di tecnologie impiantistiche all’avanguardia per l’impianto geotermico e fotovoltaico integrato.  L’edificio è stato concepito come una stecca orientata NE-SO, stretta e degradante verso Sud. La scelta è stata dettata dallo studio delle condizioni ambientali ed in particolare di quelle di irraggiamento solare.

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A building that seems to be moving

The building’s external envelope gives it an aesthetic that is dynamic and changeable when seen from different orientations. It is designed to ensure effective control of sunlight by a brise-soleil system that makes it possible to optimise the indirect natural daylighting whilst at the same time attenuating the effect of heat during the summer season, thereby reducing the need for mechanical cooling systems. On its northern side, the building has a mainly opaque façade to minimise heat loss, while on the east and west elevations the façade system is enriched with shading elements. The south-facing parts are designed as a series of terraces that provide shaded outdoor spaces for those who work in the building. The terraces also act as environmental mitigation elements that protect the internal climate from extreme external variations between summer and winter.

A building that seems to be moving

The building’s external envelope gives it an aesthetic that is dynamic and changeable when seen from different orientations. It is designed to ensure effective control of sunlight by a brise-soleil system that makes it possible to optimise the indirect natural daylighting whilst at the same time attenuating the effect of heat during the summer season, thereby reducing the need for mechanical cooling systems. On its northern side, the building has a mainly opaque façade to minimise heat loss, while on the east and west elevations the façade system is enriched with shading elements. The south-facing parts are designed as a series of terraces that provide shaded outdoor spaces for those who work in the building. The terraces also act as environmental mitigation elements that protect the internal climate from extreme external variations between summer and winter.

A building that seems to be moving

The building’s external envelope gives it an aesthetic that is dynamic and changeable when seen from different orientations. It is designed to ensure effective control of sunlight by a brise-soleil system that makes it possible to optimise the indirect natural daylighting whilst at the same time attenuating the effect of heat during the summer season, thereby reducing the need for mechanical cooling systems. On its northern side, the building has a mainly opaque façade to minimise heat loss, while on the east and west elevations the façade system is enriched with shading elements. The south-facing parts are designed as a series of terraces that provide shaded outdoor spaces for those who work in the building. The terraces also act as environmental mitigation elements that protect the internal climate from extreme external variations between summer and winter.

Un edificio che sembra in movimento

A building that seems to be moving

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Un edificio che sembra in movimento

L’involucro esterno conferisce all’edificio un’estetica dinamica e mutevole sui diversi orientamenti. È stato studiato per assicurare un controllo efficace della luce solare mediante un sistema di briese soleil che permette un’illuminazione ottimale e non diretta, attenuando l’apporto del calore nella stagione estiva cosi da favorire un minor uso degli impianti per il raffrescamento. L’edificio verso nord si presenta con un fronte prevalentemente opaco per limitare le dispersioni termiche, nei prospetti est ed ovest invece il sistema di facciata si arricchisce di elementi schermanti, mentre a sud è stato disegnato con una serie di terrazze che offrono spazi ombreggiati a disposizione del personale. Le terrazze agiscono inoltre come elementi di mitigazione ambientale proteggendo dagli sbalzi climatici estremi, fra gli interni e gli esterni, in estate e inverno.

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Daylight and transparency

The building has two internal courtyards that play a key role by bringing in natural daylight and by using the stack effect to give the workspaces natural ventilation during the mid-season periods and on summer nights. The configuration of the building, and the internal planning of the workspaces, ensure that nobody is more than 4 metres away from the nearest source of natural daylight.

Daylight and transparency

The building has two internal courtyards that play a key role by bringing in natural daylight and by using the stack effect to give the workspaces natural ventilation during the mid-season periods and on summer nights. The configuration of the building, and the internal planning of the workspaces, ensure that nobody is more than 4 metres away from the nearest source of natural daylight.

Daylight and transparency

The building has two internal courtyards that play a key role by bringing in natural daylight and by using the stack effect to give the workspaces natural ventilation during the mid-season periods and on summer nights. The configuration of the building, and the internal planning of the workspaces, ensure that nobody is more than 4 metres away from the nearest source of natural daylight.

Luce e trasparenza

Daylight and transparency

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Luce e trasparenza

L’edificio è dotato di due corti interne che svolgono un ruolo chiave perché favoriscono sia la penetrazione di luce naturale all’interno degli ambienti di lavoro sia la ventilazione naturale per effetto camino nelle mezze stagioni e nelle notti estive. La tipologia dell’edificio associata alla distribuzione interna degli spazi di lavoro garantisce che nessun collaboratore lavori ad una distanza superiore ai 4 metri dalla sorgente di luce naturale più vicina.

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Bioclimatic strategies

The innovative elements and solutions that were adopted in the design and development of the new 3M Italia headquarters are typical of the most up-to-date performance models of reference for buildings of reduced environmental impact. This was achieved by carefully integrating the design of the building envelope with the environmental control system, in particular by calibrating the opaque and transparent parts and by the use of sun screening. These factors make the building an efficient “bioclimatic machine”.

Bioclimatic strategies

The innovative elements and solutions that were adopted in the design and development of the new 3M Italia headquarters are typical of the most up-to-date performance models of reference for buildings of reduced environmental impact. This was achieved by carefully integrating the design of the building envelope with the environmental control system, in particular by calibrating the opaque and transparent parts and by the use of sun screening. These factors make the building an efficient “bioclimatic machine”.

Bioclimatic strategies

The innovative elements and solutions that were adopted in the design and development of the new 3M Italia headquarters are typical of the most up-to-date performance models of reference for buildings of reduced environmental impact. This was achieved by carefully integrating the design of the building envelope with the environmental control system, in particular by calibrating the opaque and transparent parts and by the use of sun screening. These factors make the building an efficient “bioclimatic machine”.

Strategie bioclimatiche

Bioclimatic strategies

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Strategie bioclimatiche

Nell’impostazione e nello sviluppo del progetto della nuova sede 3M, sono stati implementati elementi e soluzioni innovative che caratterizzano i più moderni modelli prestazionali di riferimento per edifici a ridotto impatto ambientale. Il raggiungimento di tale obiettivo è frutto di una progettazione integrata del sistema “edificio-impianto” che vede un accurato studio dell’involucro edilizio, legato in particolare alla calibrazione delle parti opache e trasparenti e della schermatura, che rendono l’edificio una efficiente “macchina bioclimatica”.

The bioclimatic project

The bioclimatic project

The bioclimatic project

Il progetto bioclimatico

The bioclimatic project

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Il progetto bioclimatico

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Client
Pirelli & C.Real Estate S.p.A Development Management Italy
Location
Pioltello, Italy
Year
2010
Type
Offices
Category
Architecture
Area
10,300 sqm
Status
Completed

Project

Mario Cucinella Architects

Project Team

MCA
Mario Cucinella
Project Director
Team Member
Project Leader
Luca Bertacchi
Team Member
Julissa Gutarra
Team Member
Design Leader
Design Director
Michele Olivieri
Team Member
Linda Larice
Team Member
Cristina Garavelli
Team Member
Alessio Rocco
Competition
Teams Member
R&D
Alberto Bruno
R&D
Team Member
Luca Stramigioli
Model Maker
Natalino Roveri
MCA
Mario Cucinella
Project Director
Team Member
Project Leader
Luca Bertacchi
Team Member
Julissa Gutarra
Team Member
Design Leader
Design Director
Michele Olivieri
Team Member
Linda Larice
Team Member
Cristina Garavelli
Team Member
Alessio Rocco
Competition
Teams Member
R&D
Alberto Bruno
R&D
Team Member
Luca Stramigioli
Model Maker
Natalino Roveri
MCA
Mario Cucinella
Project Director
Team Member
Project Leader
Luca Bertacchi
Team Member
Julissa Gutarra
Team Member
Design Leader
Design Director
Michele Olivieri
Team Member
Linda Larice
Team Member
Cristina Garavelli
Team Member
Alessio Rocco
Competition
Teams Member
R&D
Alberto Bruno
R&D
Team Member
Luca Stramigioli
Model Maker
Natalino Roveri
MCA
Mario Cucinella
Project Director
Team Member
Project Leader
Luca Bertacchi
Team Member
Julissa Gutarra
Team Member
Design Leader
Design Director
Michele Olivieri
Team Member
Linda Larice
Team Member
Cristina Garavelli
Team Member
Alessio Rocco
Competition
Teams Member
R&D
Alberto Bruno
R&D
Team Member
Luca Stramigioli
Model Maker
Natalino Roveri
MCA
Mario Cucinella
Project Director
Team Member
Project Leader
Luca Bertacchi
Team Member
Julissa Gutarra
Team Member
Design Leader
Design Director
Michele Olivieri
Team Member
Linda Larice
Team Member
Cristina Garavelli
Team Member
Alessio Rocco
Competition
Teams Member
R&D
Alberto Bruno
R&D
Team Member
Luca Stramigioli
Model Maker
Natalino Roveri
MCA
Mario Cucinella
Project Director
Team Member
Project Leader
Luca Bertacchi
Team Member
Julissa Gutarra
Team Member
Design Leader
Design Director
Michele Olivieri
Team Member
Linda Larice
Team Member
Cristina Garavelli
Team Member
Alessio Rocco
Competition
Teams Member
R&D
Alberto Bruno
R&D
Team Member
Luca Stramigioli
Model Maker
Natalino Roveri
MCA
Mario Cucinella
Project Director
Team Member
Project Leader
Luca Bertacchi
Team Member
Julissa Gutarra
Team Member
Design Leader
Design Director
Michele Olivieri
Team Member
Linda Larice
Team Member
Cristina Garavelli
Team Member
Alessio Rocco
Competition
Teams Member
R&D
Alberto Bruno
R&D
Team Member
Luca Stramigioli
Model Maker
Natalino Roveri
MCA
Mario Cucinella
Project Director
Team Member
Project Leader
Luca Bertacchi
Team Member
Julissa Gutarra
Team Member
Design Leader
Design Director
Michele Olivieri
Team Member
Linda Larice
Team Member
Cristina Garavelli
Team Member
Alessio Rocco
Competition
Teams Member
R&D
Alberto Bruno
R&D
Team Member
Luca Stramigioli
Model Maker
Natalino Roveri
MCA
Mario Cucinella
Project Director
Team Member
Project Leader
Luca Bertacchi
Team Member
Julissa Gutarra
Team Member
Design Leader
Design Director
Michele Olivieri
Team Member
Linda Larice
Team Member
Cristina Garavelli
Team Member
Alessio Rocco
Competition
Teams Member
R&D
Alberto Bruno
R&D
Team Member
Luca Stramigioli
Model Maker
Natalino Roveri
Structural Engineering
SCE project
MEP Engineering
TIFS Engineering
Project Management
Pirelli RE
Construction Management
Manutencoop Facility Management S.p.A.
Landscape Design
Studio Meucci; Riva Giardini
Civil Works Contractor
CMB
Façades
Teleya
Electrical and Mechanical Systems
Siemens
Raised Floors
Unifor
Photovoltaic Systems
Tecsolis
External Works
Gabanelli
Fit out project management
C&W
Visual
Engram Studio
Photo
Daniele Domenicali
Structural Engineering
SCE project
MEP Engineering
TIFS Engineering
Project Management
Pirelli RE
Construction Management
Manutencoop Facility Management S.p.A.
Landscape Design
Studio Meucci; Riva Giardini
Civil Works Contractor
CMB
Façades
Teleya
Electrical and Mechanical Systems
Siemens
Raised Floors
Unifor
Photovoltaic Systems
Tecsolis
External Works
Gabanelli
Fit out project management
C&W
Visual
Engram Studio
Photo
Daniele Domenicali
Structural Engineering
SCE project
MEP Engineering
TIFS Engineering
Project Management
Pirelli RE
Construction Management
Manutencoop Facility Management S.p.A.
Landscape Design
Studio Meucci; Riva Giardini
Civil Works Contractor
CMB
Façades
Teleya
Electrical and Mechanical Systems
Siemens
Raised Floors
Unifor
Photovoltaic Systems
Tecsolis
External Works
Gabanelli
Fit out project management
C&W
Visual
Engram Studio
Photo
Daniele Domenicali
Structural Engineering
SCE project
MEP Engineering
TIFS Engineering
Project Management
Pirelli RE
Construction Management
Manutencoop Facility Management S.p.A.
Landscape Design
Studio Meucci; Riva Giardini
Civil Works Contractor
CMB
Façades
Teleya
Electrical and Mechanical Systems
Siemens
Raised Floors
Unifor
Photovoltaic Systems
Tecsolis
External Works
Gabanelli
Fit out project management
C&W
Visual
Engram Studio
Photo
Daniele Domenicali
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