Filla, renewed life in Montagnola

Montagnola Pavilion Bologna: The white leaf that unites architecture, sustainability, and innovation for the community

The context and design vision: a new life for Montagnola Park

Located in the northern part of Bologna's historic center, Montagnola Park is a vital green space and hub for social interaction. The new “Filla, renewed life in Montagnola” project by MCA – Mario Cucinella Architects reinforces the park’s cultural and recreational character, proposing an architecture that seamlessly blends function and form with its natural and historical surroundings. This intervention replaces a temporary tent-like structure with a permanent, energy-efficient building designed to host workshops, cultural events, and activities for children as part of the initiative “Bologna: The City of Children.”

Architecture and functions of the pavilion: three spaces for the community

The pavilion is composed of three distinct and flexible structures nestled among the centuries-old trees of the park. The main volume houses a multipurpose hall of approximately 300 square meters, accommodating over 100 people for events and activities. The second volume is dedicated to educational workshops, while the third serves as a café and social hub. These three structures are connected by a canopy inspired by Bologna’s iconic porticoes, providing shelter and continuity among the pavilion’s various functions. This covered space is both visually striking and designed for communal use, encouraging interaction and shared experiences.

Architecture and functions of the pavilion: three spaces for the community

The pavilion is composed of three distinct and flexible structures nestled among the centuries-old trees of the park. The main volume houses a multipurpose hall of approximately 300 square meters, accommodating over 100 people for events and activities. The second volume is dedicated to educational workshops, while the third serves as a café and social hub. These three structures are connected by a canopy inspired by Bologna’s iconic porticoes, providing shelter and continuity among the pavilion’s various functions. This covered space is both visually striking and designed for communal use, encouraging interaction and shared experiences.

Architecture and functions of the pavilion: three spaces for the community

The pavilion is composed of three distinct and flexible structures nestled among the centuries-old trees of the park. The main volume houses a multipurpose hall of approximately 300 square meters, accommodating over 100 people for events and activities. The second volume is dedicated to educational workshops, while the third serves as a café and social hub. These three structures are connected by a canopy inspired by Bologna’s iconic porticoes, providing shelter and continuity among the pavilion’s various functions. This covered space is both visually striking and designed for communal use, encouraging interaction and shared experiences.

Architettura e funzioni del Padiglione, tre volumi per la comunità

Architecture and functions of the pavilion: three spaces for the community

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Architettura e funzioni del Padiglione, tre volumi per la comunità

Il progetto si articola in tre volumi distinti e flessibili, immersi tra le fronde degli alberi secolari del parco. Il volume principale ospita una sala polivalente di circa 300 mq, capace di accogliere oltre 100 persone per eventi e attività. Il secondo volume è dedicato ai laboratori didattici, mentre il terzo ospita uno spazio di ristoro e socializzazione, il bar. L’elemento che unisce questi tre padiglioni è una copertura che richiama i celebri portici di Bologna, fornendo riparo e continuità tra le diverse funzioni del padiglione. Questo spazio non è solo scenografico, ma è pensato per essere vissuto dalla comunità, favorendo incontri e condivisioni.

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" Filla, the new Pavilion in the Montagnola Park, represents a tangible example of how architecture can place the community at its center, addressing contemporary needs for gathering, culture, and sustainability. With this project, we sought to create a space that not only integrates harmoniously into the historical and natural context of the park but also enriches it by offering areas for new forms of interaction and dialogue. By employing advanced technologies and sustainable materials, we have crafted an architecture that communicates with its surroundings, striking a balance between tradition and innovation."

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Technology and sustainability: a reversible, dry-construction project

With an emphasis on environmental respect and circular economy principles, the pavilion employs a partially dry-construction method using a lightweight, reversible steel structure. The sinuous canopy, supported by slender circular columns, is clad in corrugated metal sheeting with integrated rainwater drains concealed within the columns. Expansive curved glass facades maintain a visual connection between indoor and outdoor spaces, allowing natural light to enter the interiors and emphasizing the lightness of the canopy. Roof gardens on the pavilion buildings enhance thermal insulation and manage rainwater, further reducing the project’s environmental impact.

Technology and sustainability: a reversible, dry-construction project

With an emphasis on environmental respect and circular economy principles, the pavilion employs a partially dry-construction method using a lightweight, reversible steel structure. The sinuous canopy, supported by slender circular columns, is clad in corrugated metal sheeting with integrated rainwater drains concealed within the columns. Expansive curved glass facades maintain a visual connection between indoor and outdoor spaces, allowing natural light to enter the interiors and emphasizing the lightness of the canopy. Roof gardens on the pavilion buildings enhance thermal insulation and manage rainwater, further reducing the project’s environmental impact.

Technology and sustainability: a reversible, dry-construction project

With an emphasis on environmental respect and circular economy principles, the pavilion employs a partially dry-construction method using a lightweight, reversible steel structure. The sinuous canopy, supported by slender circular columns, is clad in corrugated metal sheeting with integrated rainwater drains concealed within the columns. Expansive curved glass facades maintain a visual connection between indoor and outdoor spaces, allowing natural light to enter the interiors and emphasizing the lightness of the canopy. Roof gardens on the pavilion buildings enhance thermal insulation and manage rainwater, further reducing the project’s environmental impact.

Tecnologia e sostenibilità, un progetto a secco per la reversibilità

Technology and sustainability: a reversible, dry-construction project

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Tecnologia e sostenibilità, un progetto a secco per la reversibilità

Nel rispetto dell'ambiente e in un’ottica di economia circolare, il progetto adotta una costruzione in parte a secco, con una struttura in acciaio leggera e reversibile. La copertura sinuosa, sostenuta da pilastrini circolari sottili, è rivestita in lamiera grecata e integra i pluviali all’interno delle colonne stesse. L’uso di ampie vetrate curve assicura una connessione visiva costante tra interno ed esterno, permettendo alla luce naturale di penetrare e sottolineando la leggerezza della copertura, andando a creare delle vere e proprie bolle in cui l’interno dei padiglioni è immerso esso stesso nel verde. Il tetto-giardino sui padiglioni contribuisce all'isolamento termico e alla gestione delle acque piovane, riducendo l’impatto ambientale.

Tree dimension analysis
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Tree dimension and structure analysis
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Tree dimension analysis with pavilions
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Concept diagrams by MCA

Digital innovation in design

The fluid design of “Filla” was achieved using advanced digital tools, including BIM and parametric modeling. These technologies enabled the precise shaping and optimization of the complex canopy and curved glass geometries, ensuring seamless integration with the overall structure. Interdisciplinary coordination software facilitated project management, improving construction efficiency and cost optimization. The digital precision ensured a high-quality outcome in both aesthetic and functional terms.

Digital innovation in design

The fluid design of “Filla” was achieved using advanced digital tools, including BIM and parametric modeling. These technologies enabled the precise shaping and optimization of the complex canopy and curved glass geometries, ensuring seamless integration with the overall structure. Interdisciplinary coordination software facilitated project management, improving construction efficiency and cost optimization. The digital precision ensured a high-quality outcome in both aesthetic and functional terms.

Digital innovation in design

The fluid design of “Filla” was achieved using advanced digital tools, including BIM and parametric modeling. These technologies enabled the precise shaping and optimization of the complex canopy and curved glass geometries, ensuring seamless integration with the overall structure. Interdisciplinary coordination software facilitated project management, improving construction efficiency and cost optimization. The digital precision ensured a high-quality outcome in both aesthetic and functional terms.

Innovazione digitale per la progettazione

Digital innovation in design

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Innovazione digitale per la progettazione

Il design fluido di “Filla” ha richiesto l’impiego di strumenti digitali avanzati, di una progettazione BIM e una modellazione parametrica. Questo processo ha permesso di modellare e ottimizzare le forme complesse della pensilina e delle vetrate curve, garantendo un controllo totale sulle geometrie e una perfetta integrazione con la struttura. Grazie, inoltre, a programmi di coordinamento interdisciplinare, è stato possibile controllare ogni fase del progetto, assicurando l’efficienza costruttiva e ottimizzando i costi di realizzazione. La precisione digitale ha reso possibile la creazione di un progetto di grande qualità estetica e funzionale.

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North elevation
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South elevation
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West elevation
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East elevation
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Elevations by MCA

Economic and environmental impact: a low-energy pavilion

The Pavilion is classified as an NZEB (Nearly Zero Energy Building), significantly reducing energy consumption and emissions compared to the previous temporary structure. The use of sustainable materials, dry-construction techniques, and advanced architectural solutions underscores MCA’s commitment to architecture that not only respects the environment but also enhances it, creating vibrant spaces for culture and community in the heart of the city.

Economic and environmental impact: a low-energy pavilion

The Pavilion is classified as an NZEB (Nearly Zero Energy Building), significantly reducing energy consumption and emissions compared to the previous temporary structure. The use of sustainable materials, dry-construction techniques, and advanced architectural solutions underscores MCA’s commitment to architecture that not only respects the environment but also enhances it, creating vibrant spaces for culture and community in the heart of the city.

Economic and environmental impact: a low-energy pavilion

The Pavilion is classified as an NZEB (Nearly Zero Energy Building), significantly reducing energy consumption and emissions compared to the previous temporary structure. The use of sustainable materials, dry-construction techniques, and advanced architectural solutions underscores MCA’s commitment to architecture that not only respects the environment but also enhances it, creating vibrant spaces for culture and community in the heart of the city.

Impatto economico e ambientale, un padiglione a basso impatto energetico

Economic and environmental impact: a low-energy pavilion

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Impatto economico e ambientale, un padiglione a basso impatto energetico

Il Padiglione si configura come un edificio NZEB (Nearly Zero Energy Building), riducendo drasticamente consumi energetici ed emissioni rispetto alla precedente struttura temporanea. L’uso di materiali sostenibili, tecnologie a secco e soluzioni architettoniche avanzate dimostra l’impegno di MCA verso un’architettura che non solo rispetta l’ambiente, ma lo valorizza, creando spazi di aggregazione e cultura nel cuore della città.

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A new space for the community: balancing past and future

“Filla” exemplifies how architecture can meet contemporary needs for sustainability, functionality, and beauty while preserving ties to history and nature. Thanks to the use of advanced technologies and sustainable materials, MCA has created a space that not only respects the context of Montagnola Park but also enriches it, offering Bologna a new venue for connection, culture, and a deeper relationship with its natural surroundings.

A new space for the community: balancing past and future

“Filla” exemplifies how architecture can meet contemporary needs for sustainability, functionality, and beauty while preserving ties to history and nature. Thanks to the use of advanced technologies and sustainable materials, MCA has created a space that not only respects the context of Montagnola Park but also enriches it, offering Bologna a new venue for connection, culture, and a deeper relationship with its natural surroundings.

A new space for the community: balancing past and future

“Filla” exemplifies how architecture can meet contemporary needs for sustainability, functionality, and beauty while preserving ties to history and nature. Thanks to the use of advanced technologies and sustainable materials, MCA has created a space that not only respects the context of Montagnola Park but also enriches it, offering Bologna a new venue for connection, culture, and a deeper relationship with its natural surroundings.

Un nuovo spazio per la comunità, in armonia con il passato e il futuro

A new space for the community: balancing past and future

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Un nuovo spazio per la comunità, in armonia con il passato e il futuro

“Filla” è un esempio di come l’architettura possa rispondere alle esigenze contemporanee di sostenibilità, funzionalità e bellezza, senza dimenticare il legame con la storia e la natura. Attraverso l’uso sapiente di tecnologie avanzate e materiali sostenibili, MCA ha realizzato un luogo che non solo rispetta il contesto del Parco della Montagnola, ma lo arricchisce, offrendo alla città di Bologna uno spazio di incontro, cultura e connessione diretta con l’ambiente naturale.

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Client
Comune di Bologna
Location
Bologna, Italy
Year
2024
Type
Civic, Cultural
Category
Architecture
Area
520 sqm
Status
Completed

Project

Mario Cucinella Architects

Project Team

MCA
Mario Cucinella
Team Member
Project Leader
Project Director
Cecilia Patrizi
Design Director
Design Leader
Architect
Tommaso Bettini
BIM Coordinator
Design Manager
Team Member
Project Leader, BIM Coordinator
Tommaso Boschi
Team Member
Architect
Technical Leader
Simone Papucci
Architect
Benedetta Mingardi
Visual Artist Coordinator
Visual Unit Manager
Alessia Monacelli
MCA
Mario Cucinella
Team Member
Project Leader
Project Director
Cecilia Patrizi
Design Director
Design Leader
Architect
Tommaso Bettini
BIM Coordinator
Design Manager
Team Member
Project Leader, BIM Coordinator
Tommaso Boschi
Team Member
Architect
Technical Leader
Simone Papucci
Architect
Benedetta Mingardi
Visual Artist Coordinator
Visual Unit Manager
Alessia Monacelli
MCA
Mario Cucinella
Team Member
Project Leader
Project Director
Cecilia Patrizi
Design Director
Design Leader
Architect
Tommaso Bettini
BIM Coordinator
Design Manager
Team Member
Project Leader, BIM Coordinator
Tommaso Boschi
Team Member
Architect
Technical Leader
Simone Papucci
Architect
Benedetta Mingardi
Visual Artist Coordinator
Visual Unit Manager
Alessia Monacelli
MCA
Mario Cucinella
Team Member
Project Leader
Project Director
Cecilia Patrizi
Design Director
Design Leader
Architect
Tommaso Bettini
BIM Coordinator
Design Manager
Team Member
Project Leader, BIM Coordinator
Tommaso Boschi
Team Member
Architect
Technical Leader
Simone Papucci
Architect
Benedetta Mingardi
Visual Artist Coordinator
Visual Unit Manager
Alessia Monacelli
MCA
Mario Cucinella
Team Member
Project Leader
Project Director
Cecilia Patrizi
Design Director
Design Leader
Architect
Tommaso Bettini
BIM Coordinator
Design Manager
Team Member
Project Leader, BIM Coordinator
Tommaso Boschi
Team Member
Architect
Technical Leader
Simone Papucci
Architect
Benedetta Mingardi
Visual Artist Coordinator
Visual Unit Manager
Alessia Monacelli
MCA
Mario Cucinella
Team Member
Project Leader
Project Director
Cecilia Patrizi
Design Director
Design Leader
Architect
Tommaso Bettini
BIM Coordinator
Design Manager
Team Member
Project Leader, BIM Coordinator
Tommaso Boschi
Team Member
Architect
Technical Leader
Simone Papucci
Architect
Benedetta Mingardi
Visual Artist Coordinator
Visual Unit Manager
Alessia Monacelli
MCA
Mario Cucinella
Team Member
Project Leader
Project Director
Cecilia Patrizi
Design Director
Design Leader
Architect
Tommaso Bettini
BIM Coordinator
Design Manager
Team Member
Project Leader, BIM Coordinator
Tommaso Boschi
Team Member
Architect
Technical Leader
Simone Papucci
Architect
Benedetta Mingardi
Visual Artist Coordinator
Visual Unit Manager
Alessia Monacelli
MCA
Mario Cucinella
Team Member
Project Leader
Project Director
Cecilia Patrizi
Design Director
Design Leader
Architect
Tommaso Bettini
BIM Coordinator
Design Manager
Team Member
Project Leader, BIM Coordinator
Tommaso Boschi
Team Member
Architect
Technical Leader
Simone Papucci
Architect
Benedetta Mingardi
Visual Artist Coordinator
Visual Unit Manager
Alessia Monacelli
MCA
Mario Cucinella
Team Member
Project Leader
Project Director
Cecilia Patrizi
Design Director
Design Leader
Architect
Tommaso Bettini
BIM Coordinator
Design Manager
Team Member
Project Leader, BIM Coordinator
Tommaso Boschi
Team Member
Architect
Technical Leader
Simone Papucci
Architect
Benedetta Mingardi
Visual Artist Coordinator
Visual Unit Manager
Alessia Monacelli
Structural Engineering
Maffeis Engineering Spa
Mep engineering
Technion s.r.l.
Visual
MCA Visual
Photo
Walter Vecchio
Walter Vecchio
Structural Engineering
Maffeis Engineering Spa
Mep engineering
Technion s.r.l.
Visual
MCA Visual
Photo
Walter Vecchio
Structural Engineering
Maffeis Engineering Spa
Mep engineering
Technion s.r.l.
Visual
MCA Visual
Photo
Walter Vecchio
Structural Engineering
Maffeis Engineering Spa
Mep engineering
Technion s.r.l.
Visual
MCA Visual
Photo
Walter Vecchio
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