Published on 23 January 2026 by ISAD — School of Design in Milan

In the heart of Milan, where design education meets real-world sustainability challenges, ISAD presents Green Factory — a project that reimagines industrial spaces as living ecosystems. Developed by Alessandro Demaria, Alessandra Rossi, and Letizia Talamona, this work captures the ethos of ISAD’s portfolio: rigorous research, creative vision, and a commitment to environmental responsibility. The project stands as a testament to how design can transform the way we think about production, community, and the built environment.

Concept and Vision

Green Factory is not merely a building; it is a manifesto for a new industrial paradigm. The project envisions a manufacturing facility that operates in harmony with its surroundings, integrating green technologies, renewable energy, and biophilic design principles. The authors began with a fundamental question: can a factory be a positive contributor to its urban and natural context? Their answer is a resounding yes, achieved through a holistic approach that considers every aspect of the industrial process — from material sourcing to waste management, from worker wellbeing to community engagement.

The vision draws on the growing movement of industrial ecology, where waste from one process becomes input for another, and where buildings are designed as regenerative systems. In Green Factory, the production line is interwoven with green roofs, vertical gardens, and water recycling systems. The result is a facility that not only minimizes its environmental footprint but actively improves air quality, supports biodiversity, and creates a healthier workplace. This forward-thinking concept positions the project as a benchmark for future industrial design.

Design Methodology

The design process employed by Demaria, Rossi, and Talamona was deeply rooted in research and iterative prototyping. They began with a thorough analysis of existing industrial sites in the Milan periphery, identifying common inefficiencies and environmental impacts. This fieldwork informed a set of design principles focused on circularity, adaptability, and human-centric spaces. The team then developed multiple conceptual models, testing different configurations of production zones, green areas, and social spaces.

Key Design Principles

• Circular material flows: designing for disassembly and reuse of building components.
• Energy autonomy: integrating solar panels, geothermal systems, and energy recovery from production processes.
• Biophilic integration: incorporating natural light, vegetation, and outdoor views to enhance worker productivity and wellbeing.
• Community connectivity: creating public spaces and educational programs that link the factory to the local neighborhood.

This methodology reflects ISAD’s pedagogical emphasis on evidence-based design and cross-disciplinary collaboration. The students were encouraged to think beyond aesthetics, considering the social, economic, and environmental implications of every decision. The project’s strength lies in its ability to balance technical rigor with poetic vision, making sustainability not just a technical requirement but a design driver.

Spatial Organization and Green Infrastructure

Green Factory’s spatial layout is organized around a central green spine that runs through the entire complex. This spine serves as a natural ventilation corridor, a rainwater collection surface, and a social gathering space. Production halls are arranged in modular clusters, each with its own green roof and solar array. Between these clusters, landscaped courtyards provide break areas for workers and habitats for local flora and fauna. The building envelope is designed as a living skin, with climbing plants and integrated shading devices that reduce cooling loads in summer.

“We wanted to prove that industry and nature are not opposites, but partners in creating a resilient future.”

Water management is a critical component of the design. Rainwater is harvested from roofs and paved areas, stored in underground cisterns, and used for irrigation and toilet flushing. Greywater from sinks and showers is treated on-site through a constructed wetland, then reused for cooling towers. This closed-loop system reduces the factory’s demand on municipal water supplies and demonstrates how industrial processes can mimic natural cycles. The integration of such systems required careful coordination between architects, engineers, and landscape designers, a hallmark of ISAD’s collaborative studio culture.

Materials and Construction

The material palette for Green Factory prioritizes low-carbon, locally sourced, and recycled materials. The primary structure uses cross-laminated timber (CLT) for its renewable properties and carbon sequestration potential. Steel elements are specified with high recycled content, and concrete is minimized through the use of prefabricated components. Interior finishes include recycled glass tiles, natural clay plasters, and reclaimed wood from demolished buildings. These choices reduce the project’s embodied carbon while creating a warm, tactile environment that contrasts with traditional sterile industrial settings.

The construction strategy emphasizes modularity and prefabrication to reduce waste and construction time. Building components are designed to be easily assembled and disassembled, allowing for future adaptation or relocation. This approach aligns with the principles of the circular economy, extending the lifecycle of materials and reducing the environmental impact of demolition. The project also explores innovative construction techniques, such as 3D-printed clay blocks for non-structural walls, which further lower the carbon footprint and support local craftsmanship.

Social and Community Impact

Beyond its environmental achievements, Green Factory is conceived as a social catalyst. The project includes a public market hall, a community garden, and educational workshops that engage local residents in sustainable practices. The factory’s production processes are made visible through glazed walls and elevated walkways, inviting the public to learn about how goods are made and the importance of responsible consumption. This transparency builds trust and fosters a sense of shared ownership.

The design also prioritizes worker wellbeing, recognizing that a healthy workforce is essential for productivity and innovation. Natural daylight penetrates deep into production areas through skylights and light shelves, reducing reliance on artificial lighting. Break rooms are located adjacent to green courtyards, offering views of nature and opportunities for relaxation. Ergonomic workstations, acoustic comfort, and indoor air quality are carefully addressed, creating a workplace that attracts and retains talent. These human-centric considerations are often overlooked in industrial design, making Green Factory a pioneering example.

Lessons for Future Designers

Green Factory serves as an educational tool for ISAD students and the broader design community. The project demonstrates that sustainability is not a constraint but an opportunity for creativity and innovation. It challenges the notion that industrial buildings must be utilitarian and disconnected from their surroundings. Instead, it shows that factories can be beautiful, functional, and regenerative — places that people are proud to work in and live near.

The success of Green Factory lies in its integration of multiple disciplines: architecture, landscape design, engineering, ecology, and social science. This interdisciplinary approach is a core value at ISAD, where students are encouraged to collaborate across fields and think holistically about design problems. The project also highlights the importance of context-specific solutions; what works in Milan may not work elsewhere, but the underlying principles of circularity, biophilia, and community engagement are universally applicable.

As the world grapples with climate change and resource depletion, projects like Green Factory offer a hopeful vision for the future. They remind us that design has the power to transform our most polluting industries into models of sustainability. For aspiring designers, this project is a call to action: to question assumptions, embrace complexity, and design with purpose. The authors, Alessandro Demaria, Alessandra Rossi, and Letizia Talamona, have set a high bar for their peers, and their work will undoubtedly inspire future generations of ISAD students.

Written by ISAD — School of Design in Milan