Arts, Culture, and Heritage as Drivers of Change
Living Factory - Industrial Regeneration
FAT & Hutmen Regeneration: A Sustainable Urban Strategy for Wrocław’s Post-Industrial Heart
The Living Factory transforms the former FAT industrial site from a disconnected "urban island" into a breathable neighborhood. By removing old barriers, a new grid creates a green connector for the community. At its core, historic red-brick halls are reborn as The Hubs, vibrant spaces for local workshops, studios, and small businesses. It is an "ever-awake" district where living, working, and nature coexist.
Poland
National
Mainly urban
It involves a physical transformation of the built environment (hard investment)
Early concept
No
No
Yes
Individual
This proposal addresses the challenge of revitalizing large-scale post-industrial sites, using the FAT and Hutmen complexes in Wrocław as an example. In the face of contemporary urban challenges, such as urban sprawl and the urgent need for climate adaptation, brownfield sites represent a crucial resource for the sustainable development of urban structures. The primary objective of this research was to formulate a comprehensive urban and architectural strategy that transforms a degraded "urban void" into a vibrant, multifunctional district while respecting its industrial heritage.
At the base of the study is a comparative analysis conducted on selected regeneration projects in Eindhoven (Strijp-S, Strijp-R, NRE, and SectieC). This analysis allowed for a set of transferable lessons. The comparative analysis reveals a critical integration gap in the current state of the chosen Wrocław site, while the Eindhoven models utilize heritage as a source for urban porosity and 24/7 social vibrancy, the FAT site remains, a disconnected island. Consequently, the research identifies a set of twelve key rules that provide a strategic framework for bridging this gap.
The research phase involved a detailed diagnosis of the FAT and Hutmen sites, covering compositional, mobility, social, and environmental analyses. The findings highlighted the problem of the site’s isolation (the "island effect"), a lack of ecological continuity, and the degradation of valuable heritage structures dating back to the late 19th and early 20th centuries.
The design component of the thesis consists of three integrated scales: the comprehensive urban masterplan for the FAT and Hutmen sites, the detailed urban design of the "Living Factory" district, and the architectural adaptive reuse of historical halls. The "Living Factory" serves as the epitome of the site’s character, transforming the industrial relic into a vibrant ecosystem where work, life, and creation coexist.
At the base of the study is a comparative analysis conducted on selected regeneration projects in Eindhoven (Strijp-S, Strijp-R, NRE, and SectieC). This analysis allowed for a set of transferable lessons. The comparative analysis reveals a critical integration gap in the current state of the chosen Wrocław site, while the Eindhoven models utilize heritage as a source for urban porosity and 24/7 social vibrancy, the FAT site remains, a disconnected island. Consequently, the research identifies a set of twelve key rules that provide a strategic framework for bridging this gap.
The research phase involved a detailed diagnosis of the FAT and Hutmen sites, covering compositional, mobility, social, and environmental analyses. The findings highlighted the problem of the site’s isolation (the "island effect"), a lack of ecological continuity, and the degradation of valuable heritage structures dating back to the late 19th and early 20th centuries.
The design component of the thesis consists of three integrated scales: the comprehensive urban masterplan for the FAT and Hutmen sites, the detailed urban design of the "Living Factory" district, and the architectural adaptive reuse of historical halls. The "Living Factory" serves as the epitome of the site’s character, transforming the industrial relic into a vibrant ecosystem where work, life, and creation coexist.
The idea emerged from observing the growing "urban void" in Wrocław’s post-industrial landscape and the pressure of aggressive residential densification that often erases local identity. The concept was developed through a comparative analysis between Wrocław and Eindhoven (NL). By studying successful Dutch models like Strijp-S and Sectie-C, the research identified that successful regeneration requires "porosity" and "flexibility."
Main steps included:
1 Site Analysis: Mapping the "island effect" and barriers.
2 Case Studies: On-site research in Eindhoven to extract universal "lessons" on adaptive reuse.
3 Community Dialogue: Consulting with the local Neighbourhood Council to understand social needs.
4 Strategy Design: Implementing a "bottom-up" meets "top-down" approach, where temporary uses pave the way for permanent high-quality urban structures.
Main steps included:
1 Site Analysis: Mapping the "island effect" and barriers.
2 Case Studies: On-site research in Eindhoven to extract universal "lessons" on adaptive reuse.
3 Community Dialogue: Consulting with the local Neighbourhood Council to understand social needs.
4 Strategy Design: Implementing a "bottom-up" meets "top-down" approach, where temporary uses pave the way for permanent high-quality urban structures.
Adaptive Reuse
Post-Industrial Heritage
Nature-Based Solutions
Urban Porosity
Creative Ecosystem
The "Living Factory" concept addresses contemporary urban challenges by transforming a disconnected industrial void into a resilient, multifunctional community. Its exemplary nature in terms of sustainability stems from a holistic approach that balances environmental health with social and economic vitality. With the 12 universal rules focusing on sustainable development of postindustrial spaces.
In the environmental aspects it focuses on mitigating urban heat islands through introducing ventilation, green corridors, restoring the city's natural airflow and providing much-needed cooling for the district. Through introducing micro-rain gardens, some even integrated into the footprints of old industrial halls the project utilizes nature-based solutions to manage stormwater and enhance local biodiversity and by redeveloping centrally located brownfield land.
Socially the project transforms a closed enclave into a permeable connector for the community, replacing physical and psychological barriers with a grid that prioritizes human-scale mobility. By establishing "Third Places", the design creates social anchors that encourage a strong sense of belonging between home and work. Creating new living spaces with essential services like schools, clinics, and creative hubs ensures a vibrant environment.
Culturally and economically the concept treats industrial "relics" not as obstacles, but as value-generators. Preserving historic brick facades and steel trusses anchors the district's unique identity while reducing the carbon footprint of new construction. Historical halls are repurposed into affordable hubs for makers, startups, and artists. Citizen participation ensured the project aligns with the real needs of the residents.
The "Living Factory" demonstrates that post-industrial redevelopment must go beyond building renovation. It offers a transferable framework where heritage preservation serves as the foundation for a sustainable ecosystem.
In the environmental aspects it focuses on mitigating urban heat islands through introducing ventilation, green corridors, restoring the city's natural airflow and providing much-needed cooling for the district. Through introducing micro-rain gardens, some even integrated into the footprints of old industrial halls the project utilizes nature-based solutions to manage stormwater and enhance local biodiversity and by redeveloping centrally located brownfield land.
Socially the project transforms a closed enclave into a permeable connector for the community, replacing physical and psychological barriers with a grid that prioritizes human-scale mobility. By establishing "Third Places", the design creates social anchors that encourage a strong sense of belonging between home and work. Creating new living spaces with essential services like schools, clinics, and creative hubs ensures a vibrant environment.
Culturally and economically the concept treats industrial "relics" not as obstacles, but as value-generators. Preserving historic brick facades and steel trusses anchors the district's unique identity while reducing the carbon footprint of new construction. Historical halls are repurposed into affordable hubs for makers, startups, and artists. Citizen participation ensured the project aligns with the real needs of the residents.
The "Living Factory" demonstrates that post-industrial redevelopment must go beyond building renovation. It offers a transferable framework where heritage preservation serves as the foundation for a sustainable ecosystem.
The aesthetics of the Living Factory are rooted in the belief that beauty emerges from the dialogue between history and sustainability. In the everyday, the project enhances life by transforming a hostile, fenced-off industrial "void" into a rich landscape of textures. By preserving the historic red-brick facades and rhythmic steel structures of the FAT and Hutmen halls, the design maintains a visual continuity that respects Wrocław’s identity. The aesthetic value lies in the balance of contrasts: the raw, weathered patina of the industrial halls is softened by the lush, wild greenery of the Green Spine.This ensures a high-quality environment where the "sensory urbanism" of the past meets modern ecological comfort.
To foster a long-term sense of belonging, the project prioritizes the "human scale" over the monolithic character typical of modern commercial developments. The design introduces third spaces, intimate plazas and outdoor workshop areas, where the act of creative making is visible to the public. When residents see artists, craftsmen, and startups working within these historic walls, the site transitions from an anonymous "non-place" into a shared landmark. This transparency creates a culture of care; the neighborhood becomes a destination of pride rather than a fenced-off transit zone.
The project is exemplary in its aesthetics because it follows a universal design philosophy where beauty is synonymous with accessibility. It is found in the inviting pedestrian paths that "stitch" the district to the city and in the vibrant, life of the public spaces. By applying a flexible aesthetic inspired based on the 12 universal rules, the project proves that the most beautiful neighborhoods are those that leave room for community expression and the natural evolution of the urban fabric.
To foster a long-term sense of belonging, the project prioritizes the "human scale" over the monolithic character typical of modern commercial developments. The design introduces third spaces, intimate plazas and outdoor workshop areas, where the act of creative making is visible to the public. When residents see artists, craftsmen, and startups working within these historic walls, the site transitions from an anonymous "non-place" into a shared landmark. This transparency creates a culture of care; the neighborhood becomes a destination of pride rather than a fenced-off transit zone.
The project is exemplary in its aesthetics because it follows a universal design philosophy where beauty is synonymous with accessibility. It is found in the inviting pedestrian paths that "stitch" the district to the city and in the vibrant, life of the public spaces. By applying a flexible aesthetic inspired based on the 12 universal rules, the project proves that the most beautiful neighborhoods are those that leave room for community expression and the natural evolution of the urban fabric.
The Living Factory concept treats inclusion as a fundamental spatial right, moving beyond standard compliance to create an environment where every citizen feels welcome. A primary goal of the design is to dissolve the "exclusive" nature of the former industrial site, turning a 40-hectare barrier into a public commons. By applying universal design principles and the 12 established rules, the project ensures that the entire network of green paths and creative hubs is 100% barrier-free, accommodating people with limited mobility, parents with strollers, and the elderly from the surrounding estates.
Accessibility is physically integrated through thoughtful urban furniture and "resting points" distributed every 50 to 100 meters along the main pedestrian arteries. These seating areas are designed for diverse needs, featuring armrests to assist seniors and varied heights to accommodate different physical abilities. The project specifically addresses the needs of the 14,000 residents in the adjacent Grabiszyn-Grabiszynek district by creating "intergenerational zones." These are safe, high-visibility public squares that serve as "outdoor living rooms," where shared benches and open workshops encourage social interaction between long-time local residents and the new community of creators.
Furthermore, the concept promotes social and economic inclusion by lowering the threshold for participation in the city’s creative life. The "Maker Hubs" (PR Create halls) provide affordable, flexible studio spaces that prevent the displacement of local talent. By offering a mix of housing types, from compact studios to larger family apartments, the project ensures a diverse social demographic. This inclusive governance model, reinforced by dialogue with the local Neighbourhood Council, ensures the site is not a gated enclave but a functional, affordable, and accessible extension of the existing city fabric.
Accessibility is physically integrated through thoughtful urban furniture and "resting points" distributed every 50 to 100 meters along the main pedestrian arteries. These seating areas are designed for diverse needs, featuring armrests to assist seniors and varied heights to accommodate different physical abilities. The project specifically addresses the needs of the 14,000 residents in the adjacent Grabiszyn-Grabiszynek district by creating "intergenerational zones." These are safe, high-visibility public squares that serve as "outdoor living rooms," where shared benches and open workshops encourage social interaction between long-time local residents and the new community of creators.
Furthermore, the concept promotes social and economic inclusion by lowering the threshold for participation in the city’s creative life. The "Maker Hubs" (PR Create halls) provide affordable, flexible studio spaces that prevent the displacement of local talent. By offering a mix of housing types, from compact studios to larger family apartments, the project ensures a diverse social demographic. This inclusive governance model, reinforced by dialogue with the local Neighbourhood Council, ensures the site is not a gated enclave but a functional, affordable, and accessible extension of the existing city fabric.
The development of the Living Factory concept was rooted in a deep social and spatial diagnostic to ensure the project serves the actual needs of the Grabiszyn-Grabiszynek district. A key component of this process was the direct dialogue with the Neighbourhood Council, which represents a community of approximately 14,000 residents. Through these meetings, it became clear that the primary concern of the existing community was the threat of "pathological densification"—the fear that the industrial site would be replaced by a gated, high-density residential monoculture that would strain local infrastructure and erase green lungs.
In response to this feedback, the masterplan was fundamentally restructured. The emphasis shifted from maximizing floor area to creating a "Green Spine", a public ecological corridor that provides a direct, accessible connection to Grabiszyński Park for everyone, not just future residents. This participatory approach ensured that the project acts as an "urban gift" to the existing community, providing much-needed leisure space and air circulation.
Beyond local residents, the concept was refined through consultations with diverse specialists and stakeholders. This included academic experts from the Technical University of Eindhoven (TU/e), whose insights into the transformation of districts like Strijp-S helped bridge the gap between architectural theory and practical urban management. I also analyzed the needs of potential "end-users" for the creative spaces, local artisans and small-scale entrepreneurs, to ensure the "Maker Hubs" were designed with the necessary technical flexibility and low-threshold entry costs.
In response to this feedback, the masterplan was fundamentally restructured. The emphasis shifted from maximizing floor area to creating a "Green Spine", a public ecological corridor that provides a direct, accessible connection to Grabiszyński Park for everyone, not just future residents. This participatory approach ensured that the project acts as an "urban gift" to the existing community, providing much-needed leisure space and air circulation.
Beyond local residents, the concept was refined through consultations with diverse specialists and stakeholders. This included academic experts from the Technical University of Eindhoven (TU/e), whose insights into the transformation of districts like Strijp-S helped bridge the gap between architectural theory and practical urban management. I also analyzed the needs of potential "end-users" for the creative spaces, local artisans and small-scale entrepreneurs, to ensure the "Maker Hubs" were designed with the necessary technical flexibility and low-threshold entry costs.
The implementation of the Living Factory relies on structured cooperation between stakeholders across local, regional, and European levels. While urban regeneration rules vary by country, this project uses a comparative framework to adapt 12 universal rules to the specific legal and ownership landscape of Wrocław.
Stakeholders and Levels of Engagement:
Local Level (Municipality and Community): The primary stakeholders are the Wrocław City Architect’s Office and the Grabiszyn-Grabiszynek Neighbourhood Council. Their engagement ensures the project addresses local social needs, transforming a private industrial site into a public-facing district.
Regional Level (Heritage and Environment): The Provincial Conservator of Monuments is a critical partner for the adaptive reuse of the FAT and Hutmen halls. Their involvement ensures the 12 design rules, specifically those regarding the preservation of industrial "patina", are met while allowing for modern functional upgrades.
European Level (Policy and Funding): The project is designed to align with the European Green Deal and New European Bauhaus goals. This strategic alignment makes the development eligible for specific EU funding, such as the National Recovery Plan (KPO) or regional operational programs.
Added Value of Engagement:
The synergy between these levels prevents the site from becoming a gated residential "monoculture." A major "added value" is the ability to attract external European capital to fund non-commercial public infrastructure, such as the "Green Spine" and public parks. This reduces the financial burden on the local municipality and provides an incentive for Public-Private Partnerships (PPP).
Implementation in the Polish system would be achieved through a Local Revitalization Plan (Miejscowy Plan Rewitalizacji), allowing for precise definitions of facade features and public standards. Furthermore, designating the site as a Revitalization Area grants the city the right of first refusal.
Stakeholders and Levels of Engagement:
Local Level (Municipality and Community): The primary stakeholders are the Wrocław City Architect’s Office and the Grabiszyn-Grabiszynek Neighbourhood Council. Their engagement ensures the project addresses local social needs, transforming a private industrial site into a public-facing district.
Regional Level (Heritage and Environment): The Provincial Conservator of Monuments is a critical partner for the adaptive reuse of the FAT and Hutmen halls. Their involvement ensures the 12 design rules, specifically those regarding the preservation of industrial "patina", are met while allowing for modern functional upgrades.
European Level (Policy and Funding): The project is designed to align with the European Green Deal and New European Bauhaus goals. This strategic alignment makes the development eligible for specific EU funding, such as the National Recovery Plan (KPO) or regional operational programs.
Added Value of Engagement:
The synergy between these levels prevents the site from becoming a gated residential "monoculture." A major "added value" is the ability to attract external European capital to fund non-commercial public infrastructure, such as the "Green Spine" and public parks. This reduces the financial burden on the local municipality and provides an incentive for Public-Private Partnerships (PPP).
Implementation in the Polish system would be achieved through a Local Revitalization Plan (Miejscowy Plan Rewitalizacji), allowing for precise definitions of facade features and public standards. Furthermore, designating the site as a Revitalization Area grants the city the right of first refusal.
The Living Factory synthesizes diverse fields into a single urban strategy. The concept is built upon the following disciplines:
Architecture & Urban Planning: Establishing a "15-minute city" model by "stitching" the former industrial enclave back into the public tissue through a porous, human-scale grid.
Heritage Conservation: Applying "Active Conservation" where historic red-brick facades are reused as functional assets
Environmental Sciences: Implementing nature-based, passive solutions, including extensive concrete unsealing and the creation of a "Green Spine" to manage stormwater and mitigate the Urban Heat Island effect.
Sociology & Social Sciences: Rooted in a "Social Diagnostic" of 14,000 residents, the plan prioritizes "Third Places" and intergenerational zones to prevent social isolation and ensure the site serves the existing community.
Economic Strategy: Utilizing the 12 universal rules to develop a viable business model for "Maker Hubs," ensuring creative spaces remain affordable for startups while supporting long-term district growth.
Knowledge Integration:
The project’s 12 universal design rules serve as the bridge between these fields. For instance, the rule of "Functional Diversity" acts simultaneously as an architectural layout, a sociological tool for vibrancy, and an economic strategy for resilience. This transdisciplinary approach ensures the project is not just a spatial design, but a socially and ecologically functioning ecosystem.
Architecture & Urban Planning: Establishing a "15-minute city" model by "stitching" the former industrial enclave back into the public tissue through a porous, human-scale grid.
Heritage Conservation: Applying "Active Conservation" where historic red-brick facades are reused as functional assets
Environmental Sciences: Implementing nature-based, passive solutions, including extensive concrete unsealing and the creation of a "Green Spine" to manage stormwater and mitigate the Urban Heat Island effect.
Sociology & Social Sciences: Rooted in a "Social Diagnostic" of 14,000 residents, the plan prioritizes "Third Places" and intergenerational zones to prevent social isolation and ensure the site serves the existing community.
Economic Strategy: Utilizing the 12 universal rules to develop a viable business model for "Maker Hubs," ensuring creative spaces remain affordable for startups while supporting long-term district growth.
Knowledge Integration:
The project’s 12 universal design rules serve as the bridge between these fields. For instance, the rule of "Functional Diversity" acts simultaneously as an architectural layout, a sociological tool for vibrancy, and an economic strategy for resilience. This transdisciplinary approach ensures the project is not just a spatial design, but a socially and ecologically functioning ecosystem.
The financial sustainability of the Living Factory is built on a diversified, multi-phase revenue model that balances short-term capital needs with long-term community resilience.
1. Initial Capital and Infrastructure:
The initial phase relies on a Public-Private Partnership (PPP). Private developers generate high-velocity returns through the sale of the 1,400 residential units. Simultaneously, the project leverages EU and National funding (such as KPO/National Recovery Plan) to fund the non-commercial "Green Spine" and public parks. This "de-risks" the project for the municipality while providing the developer with the high-quality surroundings that increase property values.
2. Long-term Operational Revenue:
Unlike traditional developments that sell all assets and exit, this model proposes that a portion of the site (the Maker Hubs) remains under a "Trust" or community-oriented management structure. Revenue is generated through:
Tiered Commercial Leases: High-rent retail and F&B on ground floors subsidize the "low-threshold" affordable studios for local artisans and startups.
The "Place-making Premium": The cultural vibrancy of the Maker Hubs creates a unique district brand. This "cool factor" maintains high occupancy rates and premium values for the commercial and residential sectors without requiring expensive traditional marketing.
3. Financial Circularity:
By utilizing Adaptive Reuse, the project avoids the massive sunk costs of total demolition and new foundation work. Reusing the red-brick halls (PR3/PR5) significantly lowers the initial carbon tax burden and construction costs, allowing those savings to be reinvested into high-quality public furnishings. This creates a self-sustaining ecosystem where the industrial heritage is the primary economic engine, preventing the "boom-and-bust" cycle of monofunctional housing estates.
1. Initial Capital and Infrastructure:
The initial phase relies on a Public-Private Partnership (PPP). Private developers generate high-velocity returns through the sale of the 1,400 residential units. Simultaneously, the project leverages EU and National funding (such as KPO/National Recovery Plan) to fund the non-commercial "Green Spine" and public parks. This "de-risks" the project for the municipality while providing the developer with the high-quality surroundings that increase property values.
2. Long-term Operational Revenue:
Unlike traditional developments that sell all assets and exit, this model proposes that a portion of the site (the Maker Hubs) remains under a "Trust" or community-oriented management structure. Revenue is generated through:
Tiered Commercial Leases: High-rent retail and F&B on ground floors subsidize the "low-threshold" affordable studios for local artisans and startups.
The "Place-making Premium": The cultural vibrancy of the Maker Hubs creates a unique district brand. This "cool factor" maintains high occupancy rates and premium values for the commercial and residential sectors without requiring expensive traditional marketing.
3. Financial Circularity:
By utilizing Adaptive Reuse, the project avoids the massive sunk costs of total demolition and new foundation work. Reusing the red-brick halls (PR3/PR5) significantly lowers the initial carbon tax burden and construction costs, allowing those savings to be reinvested into high-quality public furnishings. This creates a self-sustaining ecosystem where the industrial heritage is the primary economic engine, preventing the "boom-and-bust" cycle of monofunctional housing estates.
The Living Factory is designed as a transferable methodology for reconnecting "urban islands", the isolated, post-industrial voids common in Central and Eastern European cities. The most replicable elements of this concept are:
The Lessons Matrix: This comparative tool acts as a strategic "lookup table" for planners. It allows for the evaluation of local brownfields against international success stories (like Strijp-S or Sectie-C), identifying which specific heritage-preservation and community-building tactics can be successfully exported to different socio-economic contexts.
The 12 Universal Urban Rules: These rules (e.g., "Priority of Adaptation over Demolition" and "Connecting Green Wedges") serve as a scalable design process. While the architectural skin changes based on local climate or history, the process of using industrial heritage as a spatial anchor remains universal. These rules provide a "flexible framework" rather than a rigid template, allowing for local adjustments to physical barriers.
Regulatory Adaptation Strategy: The project provides a blueprint for implementing "bottom-up" creative districts within formal legal systems, such as the Polish Local Revitalization Plan or the General Plan mechanism. This process of using a city's "right of first refusal" to consolidate fragmented land into public "Green Spines" is highly transferable to other municipalities struggling with fragmented ownership.
Operational Conflict Management: The specific technical solution for co-existence—using "delivery windows" and segregating logistics to the north of heritage halls while maintaining quiet residential interiors—is a functional product that can be applied to any high-density, mixed-use redevelopment.
The Lessons Matrix: This comparative tool acts as a strategic "lookup table" for planners. It allows for the evaluation of local brownfields against international success stories (like Strijp-S or Sectie-C), identifying which specific heritage-preservation and community-building tactics can be successfully exported to different socio-economic contexts.
The 12 Universal Urban Rules: These rules (e.g., "Priority of Adaptation over Demolition" and "Connecting Green Wedges") serve as a scalable design process. While the architectural skin changes based on local climate or history, the process of using industrial heritage as a spatial anchor remains universal. These rules provide a "flexible framework" rather than a rigid template, allowing for local adjustments to physical barriers.
Regulatory Adaptation Strategy: The project provides a blueprint for implementing "bottom-up" creative districts within formal legal systems, such as the Polish Local Revitalization Plan or the General Plan mechanism. This process of using a city's "right of first refusal" to consolidate fragmented land into public "Green Spines" is highly transferable to other municipalities struggling with fragmented ownership.
Operational Conflict Management: The specific technical solution for co-existence—using "delivery windows" and segregating logistics to the north of heritage halls while maintaining quiet residential interiors—is a functional product that can be applied to any high-density, mixed-use redevelopment.
The Living Factory is a transdisciplinary strategy for the socio-ecological repair of Wrocław’s post-industrial "urban islands." As a Rising Star initiative, it moves beyond theoretical design to propose a scalable methodology for cities. The year following this application will focus on transitioning this academic framework into a legally recognized, bankable urban strategy.
Phase 1: Social&Cultural Validation (Months 1–4)
The objective is to secure a social mandate through community engagement.
Community Advocacy: Host workshops and a "sensory urbanism" exhibition within the industrial halls. This allows residents to see how their feedback, prioritizing green space over densification, has been integrated into the design.
Artist-in-Residence Pilot: Launch a prototyping phase for the Maker Hubs by embedding local artists in temporary studios, demonstrating how heritage drives social transformation.
Phase 2: Technical&Policy Integration (months 5–8)
To move toward physical transformation, the project must be anchored in the local regulatory framework.
Policy Alignment: Conduct sessions with the Wrocław City Architect’s Office and the Provincial Conservator of Monuments to formalize the "12 Rules" within a Local Revitalization Plan (MPR).
Water Resilience Blueprint: Refine the technical specifications for the "Green Spine." We will detail the micro-rain gardens and unsealing techniques required for high-capacity water retention.
Phase 3: Partnership&Funding Development (Months 9–12)
The final phase focuses on the economic sustainability of the district.
PPP Framework: Develop a Public-Private Partnership model that balances private residential investment with the delivery of public infrastructure.
EU Funding Strategy: Leverage alignment with the NEB and European Green Deal to apply for National Recovery Plan (KPO) funding. This capital will fund the "Green Spine" independently of commercial sales, ensuring the public commons remain the project's priority.
Phase 1: Social&Cultural Validation (Months 1–4)
The objective is to secure a social mandate through community engagement.
Community Advocacy: Host workshops and a "sensory urbanism" exhibition within the industrial halls. This allows residents to see how their feedback, prioritizing green space over densification, has been integrated into the design.
Artist-in-Residence Pilot: Launch a prototyping phase for the Maker Hubs by embedding local artists in temporary studios, demonstrating how heritage drives social transformation.
Phase 2: Technical&Policy Integration (months 5–8)
To move toward physical transformation, the project must be anchored in the local regulatory framework.
Policy Alignment: Conduct sessions with the Wrocław City Architect’s Office and the Provincial Conservator of Monuments to formalize the "12 Rules" within a Local Revitalization Plan (MPR).
Water Resilience Blueprint: Refine the technical specifications for the "Green Spine." We will detail the micro-rain gardens and unsealing techniques required for high-capacity water retention.
Phase 3: Partnership&Funding Development (Months 9–12)
The final phase focuses on the economic sustainability of the district.
PPP Framework: Develop a Public-Private Partnership model that balances private residential investment with the delivery of public infrastructure.
EU Funding Strategy: Leverage alignment with the NEB and European Green Deal to apply for National Recovery Plan (KPO) funding. This capital will fund the "Green Spine" independently of commercial sales, ensuring the public commons remain the project's priority.
