Sustainable Interior Adaptive Reuse

Adaptive reuse is a sustainable interior architecture strategy involving transforming old, unused, or abandoned buildings into new functional spaces. 

In interior architecture, adaptive reuse goes beyond just renovation; it involves the thoughtful repurposing of buildings to align with modern functionality while preserving historic character. The primary goals extend beyond the physical transformation, including preserving interior architectural and cultural heritage, rejuvenating urban spaces, and actively contributing to social change. The combined effect between interior architecture and sustainability becomes a driving force behind the transformative potential of adaptive reuse in creating spaces that are not only functional but also environmentally conscious and culturally rich.

As interior architect Carl Elefante appropriately said: “The greenest building is the one that is already built,” highlighting the necessity and appropriateness of adaptive reuse. A perspective that aligns seamlessly with the principles of sustainable interior design, where prolonging the lifespan of buildings is a financially and socially advantageous strategy.

Adaptive reuse is practical and stands out for its time-effectiveness, cost-effectiveness, and natural sustainability compared to constructing new buildings. It brings about environmental, economic, and cultural advantages by minimising waste, conserving resources, preserving historical elements, and breathing new life into neighbourhoods.

Sustainable Adaptive Reuse in Interior Architecture

Adaptive reuse is a sustainable and globally significant strategy within interior architecture. The emphasis is on its ability to transform old structures into functional spaces while considering environmental impacts. It has turned the old saying inside out: function now follows form, the existing forms of previous functions. 

Adaptive reuse is praised for minimising the environmental impact of new constructions by repurposing existing structures, making it a climate-conscious choice.

The economic benefit of adaptive reuse presents the opportunity for interior architects to blend history with modern functionality, revitalising existing structures.

Interior spaces are considered dynamic entities capable of evolving to meet changing needs, highlighting the concept of resilience and adaptability in interior architecture.

Adaptive reuse enables harmonious connections between the past and the present, creating spaces that accommodate various functions over time. As interior architecture evolves beyond aesthetics, preserving historical and cultural significance creates spaces that reflect identity and contribute to belonging and well-being.

Advantages of Sustainable Design in Adaptive Reuse

Economic Benefits

Renovating and adaptively reusing existing structures is often more cost-effective than building from scratch. The biggest benefits of adaptive reuse are the savings on materials and infrastructure and the avoidance of demolition costs. Well-planned adaptive reuse projects not only save costs but also contribute to the revitalisation of neighbourhoods through jobs that are sourced locally and businesses that extend beyond the primary project, which can contribute to local economies and revitalise businesses in the surrounding area, creating a positive cycle of growth and development.

The accelerated construction timelines associated with adaptive reuse are particularly advantageous. Existing structures may require minimal work to become habitable, leading to quicker project completion. Historic properties often have low purchase prices and get tax credits/exemptions and offers of finance incentives, providing additional economic motivation from an investment perspective.

Environmental Benefits

Adaptive reuse significantly reduces the demand for new materials, conserving energy and resources. By avoiding demolition, adaptive reuse minimises the waste typically associated with tearing down existing structures, preserving natural habitats and reducing the ecological footprint of construction projects. The environmental benefits of adaptive reuse extend beyond resource conservation. They align with broader sustainable design principles, emphasising responsible and eco-friendly practices in contemporary interior architecture.

Social and Community Benefits

Adaptive reuse projects contribute to community development by providing affordable housing options, addressing housing needs and enhancing public safety and security in revitalised neighbourhoods. Adaptive reuse provides master planners with flexibility, offering growth and modernisation options to meet evolving societal needs and achieve sustainability goals. The cultural and social benefits of preserving historical buildings promote a sense of community identity, pride and engagement. It is fundamental in interior architecture to emphasise a direct connection with society and culture. Recognising and celebrating regional history with projects that create unique, culturally rich spaces creates a sense of belonging and cultural continuity within the community.

Preservation of Cultural Heritage

Adaptive reuse preserves culturally and historically significant sites and allows for displaying and celebrating past architectural elements that may be lost in modern constructions. Rather than allowing these sites to decay or face demolition, adaptive reuse breathes new life into them, ensuring their continued existence.

Beyond aesthetics, adaptive reuse helps preserve buildings’ existing make-up and historical significance, maintaining a tangible connection to the past and enriching a location’s cultural and historical narrative.

Challenges of Sustainable Design in Adaptive Reuse

The challenges of adaptive reuse extend beyond the physical aspects, requiring a comprehensive approach that considers economic, technical, structural, historical, and societal considerations.

Unfortunately, not every building is suited for adaptive reuse. Adhering to modern building codes requires creative problem-solving, especially when outdated infrastructure has to be addressed. There could be many hurdles during the adaptation process, including financial obligations, safety standards, and zoning laws. 

Thorough financial planning is essential, as some adaptations require seismic upgrades and addressing hazards like asbestos, lead paint, and mould. Other challenges may arise, like unexpected placements of mechanical systems or the need to collaborate with structural engineers for stability, load-bearing capacity, and compliance with building codes.

When adapting historic buildings, there could be complexities in approvals and tax credits. A qualified interior architectural historian is often essential for assessing the property’s eligibility regarding protection laws. Challenges may also arise when heritage structures require materials no longer available locally and sourcing materials need a shift towards sustainable alternatives.

Role of Interior Architects in Interior Adaptive Reuse

Success in interior adaptive reuse requires a thorough approach. Interior architects assess the potential of existing structures, considering structural and regulatory factors, including evaluating the feasibility of adaptive reuse within the constraints of local building codes and regulations.

Collaboration with a diverse team is encouraged to bring varied expertise to the project, ensuring that aspects like structural integrity, environmental impact, and design aesthetics are thoroughly considered. An all-inclusive approach involves addressing a project’s immediate needs and considering its long-term implications for the environment.

Interior architects take on the role of minimising the ecological impact of an interior adaptive reuse project’s environmental sustainability and reducing the project’s carbon footprint. They guide clients towards sustainable choices in materials, energy systems, and design elements. This guidance extends to selecting options that align with eco-friendly practices and contribute to the project’s sustainability. Their expertise extends beyond the physical aspects, delving into interior spaces’ cultural, emotional, and environmental dimensions.

Adaptive Reuse Design Principles in Interior Architecture

Adaptive reuse challenges interior architects to think creatively about repurposing spaces; considering the existing layout, materials, and interior architectural elements can inspire unique and innovative designs. Some of the main principles followed in an adaptive reuse project:

Durability

Using durable materials reduces maintenance efforts and costs and helps prolong the life of buildings, offering economic and environmental benefits.

Energy Efficiency

Increasing energy efficiency is key to cost reduction and lower carbon emissions. Considering technology, materials, and design for insulation, air quality, and temperature control, implementing LED lighting, smart building systems, and renewable energy sources further enhances energy efficiency.

Waste Reduction

Promoting adaptability and reusability in construction minimises waste and the need for demolition. Efficient practices in construction and operations and sustainably sourced and recycled materials contribute to waste reduction.

Water Conservation

As water is a finite resource, strategies for water reduction are essential in sustainable construction practices, such as reducing consumption by implementing pressure-reducing valves and sub-meters.

Building Materials

Material selection should make sourcing, production, and end-of-life considerations. Some sustainable materials have no direct negative environmental impact and contribute to lower environmental impact. Environmental Product Declarations (EPD) provide transparency in selecting materials aligned with sustainability goals.

Building Physics

Adaptive reuse involves focusing on insulation, fenestration upgrades, and managing moisture for improved energy efficiency and indoor air quality. Environmental design strategies, including green roofs and energy-efficient solutions, can enhance environmental performance.

Adaptive Reuse Design Strategies in Interior Architecture

Interior architecture strategies have evolved; instead of discarding existing structures, there’s a trend towards thoughtful place-making within interior spaces. The approach involves:

• Preserving and enhancing the unique characteristics of the space.
• Acknowledging its historical context.
• Ensuring a seamless integration of contemporary elements.

Interior architects consider the narrative rooted in existing structures, using unique strategies like palimpsest and layering to emphasise the history of buildings and landscapes. The following strategies are among the many different ways to reuse a building adaptively:

Reprogramming

Reprogramming adapts existing spaces for new uses or functions by editing past spaces and changing the original purpose to accommodate new ones. Repurposing is relevant when a building no longer suits its initial purpose due to economic, cultural, or social reasons. 

Intervention

Sturdy integration of the new into the old, with selective demolition or repair, is undertaken to create a suitable basis for intervention, ensuring a blend and preserving distinctiveness. Combining new and old elements to enhance existing spaces through innovative occupation and use could also be called integration.

Insertion

A permanent intervention that changes the building forever and involves built-to-fit elements dictated by the existing space but deliberately contrasting. To adapt a building by inserting elements to fulfil contemporary requirements, upgrading services/technical standards while creating contrast between new and old. Antwerp Museum

Superuse

Redesignating materials like production waste, reusable materials saved from scrapping, and repurposing end-of-lifecycle items to maximise resources, reduce landfill waste, and promote sustainable practices.

Artifice

Crafting or assembling elements to create backdrops to narrate specific stories, emphasising the crafted or assembled nature to convey a particular narrative while potentially deceiving users. Often used in scenography, stage set design, and retail design.

Installation 

To revitalise and reveal a building’s character with heightened contrast between old and new. An event-based installation that maximises the impact on users with minimal impact on existing space. It is not made to last, emphasising content over construction, often implemented through temporary pop-up spaces.

Narrative

Through immersive and interactive designs, the history and existing elements are used to create unique, continuous stories of the past, present, and future, allowing users to adjust or edit their version of the communicated story.

On/Off-Site

Combining conservation, preservation, and restoration with on-site or off-site elements creates a backdrop for incorporating new elements into adapted buildings, harmonising the existing and the new.

Transformative Challenges: Remodelling Buildings with Tainted Pasts

Adapting existing buildings ruined by a disagreeable or objectionable past involves a delicate balance between uncovering layers of history and shaping a new narrative for the future. When a building’s history is politically, ideologically, or functionally contaminated, designers face difficulty navigating the complexities of censorship or re-edification during the adaptation process.

“Contaminated” buildings can be categorised into political/ideological, unpleasant function, or institutional contamination. Each type presents unique challenges, needing a sensitive approach to address the contaminated history in its way.

Adapting contaminated interiors goes beyond traditional conservation, embracing unusual narratives and identities that provoke designers to confront difficult decisions with moral and political dimensions. The result is an interior architecture that encapsulates a rich complexity of meaning and memories, an essence impossible to replicate in new builds.

The visible presence of a troubled past is considered a valuable tool in the transformation process. Rather than constraining, it becomes an instrument of liberation, allowing designers to create spaces that are a composite of meaning and consequence. 

Conclusion

Sustainably and cost-effectively preserving cultural history while turning old unused buildings into spaces where the community can come alive and develop is a huge benefit of adaptive reuse. Socially, culturally, economically and environmentally, it is a good sustainable interior architecture strategy that can help humanity go forward with a clean conscience to save the world from the climate crisis and other world issues.

Bibliography

Reference List 

Armstrong, G., Wilkinson, S. and Juaneé Cilliers, E. (2023). A framework for sustainable adaptive reuse: understanding vacancy and underuse in existing urban buildings. Frontiers in sustainable cities, [online] 5(2023). doi: https://doi.org/10.3389/frsc.2023.985656.

Arpitha, S. (2022). Building a Sustainable environment: a Guide to Adaptive Reuse Architecture. [online] Parametric Architecture. Available at: https://parametric-architecture.com/building-a-sustainable-environment-a-guide-to-adaptive-reuse-architecture/ [Accessed 29 Nov. 2023].

Baldwin, E. (2021). Adaptive Reuse: Rethinking Carbon, Sustainability and Social Justice. [online] ArchDaily. Available at: https://www.archdaily.com/971194/adaptive-reuse-rethinking-carbon-sustainability-and-social-justice [Accessed 29 Nov. 2023].

Bie Plevoets and Koenraad Van Cleempoel (2019). Adaptive Reuse of the Built Heritage. [online] Routledge eBooks. London: Routledge. doi: https://doi.org/10.4324/9781315161440.

Boni, F. (2023). How to Adaptively Reuse a Building: a Complete Guide. [online] UGREEN. Available at: https://ugreen.io/adaptive-reuse-a-complete-guide-for-architects/ [Accessed 29 Nov. 2023].

Brooker, G. (2006). Infected Interiors: IDEA, [online] 7(1 (2006): Remodelling), pp.1–13. doi: https://doi.org/10.37113/ideaj.vi0.158.

Brooker, G. (2017). Adaptation Strategies for Interior Architecture and Design. Bloomsbury Publishing Plc.

Brooker, G. and Stone, S. (2019). Re-readings: 2 Interior Architecture and the Principles of Remodelling Existing Buildings. [online] RIBA Publishing eBooks. London: RIBA Publishing. doi: https://doi.org/10.4324/9780367814601.

Dempsey, M. and Khurana, G. (2023). Adaptive reuse: Repurposing Buildings into Destination Spaces. [online] M Moser Associates. Available at: https://www.mmoser.com/ideas/adaptive-reuse-architecture-repurposing/ [Accessed 29 Nov. 2023].

Douglas, J. (2006). Building adaptation. London: Spon Press.

EPIC and Oldham, K. (2022). Sustainability FAQs – EPIC (Engineered Panels in Construction). [online] EPIC (Engineered Panels in Construction). Available at: https://www.epic.uk.com/sustainability-faqs/ [Accessed 29 Nov. 2023].

Gatz, K. (2014). Adaptive Reuse – SR/A Interior Design. [online] SR/A Interior Design. Available at: https://srainteriordesign.com/adaptive-reuse/ [Accessed 29 Nov. 2023].

Henson, S. (2016). Adaptive Reuse in Interior Architecture – Henson Architecture. [online] Henson Architecture. Available at: https://www.hensonarchitect.com/interior-architecture/ [Accessed 29 Nov. 2023].

Hill, S.R. (2023a). Sustainable Architecture. [online] Risedesignstudio.co.uk. Available at: https://risedesignstudio.co.uk/blog/index.php/tag/sustainable-architecture/ [Accessed 29 Nov. 2023].

Hill, S.R. (2023b). Sustainable Retrofits: A Design-led Perspective on Building with a Conscience | RISE Blog. [online] Risedesignstudio.co.uk. Available at: https://risedesignstudio.co.uk/blog/index.php/2023/10/20/sustainable-retrofits-a-design-led-perspective-on-building-with-a-conscience/ [Accessed 29 Nov. 2023].

Jones, S. (2022). How Adaptive Reuse Gives Defunct Buildings New Leases on Life. [online] Autodesk.com. Available at: https://www.autodesk.com/design-make/articles/adaptive-reuse [Accessed 29 Nov. 2023].

Mallya, S. (2023). Adaptive Reuse: Preserving History Through Architectural Transformation. [online] RTF | Rethinking The Future. Available at: https://www.re-thinkingthefuture.com/architectural-community/a11047-adaptive-reuse-preserving-history-through-architectural-transformation/ [Accessed 1 Dec. 2023].

Masterclass (2021). What Is Adaptive Reuse Architecture and Why It’s Important – 2023 – MasterClass. [online] MasterClass. Available at: https://www.masterclass.com/articles/adaptive-reuse-architecture-guide [Accessed 29 Nov. 2023].

Penny, J. (2022). Adaptive Reuse: The Greenest Building Strategy? [online] Buildings.com. Available at: https://www.buildings.com/architecture/renovation-adaptive-reuse/article/21437929/adaptive-reuse-the-greenest-building-strategy [Accessed 29 Nov. 2023].

Sadler, A. (2021). BuildPass. [online] BuildPass. Available at: https://buildpass.co.uk/blog/the-7-principles-of-sustainable-construction/ [Accessed 29 Nov. 2023].

Image List

1. The Tobacco Warehouse, Brooklyn is an example of adaptive reuse, seamlessly blending modern functionality with historic charm, breathing new life into urban spaces.

Marvel Architects (2020). Gallery of St. Ann’s Warehouse / Marvel Architects – 11. ArchDaily. Available at: https://www.archdaily.com/922616/st-anns-warehouse-marvel-architects/5d4b3a52284dd1bafc0001ff-st-anns-warehouse-marvel-architects-photo?next_project=no [Accessed 3 Dec. 2023].

1. The Pearl Brewery, San Antonio, is a prime example of adaptive reuse, transforming an old brewery into a vibrant community space, blending history with modern functionality.

McDonald Architect AIA LTD, D.B. (2020). Pearl Buildings’ Design Reflects History, Sustainability | The Historic Pearl. Pearl. Available at: https://atpearl.com/news/from-brick-to-clay-pearl-office-buildings-design-reflects-history-sustainability/ [Accessed 3 Dec. 2023].

1. Adaptive reuse is a cost-effective, eco-friendly, and community enhancing approach to revitalising structures while preserving history.

Piacquadio, A. (2020). Happy ethnic woman sitting at table with laptop · Free Stock Photo. Pexels. Pexels. Available at: https://www.pexels.com/photo/happy-ethnic-woman-sitting-at-table-with-laptop-3769021/ [Accessed 3 Dec. 2023].

1. Adaptive reuse presents a mix of economic, technical, and historical challenges and considerations.

Startup Stock Photos (2017). Man Wearing Black and White Stripe Shirt Looking at White Printer Papers on the Wall · Free Stock Photo. Pexels. Pexels. Available at: https://www.pexels.com/photo/man-wearing-black-and-white-stripe-shirt-looking-at-white-printer-papers-on-the-wall-212286/ [Accessed 3 Dec. 2023].

1. Interior architects lead adaptive reuse, ensuring structural integrity, sustainability, and a well-rounded approach.

Lach, R. (2021). Architect looking at design drawings at home · Free Stock Photo. Pexels. Pexels. Available at: https://www.pexels.com/photo/architect-looking-at-design-drawings-at-home-9618118/ [Accessed 3 Dec. 2023].

1. The Tate Modern, London, UK, housed in a former power station, displays durable adaptive reuse, emphasising the importance of strong materials to withstand the test of time.

Graziano Panetto, S. (2020). Gallery of AD Classics: The Tate Modern / Herzog & de Meuron – 4. ArchDaily. Available at: https://www.archdaily.com/429700/ad-classics-the-tate-modern-herzog-and-de-meuron/5228ca8ce8e44e5a610000a5-ad-classics-the-tate-modern-herzog-and-de-meuron-photo?next_project=no [Accessed 3 Dec. 2023].

1. The Edge, Amsterdam, Netherlands, is an office building employing cutting-edge technology for energy efficiency, highlighting how adaptive reuse can integrate sustainable solutions for a greener future.

Tilleman, R. (2015). The World’s Smartest Office Building Knows How You Like Your Coffee. Bloomberg.com. Available at: https://www.bloomberg.com/features/2015-the-edge-the-worlds-greenest-building/ [Accessed 3 Dec. 2023].

1. The Loom, Manchester, UK, repurposes a cotton mill focusing on waste reduction, emphasising the reuse of existing materials and minimising construction waste in the adaptive reuse process.

Loomwharf (2023). loom-wharf-10.jpg. [online] Loomwharf.co.uk. Available at: https://www.loomwharf.co.uk/wp-content/uploads/2019/09/loom-wharf-10.jpg [Accessed 3 Dec. 2023].

1. The Waterhouse at South Bund, Shanghai, China, a former warehouse turned boutique hotel, incorporates water conservation strategies, showcasing how adaptive reuse can address resource sustainability.

Pegenaute, P. (2020). Gallery of The Waterhouse at South Bund / Neri&Hu Design and Research Office – 12. [online] ArchDaily. Available at: https://www.archdaily.com/263158/the-waterhouse-at-south-bund-neri-hu/5029c92928ba0d2561000094-the-waterhouse-at-south-bund-neri-hu-photo?next_project=no [Accessed 3 Dec. 2023].

1. The White Bay Power Station, Sydney — Globally acclaimed for sustainable material choices in adaptive reuse, transforming an industrial icon into a contemporary, eco-friendly space.

Terroir.com (2023). G_35_White-Bay-Power-Station-Urban-Design-Framework. Terroir. Available at: https://terroir.com.au/project/white-bay-urban-design-framework/ [Accessed 3 Dec. 2023].

1. The Biscuit Mill, Cape Town, South Africa, is an adaptive reuse project focussed on building physics, optimising insulation and fenestration for enhanced energy efficiency and indoor environmental quality.

The Old Biscuit Mill (2020). The Old Biscuit Mill on Instagram: Sun is shining the weather is shweeet!! Hope to see you at The Old Biscuit Mill this weekend! Instagram. Available at: https://www.instagram.com/p/CoMhgvtKRWZ/ [Accessed 3 Dec. 2023].

1. The City of Books, Mexico City, Mexico redefines La Ciudadela, with a captivating blend of adaptive reuse and reprogramming, featuring a distinctive bookstore and exhibition space.

Navarro, J. (2020). Gallery of The City Of The Books And The Images / DSC_1866. ArchDaily. Available at: https://www.archdaily.com/471884/the-city-of-the-books-and-the-images-bernardo-gomez-pimienta-alejandro-sanchez/52e83c2fe8e44ea663000028-the-city-of-the-books-and-the-images-bernardo-gomez-pimienta-alejandro-sanchez-photo?next_project=no [Accessed 3 Dec. 2023].

1. The Jane restaurant in Antwerp, Belgium, intervenes in the interior of a former military hospital chapel, respectfully modifying the existing spaces for new, vibrant purposes through adaptive reuse.

Powers, R. (2020). Gallery of Restaurant ‘The Jane’ Antwerp / Piet Boon – 1. ArchDaily. Available at: https://www.archdaily.com/494392/restaurant-the-jane-antwerp-piet-boon/53441596c07a8091a0000271-restaurant-the-jane-antwerp-piet-boon-photo?next_project=no [Accessed 4 Dec. 2023].

1. The Gasometers, Vienna, Austria, inserts residential and commercial elements into four old gasholder houses, from the s municipal gas works. Demonstrating adaptive reuse through thoughtful insertion for modern living.

Vonortzuort.reisen (2023). Gasometer-Wien. Vonortzuort.reisen. Available at: https://vonortzuort.reisen/wp-content/uploads/2019/06/gasometer-wien.jpg [Accessed 4 Dec. 2023].

1. De Ceuvel is an award-winning, sustainable workplace on a former shipyard in Amsterdam North. They adopted superuse principles, repurposing salvaged materials and houseboats to create a workplace, showing how adaptive reuse can maximise resource efficiency.

VanderKaay , S. (2015). De Ceuvel (20468018631).jpg. Wikipedia. Wikimedia Foundation. Available at: https://en.wikipedia.org/wiki/File:De_Ceuvel_(20468018631).jpg [Accessed 4 Dec. 2023].

1. Student Activity Center at Bangkok University, Thailand is a complex programmed public building transformed from a simple program dormitory. A public environment that mixes history with modern design, demonstrating adaptive reuse as a form of intentional creation.

Tungthunya, W. (2020). SS-BU-StudentUnion-36. ArchDaily. Available at: https://www.archdaily.com/469976/student-activity-center-at-bangkok-university-supermachine-studio/52e06b89e8e44ed0690001a0-student-activity-center-at-bangkok-university-supermachine-studio-photo?next_project=no [Accessed 4 Dec. 2023].

1. Red Bull Music Academy, Madrid, Spain, transformed an early 20th century industrial warehouse complex, approaching it as a temporary structure based on the criteria of adaptability and reversibility that would make it easy to reconfigure over time completely or partially.

De Guzman, M. (2020). Gallery of Red Bull Music Academy / Langarita Navarro Arquitectos – 7. ArchDaily. Available at: https://www.archdaily.com/213918/red-bull-music-academy-langarita-navarro-arquitectos/5005da3128ba0d0779001ee0-red-bull-music-academy-langarita-navarro-arquitectos-photo?next_project=no [Accessed 4 Dec. 2023].

1. Danish National Maritime Museum, Denmark, tells a narrative of adaptive reuse, transforming a former Helsingør dry dock into a new underground museum, preserving its rich cultural history.

Santiago Mora, L. (2020). Gallery of Danish National Maritime Museum / BIG – 15. ArchDaily. Available at: https://www.archdaily.com/440541/danish-national-maritime-museum-big/52633354e8e44e88a0000181-danish-national-maritime-museum-big-photo?next_project=no [Accessed 4 Dec. 2023].

1. Warehouse 8B, Madrid, Spain, integrates on-site and off-site elements in its adaptive reuse, harmonising a commitment to sustainability with the unique characteristics of the existing building.

Fernandez Piñan, C. (2021). Warehouse 8B by Arturo Franco – Arquitecturas Cerámicas. Arquitecturas Cerámicas. Available at: https://www.ceramicarchitectures.com/obras/warehouse-8b-arturo-franco-madrid/ [Accessed 4 Dec. 2023]. 0_Arturo-Franco-2009-F06_Matadero-Madrid-Carlos-Fernandez-Piñan.

1. The Stasi Museum, Berlin, Germany, addresses the remodelling challenges of a politically tainted past, sensitively transforming a former headquarters into a museum, preserving historical significance with ethical considerations.

Stasi-Museum (2015). Stasi-Museum entrance 2.jpg – Wikimedia Commons. Wikimedia.org. Available at: https://commons.wikimedia.org/wiki/File:Stasi-Museum_entrance_2.jpg [Accessed 4 Dec. 2023].