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publications.
2023
Thesis begins with the question, 'What would arise if we perceived Istanbul as a Fragmented city?' It explores how Istanbul’s sociocultural networks, physical structure, and perception have evolved under this idea. Central to the study is a hacking methodology applied to a 'what if' scenario, analyzing the city’s fragmented structure. Key concepts include 'Hacking Istanbul,' which integrates disparate elements, and the 'Black-hole Concept,' a metaphor for urban evolution. The thesis examines Kartal as the city's 'backdoor,' applying cybersecurity principles for strategic urban intervention. It also assesses Istanbul's seismic preparedness, concluding with a transformative vision for the city.
in Politecnico di Torino, supervised by Camillo Boano
2024
It explores the intersection of architecture, urbanism, and cybersecurity, introducing architects and urban planners as "urban/archi-hackers" and proposing a new approach to urban design. Starting with the question, "What if architects or urban planners viewed a city as a program and acted like hackers?" it reimagines urban identities through hacking methodologies. The process involves three phases: "de-code," analyzing the city’s fabric; "encode," creating a blueprint from the analysis; and "re-code," applying speculative interventions to generate creative solutions. This dynamic methodology, adaptable to different urban contexts, challenges architectural norms and enhances dialogue between architects, planners, and urban spaces. By integrating cybersecurity with urban planning, the paper introduces a new lexicon, focusing on the socio-economic, socio-cultural, and physical dimensions of cities. It envisions a future where "urban/archi-hackers" continuously innovate and transform urban landscapes, emphasizing curiosity and creativity to foster adaptable and speculative urban futures.
in Planlama Journal with co-author Kenan Kural.
2024
The Copperbelt region, spanning the Democratic Republic of Congo and Zambia, embodies the intersection of natural wealth and human exploitation, historically shaped by over a century of mining. This study, part of a master's program in architecture and society, aims to redefine the Copperbelt's future through innovative ecological and architectural interventions. It introduces "hacking" the land—reconfiguring ecological dynamics for resilience—and "healing" interventions to restore environmental and social health. Utilizing biological catalysts like Shewanella oneidensis, Ceratophyllum demersum, and Urtica dioica for water purification, heavy metal extraction, and soil enrichment, the project transforms contaminated sites into spaces for education, recreation, and conservation. This vision shifts the Copperbelt from a history of exploitation to a future of ecological and social harmony, setting a global precedent for regions facing similar challenges. The comprehensive strategy offers a blueprint for sustainable regeneration, aiming to make the Copperbelt a beacon of innovation and renewal.
in Spektrum, upon invitation.
2024
Inspired by Nolan's 'Interstellar,' this paper explores speculative architecture through the concept of the 'Black-Hole Dimension,' which redefines urban identities beyond traditional boundaries. Drawing from black hole dynamics, it examines cities and structures as shaped by time and space, enabling a deeper understanding of their evolution. This approach treats architecture as a continuous, interconnected journey shaped by cultural, economic, and technological shifts. By integrating time and space into architectural analysis, it challenges conventional design and embraces unpredictability and complexity. The Black-Hole Dimension envisions cities as evolving entities, fostering adaptable, resilient designs that respond to their temporal context.
ICAUD 2024 : International Conference on Architecture and Urban Design, Florence, Italy, May 16-17, 2024
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