Emergency
architecture
Adaptive and modular design, sustainable construction and spatial responses to emergency conditions.
Design & constructionA shared educational response to disaster risk. Bringing architecture, engineering and ecological planning into one international master's programme design.
Discover EMERGE ↓Disasters demand expertise that crosses disciplinary and national boundaries.
EMERGE is developing the academic and institutional foundations for an integrated, international master's programme in Emergency Architecture. The project connects spatial design, disaster risk management, structural safety and environmental recovery.
Through Erasmus Mundus Design Measures, the participating institutions will develop shared learning outcomes, a joint curriculum, mobility arrangements and a common quality assurance framework.
EMERGE is a master's programme design project. The future degree structure, accreditation and admissions arrangements are to be developed through the project.
Adaptive and modular design, sustainable construction and spatial responses to emergency conditions.
Design & constructionEarthquake-resistant systems, structural diagnostics, retrofitting and post-disaster reconstruction.
Safety & recoveryNature-based solutions, environmental rehabilitation and landscape-led approaches to long-term resilience.
Landscape & adaptationGIS, remote sensing, BIM and modelling to support spatial analysis and informed decisions in disaster contexts.
Evidence & simulationDesign studios. Field-based inquiry. Digital simulations. International mobility. Joint supervision.
Complementary expertise connects the built environment with the ecological and social systems that shape recovery.
Project coordination, architectural design, geospatial technologies, disaster planning and quality assurance oversight.
Sustainable and modular architecture, circular materials and innovation in curriculum design.
Structural engineering, seismic resilience, retrofitting and post-disaster reconstruction.
Landscape architecture, ecological restoration, green infrastructure and adaptive land management.
Professor (Prof. Dr.)
Eskişehir Technical University
Lecturer (Öğr. Gör.)
Eskişehir Technical University
Professor (Prof. Dr.)
Eskişehir Technical University
Professor (Prof. Dr.)
Eskişehir Technical University
Lecturer, PhD (Öğr. Gör. Dr.)
Eskişehir Technical University
Assistant Professor (Dr. Öğr. Üyesi)
Eskişehir Technical University
Associate Professor (Doç. Dr.)
Professor of Structural Design and Mechanics
Delft University of Technology
Lecturer; MSc
Delft University of Technology
Assistant Professor; PhD
Delft University of Technology
Associate Professor
Norwegian University of Life Sciences
Assistant Professor (Dr. Öğr. Üyesi)
Eskişehir Technical University
Assistant Professor (Dr. Öğr. Üyesi)
Eskişehir Technical University
Professor (Prof. Dr.)
Eskişehir Technical University
Associate Professor (tenure track)
Professor; PhD
Associate Professor; PhD
Senior Assistant (viši asistent); PhD
Full Professor with tenure; PhD
Senior Assistant (viši asistent); PhD
Professor (Prof. Dr.)
Eskişehir Technical University
Assoc. Prof. Dr. (Doç. Dr.)
Eskişehir Technical University
Associate Professor (Doç. Dr.)
Eskişehir Technical University
The design phase will establish the academic, organisational and quality frameworks needed for future programme delivery.
Learning outcomes, course modules, syllabi and a coherent credit structure supported by practice-oriented learning.
Partnership and student agreements, mobility design, recognition arrangements and coordinated student support.
Common quality assurance, accreditation planning and a framework for sustainable international cooperation.
Eskişehir Technical University
Eskişehir, Türkiye
acabuk@eskisehir.edu.tr
Emergency Architecture Master's Programme Establishing a Global Resilience Education