Ashal Tyurkay - Circular Construction Materials - Best Researcher Award
Technical University of Denmark - Denmark
AUTHOR PROFILE
ORCID
EARLY ACADEMIC PURSUITS
Ashal Tyurkay began his academic journey at Istanbul Technical University, where he obtained his Bachelor's and Master's degrees in Architecture with a focus on Environmental Control and Construction Technologies. His commitment to excellence earned him recognition as a finalist in Archiprix Turkey 2014.
PROFESSIONAL ENDEAVORS
Ashal Tyurkay's professional endeavors encompass a diverse range of research and teaching activities. From contributing to research projects funded by prestigious institutions to co-editing final book series for COST Action, his career reflects a dedication to advancing knowledge in the field of architecture and construction.
CONTRIBUTIONS AND RESEARCH FOCUS
Ashal Tyurkay's research focuses on Circular Construction Materials, building performance, facade design, and conservation. His work spans from developing multi-functional facade panels to co-creating Nature-Based Solutions for urban regeneration. Through projects like the "PRĂ„KLIMA Fassade" and "Energetic Panel," he has made significant contributions to sustainable building technologies.
IMPACT AND INFLUENCE
Through his involvement in research projects and collaborations, Ashal Tyurkay has made a tangible impact on the field of architecture and construction. His research outputs, including publications and co-edited book series, have likely influenced academic discourse and practical applications in the industry.
ACADEMIC CITES
Ashal Tyurkay's research findings and contributions to collaborative projects have likely been cited in academic literature, further disseminating his insights and expertise in Circular Construction Materials and related areas.
LEGACY AND FUTURE CONTRIBUTIONS
As Ashal Tyurkay continues his academic and research endeavors, his legacy will be marked by his pioneering work in sustainable building technologies and Circular Construction Materials. His future contributions hold promise for further innovations in architectural design, construction methodologies, and environmental conservation practices.