Key research themes
1. How are contemporary performance spaces evolving beyond traditional theatre architecture to engage audiences differently?
This research theme investigates the transformation of conventional theatre spaces—typically fixed auditoriums with proscenium stages and segregated audience and performer areas—into more dynamic, adaptable, and multifunctional environments. This shift responds to evolving artistic practices, technological advances, and sociopolitical challenges, highlighting how performance spaces are increasingly site-responsive, ephemeral, immersive, or mobile, thereby questioning architectural orthodoxy and reshaping audience engagement and social function.
2. How can spatial dynamics and performativity be analyzed and conceptualized to better understand organizational and ritual spaces?
This research area focuses on understanding space not as a static container but as a dynamic, processual phenomenon constituted through movements, practices, performances, and interactions. Studies apply concepts of spatial performativity to organizational environments, examining how space shapes and is shaped by organizational routines, power relations, and temporal flows. Similarly, in ritual contexts, spatial performativity is investigated to reveal how ritual spaces mediate bodily behavior, sensory perception, and collective cognitive framing, providing methodological frameworks to analyze complex spatial-symbolic relationships.
3. What methods and criteria support the functional and acoustic evaluation of specialized performance and built spaces such as theatres, multipurpose cultural venues, and relocatable facilities?
This theme explores the practical and methodological frameworks necessary for assessing the performance, spatial functionality, and acoustic quality of diverse performance venues. It addresses challenges in evaluating conventional and modular architecture, examines design criteria based on measured data, and develops tools to improve spatial efficiency and acoustic conditions, with applications ranging from theatres and multipurpose halls to relocatable modular hospitals. The research also innovates in computational methods for performance profiling relevant to software and systems development, reflecting cross-disciplinary methodological contributions.