The research delves into merging of smart technologies and architecture in human-centered environments, attuned to the ever-changing design landscape. It intends to offer insights to architects and designers in the creation of adaptive, seamless spaces that respond to the diverse needs of users. The study, through meticulous analysis of varied user data, targets to leverage existing smart technologies and identify service gaps in bestowing enhanced user experiences. The research, through a detailed journey map, outlines how information is exchanged and processed within an Internet of Things (IoT) system, covering both active and passive responses. The comprehensive approach attempts to align technology seamlessly with the functionality and coherence of diverse living spaces. Overall, the study intends to contribute valuable insights into streamlining the integration of IoT systems, promising to elevate user experiences within architecturally designed environments and vice versa. With the integration achieved, the study attempts to identify opportunities for bestowing dynamic and flexible user experiences. It is imperative to note that this study is part of a continuous effort to grasp the IoT ecosystem, focusing on user engagement to measure success and explore the feasibility of a complete retrofitting system.

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Human-Centric Built Environments: Retrofitting Technology and UX Design in Architectural Paradigms

  • Diya Bhandari,
  • Sabyasachi Biswas

摘要

The research delves into merging of smart technologies and architecture in human-centered environments, attuned to the ever-changing design landscape. It intends to offer insights to architects and designers in the creation of adaptive, seamless spaces that respond to the diverse needs of users. The study, through meticulous analysis of varied user data, targets to leverage existing smart technologies and identify service gaps in bestowing enhanced user experiences. The research, through a detailed journey map, outlines how information is exchanged and processed within an Internet of Things (IoT) system, covering both active and passive responses. The comprehensive approach attempts to align technology seamlessly with the functionality and coherence of diverse living spaces. Overall, the study intends to contribute valuable insights into streamlining the integration of IoT systems, promising to elevate user experiences within architecturally designed environments and vice versa. With the integration achieved, the study attempts to identify opportunities for bestowing dynamic and flexible user experiences. It is imperative to note that this study is part of a continuous effort to grasp the IoT ecosystem, focusing on user engagement to measure success and explore the feasibility of a complete retrofitting system.