The study has given the orientation on how to approach the redesigning of conventional buildings and also incrementally add value to newly designed sensory spaces. This can be further explored using the Virtual Reality and Augmented Reality possibilities with carefully planned design interventions as there is an extended scope for sensory simulation in existing buildings.
12.
RESEARCH CONCLUSION
It is concluded that about 60% of the existing buildings require the implementation of sensory design in the present case scenario, compared to the case studies considered. Thus, intensively prototyping based on the methods of scenario-based design and understanding the personas of neuroscientific evidence (fig. 04) will be the solution to updating the architectural lack of orientation towards the intellectually disabled.
11
