In India architecture, engineering and construction (AEC) industry has been in a transitional phase in the context of technology that keeps changing and upgrading at a continual pace. Building Information Modeling is deemed to be the latest development in the AEC industry at pan India level where architects are the first and foremost professionals that have adopted this high tech and new age technology in their architectural practices but unfortunately, very a smaller number of architectural firms are working on the projects through implementing BIM that too not in complete mode. BIM helps to achieve the goal by decreasing cost, minimizing human errors, increasing productivity, reduce the project delivery time to create a quality of output within all relevant domains in the AEC industry from micro to macro level. The primary aim of this research is to identify and recognize the setbacks in the way to adopt it by architects in India.

Newly built hospitals need to be assessed to evaluate the performance in the context of sustainability by means of comparing the thermal comfort level of the users and the ambient thermal conditions in hospital environment of high- and low-level designs. A perspective of facility management has been used to decide the responsibility of hospital administrators towards contributing for sustainable design outcome in order to make operational sustainable hospital with newly and restructured construction. To asses this, study data was extracted by using thermal environment equipment and energy simulation applications, through conducting survey of thermal comfort and interviewing authoritative personnel who provide services and care, facility provider and patients. The hypothesis suggests about how sophisticated sustainable ventilation design provisions provide a feel-good fact or from thermal comfort point of view and it helps to push down lower heat index in the wards that are designed with natural ventilation features.