A method of managing a building automation environment (350, 450), the method comprising: determining coordinates of a wearable device (160, 310) and associated wearer in the building automation environment (350, 450); rendering a representative view of at least one portion of the building automation environment (350, 450), based on the coordinates of the wearable device (160, 310) and an environment map associated with the building automation environment (350, 450), wherein the representative view includes a multi-dimensional view of the at least one portion of the building automation environment (350, 450) and wherein the at least one portion includes one or more devices in the building automation environment (350, 450); and modifying operation parameters of the at least one portion of the building automation environment (350, 450) through one of gesture-based and voice-based inputs, wherein determining coordinates of the wearable device (160, 310) and associated wearer in the building automation environment (350, 450), further comprises: mapping relative coordinates of the wearable device (160, 310) to predetermined coordinates of the building automation environment (350, 450); and validating the mapping of the relative coordinates of the wearable device (160, 310) based on a scannable input to the wearable device (160, 310), wherein the scannable input is provided at a predetermined location in the building automation environment (350, 450), the method further comprising: generating the environmental map including geometric co-ordinates of the devices from building model data, the building model data comprising a dataset pursuant to one or more Building Information Modelling Standards, detecting the devices in the at least one portion of the building automation environment (350, 450) based on the environment map, wherein the devices include devices not directly visible to occupants/the wearer in the at least one portion of the building automation environment (350, 450); and rendering a suggestive direction indicating the location of the devices. determining coordinates of a wearable device (160, 310) and associated wearer in the building automation environment (350, 450); rendering a representative view of at least one portion of the building automation environment (350, 450), based on the coordinates of the wearable device (160, 310) and an environment map associated with the building automation environment (350, 450), wherein the representative view includes a multi-dimensional view of the at least one portion of the building automation environment (350, 450) and wherein the at least one portion includes one or more devices in the building automation environment (350, 450); and modifying operation parameters of the at least one portion of the building automation environment (350, 450) through one of gesture-based and voice-based inputs, wherein determining coordinates of the wearable device (160, 310) and associated wearer in the building automation environment (350, 450), further comprises: mapping relative coordinates of the wearable device (160, 310) to predetermined coordinates of the building automation environment (350, 450); and validating the mapping of the relative coordinates of the wearable device (160, 310) based on a scannable input to the wearable device (160, 310), wherein the scannable input is provided at a predetermined location in the building automation environment (350, 450), the method further comprising: generating the environmental map including geometric co-ordinates of the devices from building model data, the building model data comprising a dataset pursuant to one or more Building Information Modelling Standards, detecting the devices in the at least one portion of the building automation environment (350, 450) based on the environment map, wherein the devices include devices not directly visible to occupants/the wearer in the at least one portion of the building automation environment (350, 450); and rendering a suggestive direction indicating the location of the devices. mapping relative coordinates of the wearable device (160, 310) to predetermined coordinates of the building automation environment (350, 450); and validating the mapping of the relative coordinates of the wearable device (160, 310) based on a scannable input to the wearable device (160, 310), wherein the scannable input is provided at a predetermined location in the building automation environment (350, 450), the method further comprising: generating the environmental map including geometric co-ordinates of the devices from building model data, the building model data comprising a dataset pursuant to one or more Building Information Modelling Standards, detecting the devices in the at least one portion of the building automation environment (350, 450) based on the environment map, wherein the devices include devices not directly visible to occupants/the wearer in the at least one portion of the building automation environment (350, 450); and rendering a suggestive direction indicating the location of the devices. generating the environmental map including geometric co-ordinates of the devices from building model data, the building model data comprising a dataset pursuant to one or more Building Information Modelling Standards, detecting the devices in the at least one portion of the building automation environment (350, 450) based on the environment map, wherein the devices include devices not directly visible to occupants/the wearer in the at least one portion of the building automation environment (350, 450); and rendering a suggestive direction indicating the location of the devices.