A method for optimizing cooling efficiency of a data center the method comprising performing, by a processor, receiving a layout of the data center; computing, via the processor, co-ordinates of each equipment of a plurality of equipment associated with the data center, wherein the co-ordinates are computed based upon a distance of each equipment from a reference location in the data center; segregating, via the processor, the layout into a plurality of cells based on the layout, wherein the plurality of cells comprises the plurality of equipment; capturing first level Computational Fluid Dynamics CFD data for each equipment in the data center, processing, via the processor, the first level CFD data in order to identify CFD cells from the plurality of cells, the processing comprising processing the first level CFD data in order to compute first flow level metrics and first temperature level metrics; calculating obstruction level and heat density of racks for each of the plurality of cells based on the first flow level metrics and the first temperature level metrics, respectively; identifying, based on the obstruction level, CFD cells corresponding to which second level CFD data is to be captured; and capturing second level CFD data corresponding to equipment present in the identified CFD cells, the second level CFD data including flow level from CRACs and tile flow data; processing, via the processor, the second level CFD data in order to identify a sub-set of the identified CFD cells, the processing comprising: calculating an imbalance in supply of CRAC air for each of the identified CFD cells and a recirculation index for each rack in a cell of the identified CFD cells; and identifying the sub-set of the identified CFD cells based on the imbalance in the supply of the CRAC air and the recirculation index; capturing third level CFD data corresponding to equipment present in the sub-set of the identified CFD cells; and transmitting the first level CFD data, the second level CFD data and the third level CFD data to an external analysis tool for performing CFD analysis to facilitate optimization of the cooling efficiency of the data center. receiving a layout of the data center; computing, via the processor, co-ordinates of each equipment of a plurality of equipment associated with the data center, wherein the co-ordinates are computed based upon a distance of each equipment from a reference location in the data center; segregating, via the processor, the layout into a plurality of cells based on the layout, wherein the plurality of cells comprises the plurality of equipment; capturing first level Computational Fluid Dynamics CFD data for each equipment in the data center, processing, via the processor, the first level CFD data in order to identify CFD cells from the plurality of cells, the processing comprising processing the first level CFD data in order to compute first flow level metrics and first temperature level metrics; calculating obstruction level and heat density of racks for each of the plurality of cells based on the first flow level metrics and the first temperature level metrics, respectively; identifying, based on the obstruction level, CFD cells corresponding to which second level CFD data is to be captured; and capturing second level CFD data corresponding to equipment present in the identified CFD cells, the second level CFD data including flow level from CRACs and tile flow data; processing, via the processor, the second level CFD data in order to identify a sub-set of the identified CFD cells, the processing comprising: calculating an imbalance in supply of CRAC air for each of the identified CFD cells and a recirculation index for each rack in a cell of the identified CFD cells; and identifying the sub-set of the identified CFD cells based on the imbalance in the supply of the CRAC air and the recirculation index; capturing third level CFD data corresponding to equipment present in the sub-set of the identified CFD cells; and transmitting the first level CFD data, the second level CFD data and the third level CFD data to an external analysis tool for performing CFD analysis to facilitate optimization of the cooling efficiency of the data center. calculating an imbalance in supply of CRAC air for each of the identified CFD cells and a recirculation index for each rack in a cell of the identified CFD cells; and identifying the sub-set of the identified CFD cells based on the imbalance in the supply of the CRAC air and the recirculation index; capturing third level CFD data corresponding to equipment present in the sub-set of the identified CFD cells; and transmitting the first level CFD data, the second level CFD data and the third level CFD data to an external analysis tool for performing CFD analysis to facilitate optimization of the cooling efficiency of the data center.