minimized regardless of the position of the multi orientation coldplate 100 during use or installation the multi orientation coldplate 100 may comprise any suitable material such as ceramics metals plastics fiberglass glass various other inorganic and organic materials and or the like it should be appreciated that in accordance with various aspects of the present invention the flow sections 112 may be configured in any appropriate pattern and or shape depending upon the specific application for example in a representative embodiment of the present invention the flow sections 112 may comprise circular tubes and or channels with one or more flattened sides in another representative embodiment of the present invention a single bi directional coldplate section such as 112 a may comprise any suitable flow shape and further comprise partitions channels and or fins for directing the fluid and to increase the surface area the fluid comes into contact with a coldplate section 110 in accordance with various aspects of the present invention may comprise multiple flow paths to modify local temperature deltas by forcing the fluid to sweep all regions of the coldplate despite the gravitational effects of installation or position during operation in a representative embodiment of the present invention each flow path may comprise an inlet an outlet and a set of partitions channels and or fins that direct the flow direction of the fluid the cooling fluid in accordance with various aspects of the present invention may comprise any fluid liquid vapor and or liquid gas mixture suitable for cooling stabilizing temperature and or the like in a representative embodiment of the present invention the fluid may comprise any liquid that substantially maintains its physical state throughout the cooling cycle the fluid may also be suitably configured to resist boiling in another representative.