Abstract: A computer system and method for managing End-of-Life products is disclosed herein. The method includes generating, by a processor, a virtual representation of at least one part of the End-of-Life product based on inputs received from a source. Further, the virtual representation is processed to determine a part condition associated with the at least one part. Based on the part condition and at least one operational attribute associated with the at least one part, a health state of the at least one part is classified into at least one of a plurality of health states. Further, a circularity decision for managing the at least one part is identified from a knowledge graph, based on the health state of the at least one part. Based on the circularity decision identified, a recommendation for managing the at least one part is generated, on a graphical user interface.

Abstract: A computer system and method for managing simulation artifacts is disclosed herein. The method includes parsing at least one first workspace associated with simulation of at least one first product to generate one or more first simulation artifacts. Further, at least one knowledge graph is generated by mapping the one or more first simulation artifacts corresponding to the at least one first product to a predetermined ontology model. Further, a user's intent to modify at least one second simulation artifact in a second workspace is captured based on interaction of the user with a simulation modelling user interface. The second workspace is associated with simulation of a second product. Further, one or more recommendations for modifying the at least one second simulation artifact are generated, based on one or more properties of a contextually similar first simulation artifact, and displayed on the simulation modelling user interface.

Abstract: A computer system and method for managing a geometric design created using a CAD tool is provided. The method includes receiving, by a processor, a request for generating a machine-comprehensible graph data model corresponding to a geometric design created using a CAD tool, from a requesting entity. Further, a plurality of features associated with the geometric design are parsed to identify a set of first attributes indicative of a design intent. One or more of the features are associated with at least one sketch used for creation of the geometric design and at least one operation performed on the sketch. Further, the at least one sketch is analyzed to compute a set of second attributes indicative of a vector representation of the sketch. Further, the machine-comprehensible graph data model generated based on the set of first attributes and the set of second attributes, is provided to the requesting entity.

Abstract: A system and method for managing knowledge for knowledge graphs is provided. The method including identifying missing links in the knowledge graph; generating inquisitive and contextually relevant questions around the identified missing links for an expert of a domain; in an event no missing links are identified, inquisitive and contextually relevant questions are generated based on a topic and a textual paragraph of topic of interest provided by the expert; receiving response to the questions from the expert via a user interface; generating additional informative questions based on the domain or the response received from the expert or a combination thereof; evaluating the additional informative questions based on a ranking metric derived from a combination of parameters; and populating the missing links in the knowledge graphs, displayed on the user interface, with one or more responses generated corresponding to the evaluated additional informative questions having a highest ranking metric.

Abstract: System, apparatus and method for managing knowledge generated from technical data are disclosed.