Abstract: The present subject matter relates to performance evaluation, and in particular, relates to a parameter-based performance analysis of an organizational program. The method comprises receiving program specification associated with the organizational program. Further, a set of performance parameters may be selected from among a plurality of performance parameters being provided to a user. The plurality of performance parameters pertain to an analysis category. Further, a parameter score for the organizational program, with regard to each of the set of performance parameters, may be determined, based on predefined scoring criteria of the organizational program pertaining to the corresponding performance parameter. Subsequently, an overall performance index may be ascertained by consolidating the parameter score corresponding to each of the set of performance parameters, based on a weight assigned to each performance parameter.

Abstract: Described herein is a system for designing processes in alignment with the business objectives. The system includes an objective formulation module defines a number of business objectives based upon a pre-defined criterion. A process mapping module associates the business objectives to the processes in the organization. The process mapping module maps the processes with the defined business objectives, determines unmapped processes, obtains modified processes based upon gaps within the unmapped processes, and links the mapped and modified processes to a number of functions in the organization. Further, a display module displays linkages of the mapped processes and the modified processes to the business objectives and the functions to enable a user in tracing the mapped processes and the modified processes to the defined business objectives and the functions.

Abstract: A method and a system for facilitating holistic comprehension of a project and simultaneously reducing human effort involved in comprehending such project are disclosed. The method further comprises generating a cybernetics influence diagram (CID) using the plurality of parameters. The CID is indicative of a relationship of at least one parameter of a plurality of parameters with at least another parameter of the plurality of parameters. The method further comprises identifying at least one parameter from amongst the plurality of parameters as key thrust areas (KTAs) based upon threshold rules. The threshold rules are based upon the relationship of the parameters with one another. The method further comprises receiving a set of stakeholder objectives from a user. The set of stakeholder objectives is associated with the project. The method further comprises generating a traceability matrix template to facilitate mapping of the KTAs against the set of stakeholder objectives.

Abstract: A method and a system for facilitating holistic comprehension of a project and simultaneously reducing human effort involved in comprehending such project are disclosed. The method further comprises generating a cybernetics influence diagram (CID) using the plurality of parameters. The CID is indicative of a relationship of at least one parameter of a plurality of parameters with at least another parameter of the plurality of parameters. The method further comprises identifying at least one parameter from amongst the plurality of parameters as key thrust areas (KTAs) based upon threshold rules. The threshold rules are based upon the relationship of the parameters with one another. The method further comprises receiving a set of stakeholder objectives from a user. The set of stakeholder objectives is associated with the project. The method further comprises generating a traceability matrix template to facilitate mapping of the KTAs against the set of stakeholder objectives.