Gressus : uma metodologia para implantação da BPM em organizações públicas

Abstract

The federal government, has been developing actions to stimulate the Brazilian public organizations seeking to manage the citizen and not only their internal processes. These actions are consolidated, among other ways, by the Charter of the Citizen Service Act and the Access to Information Law (AIL). One of the purposes of the Charter of Services to Citizens is to publicize the services provided by public organizations with their commitments of service to be widely known by the company since the AIL, requires public organizations to provide information to citizens by providing access and knowledge of their essential rights. In this context, it is imperative to understand and improve the organization's processes that are the foundation to execute demands, but also seek to align the process view of the data, enabling the implementation of information systems (IS) more streamlined and integrated. Business Process Management (BPM) is an alternative to learn, improve, adapt and automate business processes in order to support the administ rative activities providing greater control and quality initiatives undertaken. However, there are obstacles to a public organization to deploy BPM and align information systems, one of them is the lack of a strategy for the transition of management of functions for the management of processes. This paper presents a methodology Gressus to drive the implementation of BPM in public organizations, in order to support the development of SI compatible to the organization's processes. The applicability of Gressus was verified through a case study that selected the purchasing process in a public organization. The results indicated that the methodology Gressus may be a viable option for deployment of BPM in organizations that still don t have adopted by the management processes. This paper contributes by providing a way for the institutionalization of BPM in public organizations, supporting the development of SI aligned and thus obtain the best results