Método iterativo para gerenciamento de fluxos de trabalho baseado em princípios da engenharia química

Abstract

This work aims primarily to develop a method that adapts and applies the fundamental principles of Chemical Engineering to workflow management. The method seeks to improve the efficiency, quality, and organization of work processes, allowing for a more systematic and results-oriented approach. The methodology adopted in this study involves the adaptation of more basic concepts, such as mass, energy, pressure, and velocity, to apply principles of Chemical Engineering, such as fluid mechanics, to facilitate workflow management. These adapted concepts will serve as the foundation for the development of a unique method that will enable effective activity management. To achieve this, the method will be developed based on a literature review of the principles of Chemical Engineering and the main methods for workflow management. Additionally, the possible applications and benefits of the method will be explored in different areas. The expected outcomes of this work include the creation of a robust and flexible method that can be applied in a wide variety of contexts and sectors. It is anticipated that this method will enhance operational efficiency, increase the quality of products and services delivered, optimize resource utilization, and reduce risks associated with activity management. Furthermore, it is expected that this work will contribute to the dissemination of an innovative approach to workflow management, promoting a more integrated, quantitative, and results-oriented perspective within organizations.