Uma abordagem integrada de engenharia orientada a modelos e low-code para inovação em sistemas corporativos

Abstract

In the current era of digital transformation, the growing demand for software requires companies to adopt more agile and adaptable processes to meet market demands. This work proposes the use of the EasInnova framework as an integrated approach for agile software development, combining Model-Driven Engineering (MDE) and low-code platforms. Organized into three stages - AsIs (current scenario analysis), Transformation (implementation of changes), and To-Be (optimized state) - and structured into three modeling layers: business layer (CIM), functional layer (PIM), and implementation layer (PSM), the solution seeks to overcome the misalignment between business and Information Technology, efficiently transforming strategic requirements into functional systems. The proposed reflective case study will investigate the application of this method in the development of a risk assessment application (Occupational Health and Safety) on a low-code platform, with the primary expectation of demonstrating gains in agility and adaptability within the corporate environment.