Principais ferramentas computacionais de planejamento, e controles de produção e de qualidade, com base no Lean construction

Abstract

This article aimed to analyze the main computational tools used in planning and production and quality controls, based on Lean Construction. The methodology used consisted of a bibliographical review and analysis of case studies that explored the various technological tools available on the market and their practical application, in the management of production and quality of construction projects, focusing on the Lean Construction approach. Thus, it was possible to research some of the main computational tools aimed at planning, programming, control and continuous improvement of production processes, currently, in the construction industry. The results indicated that computational tools based on Lean Construction play a key role in reducing waste, increasing operational efficiency and improving quality in civil construction. These tools also allow for better visualization and detailed management of production processes, helping to monitor workflows, controls and more assertive decision-making. The adoption of these tools effectively contributes to the continuous improvement of processes, increasing efficiency and productivity in civil construction. However, it is important to emphasize that there is a need to train the professionals involved in the correct use and implementation of these tools, in order to obtain the expected benefits and achieve positive results in production and quality management.