This work reports the development of an experimental bench for simulation and control of a fluid pumping system, with a focus on its didactic application in fluid mechanics classes. The main objective was to construct a versatile and costeffective bench capable of reproducing operational characteristics of oil and gas pipelines. To achieve this, pressure and flow measurement devices were utilized, along with the implementation of a program for system control and monitoring. Sensor calibration was performed to ensure measurement accuracy. The bench was tested through various experiments. The obtained results demonstrated the efficiency and feasibility of the system, enabling the analysis of different hydraulic phenomena. The utilization of this bench in fluid mechanics classes contributes to theoretical-practical education, allowing students to better comprehend the fundamental principles of the field while familiarizing themselves with the use of equipment and measurement techniques. Therefore, this work represents a significant advancement in fluid mechanics education, providing students with a practical and interactive experience.