They construct studies using Automation Studio Software and explore event–driven simulation capabilities and offline performance for fluid power system integration. Students can develop and simulate the fluid power systems including pumps/compressors, cylinders/actuators, motors, valves, venturi, orifice, Pitot tube, and other components. Students engage in hands-on projects using an Educational Fluid Power Bench and Automation Studio Software to design and analyze the hydraulic and/or pneumatic circuit, which enhances their understanding of the functionality of all components within the fluid power system. Students learn important new technology trends by modeling, simulating, testing, and validating prototypes that support fluid power systems applications. The laboratory allows students to achieve core competences in designing hydraulic and pneumatic systems and solving important engineering problems.
These lab exercises are designed to provide hands-on experience in the fundamental principles of fluid power, along with a practical working knowledge of the components used in designing, installing, and operating hydraulic and pneumatic fluid power systems. As a fundamental component of the AET 334 Fluid Power course, open lab exercises are conducted through the semester of the course. The Fluid Power Laboratory located in Room 101 at Nelson Hall, is used by both the Automotive Engineering Technology and Manufacturing Engineering Technology Programs. Students perform lab work on measuring instruments, venturi, orifice, Pitot tube, pressure gauge, actuators, pumps, motors, cylinders, and a software to simulate any fluid-power systems.
The Laboratory is designed to provide hands-on experience and practical applications in fluid power systems. Please visit the for video demonstrations on all topics covered in the AET 334 Fluid Power courses.