Sep 02, 2025  
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Course/Program Inventory

EST 3060 - Pneumatics & Hydraulics


Clock Hours: 90

Delivery Mode
on-ground

Course Description:
This comprehensive course provides students with an understanding of both hydraulic and pneumatic systems through a balanced combination of textbook instruction and extensive hands-on training.  Students will develop essential skills in system safety, component identification, schematic reading, and system assembly for both hydraulic and pneumatic applications.  In the hydraulics portion of the course, students will be introduced to common hydraulic equipment and learn how various modules work together within a system.  Emphasis will be placed on understanding the function of each component, interpreting hydraulic prints, and recognizing standard fluid power symbols.  In the pneumatics portion, students will explore basic pneumatic equipment and system design.  Through interactive lab work, they will learn to troubleshoot pneumatic systems, read pneumatic schematics, and assemble systems to match a given print. The course also covers the use of pneumatic cylinders and switches to construct functional control systems.  Understanding how hydraulics and pneumatics work in high performing industrial settings is important for multi-craft engineering systems technicians.  Students will gain knowledge and practical experience that are necessary to safely operate, analyze, and build basic hydraulic and pneumatic systems commonly used in the workforce. 

Student Learning Outcomes:

  1. Demonstrate knowledge of hydraulic and pneumatic system safety protocols and apply them during all hands-on activities and system operations. 

  1. Identify and describe the various laws of fluid power, such as Boyle’s Law, Charles’s Law, Gay-Lussac’s Law, and Combination Law as these pertain to fluid power. 

  1. Interpret and analyze hydraulic and pneumatic schematics using standard fluid power symbols to understand system design and operation. 

  1. Explain how hydraulic and pneumatic components interact within a complete system and describe the role each component plays in system performance. 

  1. Assemble and test basic hydraulic systems using appropriate tools and components to match provided schematics and specifications. 

  1. Troubleshoot common issues in pneumatic systems, identifying faults and implementing effective solutions using systematic diagnostic techniques. 

  1. Apply classroom knowledge to practical scenarios, simulating real-world industrial applications of hydraulic and pneumatic systems. 

  1. Communicate technical information effectively, including system functions, troubleshooting steps, and safety procedures, both orally and in writing.