Essential Fluid Power Skills
Develop hands-on hydraulic skills — covering system fundamentals, schematic reading & troubleshooting to prevent failures and improve fluid power reliability.
What this course is about
The Essential Fluid Power Skills course provides technicians and maintenance personnel with practical knowledge and hands-on capabilities to understand, diagnose, and improve
hydraulic systems. The program focuses on reliability-based thinking, system fundamentals, schematic interpretation, measurement, and logical troubleshooting. With a strong emphasis on hands-on learning, participants develop skills to prevent failures, improve performance, and enhance the safety and reliability of fluid power systems.
Key Topics Covered
Machinery failure patterns and common sources Installation errors, misalignment, unbalance, & system losses
Fluid power safety: hazards, prevention, & best practices
Hydraulics vs. pneumatics: key differences & use cases
Eight functional blocks of hydraulic systems
Schematics, symbols, and system logic
Pressure, flow, and force relationships (Pascal’s Law)
Pumps, reservoirs, conductors, & installation guidelines
Controls, actuators, accumulators, filtration, & cleanliness
Early failure indicators
Cavitation, aeration, leakage, and flow restrictions
Logical troubleshooting using schematics and data
Why This Training Matters
- Leaders responsible for reliability initiatives
- Maintenance and Reliability Technicians
- Maintenance Supervisors & Planners
What 5 days looks like on the floor
Reliability, Failure Patterns & Hydraulic Foundations
Conductors, Reservoirs & Hydraulic Pumps
Control Valves, Actuators & Circuit Behavior
Flow, Pressure & Condition Monitoring Tools
Component Failures, Safety & Logical Troubleshooting
Upon successful completion, participants will be capable of:
• Explain hydraulic system principles, components, and interactions
• Interpret system schematics and identify the functional blocks of a circuit
• Understand how improper installation affects system performance
• Apply a logical troubleshooting methodology based on data and schematics
• Identify cavitation, aeration, flow restrictions, leakage, and control malfunctions
• Use measurement instruments to determine system performance trends
• Safely disassemble, inspect, document, and reassemble pumps, valves, actuators, & accessories
• Adjust fluid controls correctly based on performance goals
• Build and modify circuits using demonstrator systems
• Recognize early indicators of component failure
• Apply improvement-based field decisions instead of run-to-failure practices
• Understand contamination control and cleanliness practices for hyd/pneu systems
• Demonstrate proper fluid power safety protocols
• Present findings, inspection data, and recommendations clearly and professionally
In underground mining, failures don't just cost money — they cost time we can't afford and put people at risk. Reliability Solutions gave us the precision maintenance framework to get ahead of failures before they stop production. The ROI was visible within the first quarter.
Whether you're generating power from coal or fine-tuning control systems, Reliability Solutions makes the invisible visible — they help you understand the systems you can't even see with your eyes. No matter what prefix they put in front of my title, it's always been about reliability.
Learn more about the full training program
Select any course below to explore its full details, objectives, and schedule.