Industry-demanded skills, learned at your pace
These micro-credentials contain the skills-based training that the Manufacturing and Automation industry is looking for, delivered in a condensed format. This training comes with access to state-of-the-art equipment and labs for experiential learning, which was developed in collaboration with Centennial College and the Canadian Fluid Power Association. These programs will help you expand your career and enhance your knowledge base.
Hydraulic Fundamentals MC1:Â
October 19, 2023 or April 25, 2024
40 hours online training: 3 hours/week virtual
teacher-led and 2 hours/week independent study â
5 hours/week for 8 weeks
â˘Recognize and use industrial cataloguesâ˘Gain Hydraulic fundamentals and theoryâ˘Gain elements and fundamentals of Hydraulics and specify components to meet various loads and motionsâ˘Explore functions of Hydraulic system components (pumps, valves, cylinders, motors) and symbolsâ˘Calculate and select Hydraulic system components, read and create Hydraulic circuits and schematicsâ˘Apply Hydraulic system safetyâ˘Understand fluid conditioning, emphasizing contamination controlâ˘Explore Hydraulic simulation software
Pneumatic Fundamentals:Â February 8, 2024
40 hours online training: 3 hours/week virtual
teacher-led and 2 hours/week independent study â
5 hours/week for 8 weeks
â˘Recognize and use industrial cataloguesâ˘Gain Pneumatics fundamentals and understanding of functions of Pneumatics system components(compressors, valves, cylinders, reservoirs, filters, lubricator, etc.) and symbolsâ˘Calculate and select Pneumatic system componentsâ˘Read and create Pneumatic circuitsâ˘Apply Pneumatic system safetyâ˘Analyze loads and motionâ˘Interpret Pneumatic schematics,â˘Analyze and troubleshoot Pneumatic systems
ADVANCED HYDRAULICS MC 3: Next offering starting September 7, 2023: Register Here
F2023 course delivery at Centennial College, Progress Campus, Toronto, Ontario:
Weeks 1 to 7 (Sept 7-Oct 19): Online lectures on Thursday afternoon
Engagement week (Oct 24-Oct26: In-person at Centennial): Tuesday, Oct24 & Wednesday, Oct 25 (All day with 8 hrs per day: Labs #1 to #8) and Thursday, Oct 26 (Morning: Week 8 lecture and afternoon: Labs #9 and #10)
One week break (Week of Oct 30): No classes
Weeks 9 to 10 (Nov 9-Nov 16): Online lecture on Thursday afternoon   Â
Course Description
In this course students will learn about the advanced topics related to hydraulics that builds upon knowledge gained in AMMC141. Students will also learn about the overall operation of key components in a hydraulic circuit. Students will learn to do the calculations as well as select components from a catalogue to meet customer requirements. Students will be given a hands on opportunity to learn in a lab setting to assemble and observe the operation of hydraulic systems.
Course Learning Outcomes
- The student will reliably demonstrate the ability to:
- Apply safety industry standards in order to ensure a safe industrial work environment.
- Analyze individual hydraulic components to explain the operation of a hydraulic circuit schematic.
- Size appropriate hydraulic components and select using a manufacturers’ catalogs.
- Select and assemble fittings and hoses to build a functioning hydraulic system.
- Explain the basic concepts of hydraulic valve control in order to select appropriate components for an application.
- Differentiate between open and closed loop hydraulic circuits.
- Calculate static and dynamic external forces to select appropriate hydraulic components.
- Describe intensification, compression and decompression processes in order to avoid related negative impacts on a hydraulic system operation.
- Troubleshoot a hydraulic system to ensure proper functioning.
Please note safety shoes and glasses are required for in person portion of the program.
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Program Code TBAÂ /Â Start Date: TBA
50 hours of hybrid training, including online and in person labs
- Read, create and troubleshoot Pneumatic circuits
- Analyze Pneumatic safety circuits
- Use catalogues for selecting, designing and pricing
- Utilize software including Automation Studio for simulation and design
- Introduction to electronic controls
Program Code TBAÂ /Â Start Date: TBA
50 hours of hybrid training, including online and in person labs
- Understand applications of electronic components used in fluid power
- Demonstrate working knowledge of sensors, relays, solenoids, servo valves and mechanical controls
- Design electrohydraulic systems
- Interpret, design and troubleshoot electro-hydraulic and electro-pneumatic circuits
- Introduction to SMART and new technology