CoursesCoursesComponent selection for hydraulic systemsDescriptionThis course is run in conjunction with the IMechE. Details of our CPD course, covering hydraulic component selection including more advanced topics such as non linearities, dynamics and physical principles. https://www.bath.ac.uk/corporate-information/fp2-component-selection-for-hydraulic-systems/
Control of electrohydraulic systemsDescriptionThis course is run in conjunction with the IMechE. This course includes our Introduction to control of mechatronic systems and focuses on control issues in fluid power systems. https://www.bath.ac.uk/corporate-information/fpc-control-of-electrohydraulic-systems/
Electrical drives for mechanical engineersDescriptionThis course is run in conjunction with the IMechE. Details about our CPD course, covering the fundamental theory of electrical machines and drive systems related to mechanical and fluid power systems. https://www.bath.ac.uk/corporate-information/ed-electrical-drives-for-mechanical-engineers/
Hydraulic Systems and EfficiencyDescriptionThis course is run in conjunction with the IMechE. Our course covers system design for efficiency. It introduces you to inherent losses of common systems, loss characteristics of components and methods to recover energy. A part of the course is dedicated to new technologies that are not yet standard in the field. https://www.bath.ac.uk/corporate-information/fp1-introduction-to-hydraulic-circuits-and-components/
Introduction to control of mechatronic systemsDescriptionThis course is run in conjunction with the IMechE. This two-day course gives an introduction to practical control theory, including system modelling and analysis, numerical simulation, and controller design. https://www.bath.ac.uk/corporate-information/c-introduction-to-control-of-mechatronic-systems/
Introduction to hydraulic circuits and componentsDescriptionThis course is run in conjunction with the IMechE. This introductory course give you a good working knowledge of hydraulic circuits and components. You'll explore their principles of operation, their performance characteristics, and standard ISO symbol representation. https://www.bath.ac.uk/corporate-information/fp1-introduction-to-hydraulic-circuits-and-components/
Noise in hydraulic systemsDescriptionThis course is run in conjunction with the IMechE. Our course introduces you to the topic of how high-power density of hydraulic systems can become a problem when noise and vibrations need to be minimised. https://www.bath.ac.uk/corporate-information/fpn-noise-in-hydraulic-systems/
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