Training
We base our courses on a combination of tried and tested methods, state-of-the-art tools, case studies and creative thinking.
To keep our training relevant to the day-to-day problems you face in the real world, we base our courses on a combination of tried and tested methods, state-of-the-art tools, case studies and creative ways of thinking.
If you prefer, we will gladly come to you. There can be advantages to addressing specific employee training needs internally with a tailored course. Often, on-site training is more economical with effective direct group training and reduced travel time and expenses. We deliver our courses at a time, location and pace that suits you.
Training
-
The course gives a structured introduction to the dynamics of rotating equipment, primarily focusing on turbomachinery used in the oil & gas industry.
-
This course gives you a structured introduction to the generation, the propagation and the control of noise, with emphasis on the conditions prevailing on offshore installations.
-
The course introduces the basic principles of rotating equipment diagnostics and illustrates the strength of stringent root cause methodology.
-
The course aims at giving you a comprehensive understanding of AMBs, combining fundamental theory with the latest results in Research & Development and the practical aspects of industrial applications.
-
This course will give the delegates an introduction to Operational Modal Analysis in general, and more specifically to systems with harmonic components, such as rotating machinery.
-
You will be introduced to the fundamentals of noise and vibration measurement, analysis and control techniques, and be better equipped to manage noise and vibration generation, propagation and control in vessel designs.
-
You will gain insight into basic machinery dynamic calculations for propulsion units and be equipped to improve preventive measures to machinery failure.
-
This course will give you an overview of the fundamental concepts of the engineering approach to seakeeping/waveload analysis.
-
Gain an advanced insight into the fatigue of structures and learn methods for analysis and design of marine structures to prevent fatigue failures.