We offer training for almost all areas of your daily work. Expand your skills with our high-quality software training courses. Whether you are an experienced professional or just starting out in the exciting world of strength calculation or thermodynamics, our training courses offer the perfect platform to deepen your knowledge.

Why software training courses?

  1. Update your knowledge: Technology is constantly evolving and we make sure you are always up to date. Our training courses are continuously updated to cover the latest trends and developments in pressure vessel design and process engineering.

  2. Practical learning content: We believe in “learning by doing”. Our practice-orientated training courses enable you to apply what you have learned directly to real projects. Wir vermitteln praxis-orientierte Inhalte. Bring your projects to the training.

  3. Time savings: Efficient use of the software also means time savings when working on your projects. Get results faster and be one step ahead of your competitors

What kind of training courses do we offer?

  • Online training courses: Learn from the comfort of your own home or while travelling. Our interactive online courses offer maximum flexibility without compromising on quality.

  • Face-to-face training: Immerse yourself in a modern and inspiring learning environment and benefit from direct dialogue with experts.

Our training courses are always customised! Would you like a tailor-made training programme for your team? Contact us and we will create an offer that is precisely tailored to your needs.


Individual training courses already held:

  • Efficient handling when calculating pressure vessels in accordance with ASME VIII, AD 2000, DIN EN 13445-3
  • Stability verifications, wind, earthquake and live loads
  • Load cycle calculations in accordance with EN 13445 and AD 2000
  • Calculation of flange connections according to DIN EN 1591
  • FEM verifications with FELV
  • Avoidance of cases of damage in the design of heat exchangers
  • Optimising the design of heat exchangers. Utilise pressure losses.
  • Correct selection of media in heat exchangers and their influence on the design
  • Determination of the physical properties of mixtures
  • Automation of recurring processes in the calculation
  • Attractive and informative documentation for the customer

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