Content
Predictive computer simulations allow product analyzes of complex testing processes in various variants and load cases to be carried out quickly and comprehensibly. In addition, the virtual patient and the product can be analyzed together in interaction “In Silico” and the product can be tested and optimally adapted to the individual requirements and needs of the individual patient in terms of material, structure and function.
Efficient human-centered simulation processes enable long-term cost reductions, create new innovation potential and can accelerate the approval process of medical products through clinical in silico studies on virtual patient cohorts.
In this interactive seminar, participants are introduced to the basics of the finite element method (FEM) and the opportunities and challenges of simulation in medical technology are highlighted.
Topic overview
- Simulation in medical technology: Current status and vision of the future
- Idealization of the real world into simulation models
- Basics of FEM
- Verification & validation process for predictive simulations
- Best Practice: Guidelines for good simulation
- Practical application based on selected examples from medical technology
target group
Employees from medical technology companies who would like to gain an insight into the opportunities offered by computer-aided simulation.
Prior knowledge
In order to carry out predictive simulations, in-depth knowledge of physics, mathematics and numerics is required. However, the seminar is structured in such a way that even with basic knowledge in these areas it is possible to follow the content and gain a well-founded overview of the simulation technology.
Funding opportunity
ESF funding is possible. Further information can be viewed here .
Early bird discount
If you register up to 3 weeks before the start of the seminar, you will receive an early bird discount of 10 percent.
KONTAKT:
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