CADFEM advisory services for universities and the research sector

We consolidate our commitment to research and teaching under the CADFEM motto “simulation is more than software” in the CADFEM Academic initiative – a central contact point for lecturers, PhD candidates, students and researchers. In addition to personal contact, we also offer events specifically tailored to research and teaching needs.

Summer school

More academic services

Workshops for lecturersBest practice for Ansys in teaching
Lecturers from various universities provide insights into practice-oriented teaching in the areas of product development, mechanics, electromagnetics and system simulation.
Go to the workshops for lecturers
For PhD candidatesSummer school: Science Meets Practice
The Electromagnetic Simulation summer school has developed into a forum where participants can share their research with each other.
Go to the summer school

Summer school for PhD candidates

PhD students deepen their knowledge of the simulation of electromagnetic and coupled phenomena at the University of Wuppertal. Since 2008, the annual event of the University of Wuppertal and CADFEM has been very popular in professional circles.

Scientific knowledge

Potential formulation for electromagnetic fields and system models

Simulation practice

Realization of field problems as well as field and system coupling in Ansys

Professional dialog

Presentation and technical discussion of the research topics of all participants

Get to know the summer school

What university customers are saying

Prof. Dr.-Ing. Wilhelm Rust
Professor of Simulation in Mechanical Engineering, Hanover University of Applied Sciences
ANSYS offers the possibility of subsequent parameterization of CAD geometries and control variables. In the ‘Structural mechanics: basic examples with ANSYS Workbench’ lecturer workshop, I show tasks and sample solutions with which we carry out parametric studies and mathematical optimization in teaching.

Matthias Kowalski
Development engineer, Siemens AG
The Electromagnetic Simulation summer school is the perfect way for PhD candidates to learn how to use ANSYS software at a high level based on collaborative case studies. The discussion of different simulation approaches and methods for my dissertation topic with Dr. Hanke and other doctoral students was invaluable to me.

Prof. Dr.-Ing. Thomas Binder
Program director for Mechanical Engineering, Ingolstadt University of Applied Sciences
At the Technische Hochschule Ingolstadt, every student can learn how to use Ansys. We have very good experience with this in teaching as well as the technical support from CADFEM and are happy to recommend subsequent specialization courses.

Any questions regarding our academic advisory services?

The CADFEM Academic team would be pleased to advise you on using Ansys and simulation in an academic setting.

Contact the CADFEM team

This course provides an overview of various dynamic analysis types and, with a mixture of theoretical background along with practical guidance and examples, this course will equip you with the knowledge critical to a successful design.

Join us to learn about Vibration Dynamics Simulation with Ansys Mechanical.

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Target-oriented

In the fast moving world, the design & performance requirements have changed drastically in other physics like Mechanical, Thermal and Electromagnetics. However, using integrated multi-physics simulation technology makes it possible to optimize motor design performance in a fraction of the time and cost required by traditional design methodology. It is "a true multi-physics problem," which requires precise attribute balancing across all the physics platforms. These interconnected attributes increase dependency across all departments, with the goal of "efficient and robust E Machine development“

Ansys Technology have a comprehensive solution for robust, efficient Electrical machine design from initial design stage to high fidelity FEA to Multi-Physics analysis.

Click to Know More!

In the fast moving world, the design & performance requirements have changed drastically in other physics like Mechanical, Thermal and Electromagnetics. However, using integrated multi-physics simulation technology makes it possible to optimize motor design performance in a fraction of the time and cost required by traditional design methodology. It is "a true multi-physics problem," which requires precise attribute balancing across all the physics platforms. These interconnected attributes increase dependency across all departments, with the goal of "efficient and robust E Machine development“

Ansys Technology have a comprehensive solution for robust, efficient Electrical machine design from initial design stage to high fidelity FEA to Multi-Physics analysis.

Click to Know More!

This course provides an overview of various analysis types and, with a mixture of theoretical background along with practical guidance and examples, and will equip you with the knowledge critical to a successful design.

Click to Know More!

Martin Kurz

CADFEM Ansys Simulation Conference 2022 digital

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CADFEM advisory services for universities and the research sector

Summer school for PhD candidates

Scientific knowledge

Simulation practice

Professional dialog

What university customers are saying

Nikhil Reddy

Shakthivel TS

Xin Zhao