Well-considered learning concepts and structured pathways through the comprehensive range of CADFEM training help you move closer to learning success.
CADFEM learning pathways – your direct route to your destination
CADFEM learning pathways give simulation newcomers and experienced FEM and CFD users appropriate training concepts for achieving their individual learning goals. For HR managers, they are a valuable planning aid for systematically building precision simulation concepts within the company.
Plan professional development easily
Which seminars are most appropriate for my professional tasks?
What’s the quickest way to integrate new employees?
CADFEM learning pathways sketch out training paths for the most common engineering simulation topics.
Basic, Advanced or Expert?
CADFEM training courses tell you at first glance what you can expect
In basic courses you start with simple but impactful simulations. You will become familiar with important common software functions and learn how to use analyzes effectively for your product development.
You have run your first simulations and want to learn more? Advanced level trainings are just right for you to quickly and efficiently bring your knowledge to a robust application standard.
The right expert for every task: CADFEM training at expert level combines high-end simulation knowledge with in-depth engineering know-how for almost any task from your daily business.
Learning pathways Fluid Dynamics
With Computational Fluid Dynamics (CFD), you will learn more about the behavior of gases or fluids. CADFEM learning pathways combine basic, intermediate, and expert seminars with appropriate master’s modules and university certificates for an optimal blend of application, engineering knowledge, numerical know-how, and analytical capabilities.
Onboarding
Multiphase flows
Particle movement
Temperature
Master Modules
Certificates / master
Onboarding for fluid simulation with Ansys CFD
Simulation of multiphase flows
Simulation of particle-loaded flows
Thermal management and heat transfer
Master modules for Computational Fluid Dynamics
The master’s modules provided by our university partners give you a glimpse behind the scenes of the program interface, expand your knowledge of physics, and help you to understand computational algorithms. In the future, you will use analytical methods to simplify models and validate results and to understand the influence of all kinds of software parameters.
Certificate of Advanced Studies and part-time Master’s program
Certificate and master’s studies unite individual master’s modules from our university partner with excellent compact qualifications. The expertise you acquire will enable you to solve new tasks in the future and to produce fast and reliable findings that answer key product improvement questions.
Learning pathways Electromagnetic simulation
Electromagnetic simulation has become an indispensable part of the development of electric motors, generators, transformers, sensors, antennas, and other electronic products. The preconfigured learning pathways combine appropriate basic, intermediate, and expert seminars to help you consolidate your specialist knowledge and methodical expertise.
Onboarding LF
Electric machines
Induction
Onboarding HFSS
Onboarding for electromagnetic simulation with Ansys MAXWELL
Design and simulation of electric machines
Multiphysics of induction heating and induction hardening
Onboarding for electromagnetic simulation with Ansys HFSS
Learning Pathways Structural mechanics simulation
CADFEM offers a comprehensive range of basic, intermediate, and expert seminars and online training for use of the Finite Element Method (FEM). You can also deepen your numerical and analytical capabilities in master’s modules and certified university courses, or enroll on a recognized master’s degree.
Onboarding
Contact
Stability
Strength/verification
Material
Joining technologies
Onboarding for structural mechanical simulation with Ansys Mechanical
On this learning pathway, you can also enroll on the Structural mechanical simulation with Ansys Mechanical course as an eLearning course.
Modeling and simulation of non-linear contacts
On this learning pathway, you can also enroll on the Structural mechanical simulation with Ansys Mechanical course as an eLearning course.
Stability of slender structures
On this learning pathway, you can also enroll on the Structural mechanical simulation with Ansys Mechanical course as an eLearning course.
Strength, fatigue life, and verification
On this learning pathway, you can also enroll on the Structural mechanical simulation with Ansys Mechanical course as an eLearning course.
Material behavior and material models for simulation
On this learning pathway, you can also enroll on the Structural mechanical simulation with Ansys Mechanical course as an eLearning course.
Simulation of joining techniques such as interference fit, bolting and adhesion
On this learning pathway, you can also enroll on the Structural mechanical simulation with Ansys Mechanical course as an eLearning course.
Manufacturing
110% Ansys
Optimization
Vibration technology
Multibody systems
Impulsive loads
Simulation of 3D printing and forming processes
On this learning pathway, you can also enroll on the Structural mechanical simulation with Ansys Mechanical course as an eLearning course.
110% Ansys – Efficient use, adaption, and enhancement
On this learning pathway, you can also enroll on the Structural mechanical simulation with Ansys Mechanical course as an eLearning course.
Improving products with topology and parametric optimization
On this learning pathway, you can also enroll on the Structural mechanical simulation with Ansys Mechanical course as an eLearning course.
Vibration technology with implicit dynamic simulation
On this learning pathway, you can also enroll on the Structural mechanical simulation with Ansys Mechanical and Structural dynamics and vibration technology courses as an eLearning course.
Simulation of complex motion sequences
On this learning pathway, you can also enroll on the Structural mechanical simulation with Ansys Mechanical and Structural dynamics and vibration technology courses as an eLearning course.
Explicit dynamic simulation with LS-DYNA Workbench and LS-DYNA
On this learning pathway, you can also enroll on the Structural mechanical simulation with Ansys Mechanical course as an eLearning course.
Acoustics
Piezoelectricity
Hydrodynamics
Temperature
Master modules
Certificates / master
From vibration to acoustics simulation
On this learning pathway, you can also enroll on the Structural mechanical simulation with Ansys Mechanical and Structural dynamics and vibration technology courses as an eLearning course.
Simulation of piezoelectric components
On this learning pathway, you can also enroll on the Structural mechanical simulation with Ansys Mechanical and Structural dynamics and vibration technology courses as an eLearning course.
Hydrodynamic simulation with Ansys AQWA
On this learning pathway, you can also enroll on the Structural mechanical simulation with Ansys Mechanical and Structural dynamics and vibration technology courses as an eLearning course.
Thermal analyses in Ansys Mechanical
On this learning pathway, you can also enroll on the Structural mechanical simulation with Ansys Mechanical course as an eLearning course.
Master’s modules for structural and computational mechanics
The master’s modules provided by our university partners give you a glimpse behind the scenes of the program interface, expand your knowledge of physics, and help you to understand calculation algorithms. In the future, you will use analytical methods to simplify models and validate results and to understand the influence of all kinds of software parameters.
Part-time master’s courses and certificates for computational mechanics
Certificate and master’s studies unite individual master’s modules from our university partner with excellent compact qualifications. The expertise you acquire will enable you to solve new tasks in the future and to produce fast and reliable findings that answer key product improvement questions.
Learning pathways Multiphysics-based thermal simulations
Is the impact of temperature important to your products and processes? You can learn more about consideration of thermal effects in FEM, CFD, or coupled simulations in appropriate basic, intermediate, and expert training courses from CADFEM, as well as master’s modules, university certificates, or a master’s course.
The easy way to plan Professional Development
CADFEM learning paths show you training plans for the most common engineering topics. Together with you we will find answers to further questions.
- Which courses are best suited for your professional tasks?
- What is the fastest way to integrate new employees?
Let's talk about your personal challenges and how we can support you in achieving your individual goals.
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Bharat Chittepu
What CADFEM customers are saying
Patrick Senger
Senior Engineer, Crash & Multiphysics, KTM Technologies GmbHCADFEM Learning on Demand - this is the joy of learning through a series of lectures at the highest technical and media level that can be called up individually at any time and at any location.
What kind of qualification suits best?
CADFEM training is available for all requirements: flexible and mobile as Learning on Demand, open seminars, and customized company training as well as academic training in certificate and master’s programs. For optimal learning performance, all formats can be seamlessly combined.
The right solutions for your simulation projects
Simulation is everywhere and affects every industry. Since simulation requires more than software, CADFEM offers everything you need for successful simulation from a single source: software and IT solutions, consulting, support, engineering and knowledge sharing – always on the cutting edge.
