Knowledge Transfer

Understanding, applying and automating simulation
Wissensvermittlung: ITB Schulungen und Workshops zur FEM-Strukturmechanik

For more than 20 years, ITB has been carrying out FEM structural analyses using ANSYS, LS-DYNA and RSTAB, as well as strength verifications to a wide range of standards, on behalf of our clients. This project work has given rise to extensive, field-proven expertise that we pass on directly to our clients.

Our knowledge transfer combines theory with real-world applications from your day-to-day engineering practice – tailored, efficient and sustainable.

Training & Workshops

We offer bespoke training courses and workshops aligned precisely with your projects, products and technical questions – online or on-site at your premises.

The focus is not only on software functionality, but above all on:

  • efficient modelling strategies
  • confident interpretation of results
  • understanding of nonlinear effects and contacts
  • code-compliant verifications
  • best practices from industrial application


This ensures that the knowledge gained can be put to immediate use within your organisation.

Whiteboard mit Post-its in einem Workshop – ITB Vor-Ort-Service und In-House-Workshops für FEM-Berechnungsteams

On-Site Support

In addition to classic calculation projects, we also support you directly at your premises. Knowledge transfer takes place hands-on, working with your own models and processes.

Temporary Staffing for Your Projects

Under the German Temporary Employment Act, we can provide you with qualified structural analysis engineers on a temporary basis.

Typical deployment scenarios:

  • projects requiring intensive coordination
  • tasks that must be carried out on-site for organisational reasons
  • short-term capacity bridging during peak workloads


Thanks to our broad project experience, our engineers integrate quickly into your development processes and deliver productive results from day one.

In-House Workshops

In-house workshops are the most efficient way to build targeted expertise within your team. Content and depth are individually adapted to your needs – from methodological foundations through to solving specific calculation tasks.

ANSYS APDL Programming

The Parametric Design Language (APDL) remains the backbone of ANSYS technology and unlocks capabilities that go beyond the graphical user interface.

Drawing on our many years of experience – dating back to the era before today’s GUI-based workflows – we develop bespoke APDL solutions tailored to your requirements.

Benefits of APDL Programming

  • Access to functionality outside of ANSYS Mechanical
  • Parametric models for variant studies and optimisation
  • Automation of pre- and post-processing
  • Code-compliant and repeatable evaluations
  • Execution of complex mathematical operations
ANSYS APDL-Programmierung

Typical Applications

We support you when you want to:

  • use functions not available in ANSYS Mechanical
  • selectively extend or modify existing Mechanical models
  • automate your evaluation and documentation workflows
  • get a structured introduction to APDL programming


Together, we develop the right solution for your processes – from individual macros to fully automated calculation routines.

Your Benefits

With ITB’s knowledge transfer services, you will:

Let's talk about your requirements

Whether training, in-house workshop, on-site support or APDL automation – we tailor the content precisely to your needs.

News

April 2025
ITB Pune is 1 year old!

April 2024
Lecture by Yannick Lattner (CFD engineer) at the ISimT-24: Symposium on Innovative Simulations in Turbomachinery

April 2024
Foundation of ITB Pune, Rushab Oswal as new Managing Director.

April 2024
Our company has been a member of the sponsoring association of the KIMW (Kunststoff Institut) since April 2024

April 2024
Reinhard Houben, Member of the German Bundestag, visits ITB in Dortmund

Oktober 2023
In October 2023, we received approval from the Federal Ministry for Economic Affairs and Climate Protection (BMWK) for the ZIM individual project “Development of a scalable service for the simulation of light guides with variant calculation and automated workflow”.