Empowering Digital Engineering, Physics-based Simulation, Digital Engineering Process, Free of Charge Event for Speakers

CADFEM World Conference 2026: Call for Papers

October 20–22, 2026, darmstadtium, Darmstadt

 

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Empowering Digital Engineering, Physics-based Simulation, Digital Engineering Process, Free of Charge Event for Speakers

CADFEM World Conference 2026

Call for Papers

October 20–22, 2026
darmstadtium, Darmstadt

To registration form

Key Facts

Conference

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October 20–22, 2026

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darmstadtium Science and Congress Centre
Darmstadt, Germany

Lecture details

Please note: for organizational reasons, we only can accept one speaker per presentation

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approx. 20 minutes per presentation
+ 10 minutes for the Q&A session

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Event language is English
all presentations and materials should also be prepared in English

Due dates

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Please submit your abstracts by
April 30, 2026 at the latest

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Please submit your final presentations by
September 21, 2026

Why Become a Speaker

Engineering is evolving fast—driven by technologies like simulation, AI, data management, automation. The CADFEM World Conference 2026 is your gateway to mastering digital engineering effectively. Present your topic and unlock these benefits:

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Gain global visibility for your expertise
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Boost your company’s presence in the international engineering community
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Showcase real-world impact through practical applications
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Shape the future by contributing to thought leadership
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Network with leading experts and innovators
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Extend your reach beyond borders
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Enjoy free participation as a speaker

 

Be part of the transformation and lead the way. Unleash the power of digital engineering!

To registration form

Why to Become a Speaker

Engineering is evolving fast—driven by technologies like simulation, AI, data management, automation. The CADFEM World Conference 2026 is your gateway to mastering digital engineering effectively. Present your topic and unlock these benefits:

visibility_50dp_0F73FF_FILL0_wght200_GRAD-25_opsz48

Gain global visibility for your expertise


Show what you know to an audience that spans industries and continents. Your work deserves to be seen by those shaping the future of engineering.
map_pin_review_50dp_0F73FF_FILL0_wght200_GRAD-25_opsz48

Boost your company’s presence in the international engineering community

Put your organization on the map. Share insights that strengthen your reputation and open doors to new partnerships.
monitoring_50dp_0F73FF_FILL0_wght200_GRAD-25_opsz48

Showcase real-world impact through practical applications


Theory is good, but results speak louder. Present solutions that have delivered measurable benefits in real projects.
person_celebrate_50dp_0F73FF_FILL0_wght200_GRAD-25_opsz48

Shape the future by contributing to thought leadership


Your perspective matters. Help define where engineering is headed and influence how challenges are solved.
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Network with leading experts and innovators


Meet people who think like you—and those who think differently. Exchange ideas, tackle problems together, and build lasting connections.
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Extend your reach beyond borders


Your work shouldn’t stop at regional boundaries. This is your chance to share knowledge on a truly global stage.
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Enjoy free participation as a speaker


No fees, no barriers. If you bring valuable insights, you’re welcome to join as a speaker without charges.

Your Contribution at the CADFEM World Conference 2026

Do you have a reference case to share?

We’re looking for inspiring user stories in the areas of physics-based simulation and digital engineering processes:

Physics-based Simulation Sessions

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Mechanical

Share cases from classic strength checks to complex dynamic behavior and innovative workflows using Ansys Mechanical, Ansys Topology Optimization and Ansys nCode DesignLife Workbench Integration.
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Fluid

Examples of CFD and DEM with Ansys Fluent GPU/CPU, Ansys Fluent Meshing, Ansys CFX and Ansys TurboGrid and Ansys Rocky to optimize flows, reduce energy consumption or enhance thermal performance.
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Optical

Projects involving optical systems from precision lenses to lighting and how simulation improved accuracy and efficiency. Use Ansys Speos, Ansys Zemax OpticStudio, Ansys Lumerical.
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Electromagnetics HF

High speed interconnects, parasitic extraction, phased arrays, radomes, quantum circuits, RFID, or IoT devices: Present your work on RF/SI/PI Design with Ansys HFSS and Ansys SIwave.
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Electromagnetics LF

Low-frequency electromagnetic use cases like motors or transformers, highlighting your usage of Ansys Motor-CAD and Ansys Maxwell.
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Multiphysics & Digital Twin

Manage complexity with multiphysics field and system simulations and show how virtual twins enabled predictive maintenance, reduced downtime or supported lifecycle management.

Digital Engineering Process Sessions

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AI/ML & Applications

How artificial intelligence and machine learning accelerated workflows or enabled smarter design decisions.
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PyAnsys & Applications

Present cases on scripting for repetitive tasks, integration of complex processes, scalability improvements or innovative ways PyAnsys has transformed workflows.
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Digital Engineering & Applications

Examples of connecting requirements, simulation and system models into a unified, traceable development process.
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SPDM & Applications

Success stories on how simulation process and data management improves collaboration, ensures data integrity and creates transparency.
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PIDO & Applications

Use cases for process integration and design optimization that delivered better designs faster and with fewer iterations.
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Material & Applications

Contributions on where material data management enhances simulation accuracy, compliance and innovation in product development.

If you’ve successfully applied Ansys and CADFEM technologies in these fields, we’d love to hear from you!

To registration form

Physics-based Simulation Sessions

 

Mechanical:
Share cases from classic strength checks to complex dynamic behavior and innovative workflows using Ansys Mechanical, Ansys Topology Optimization and Ansys nCode DesignLife Workbench Integration.

Fluid:
Examples of CFD and DEM with Ansys Fluent GPU/CPU, Ansys Fluent Meshing, Ansys CFX & Ansys TurboGrid and Ansys Rocky to optimize flows, reduce energy consumption or enhance thermal performance.

Optical:
Projects involving optical systems from precision lenses to lighting and how simulation improved accuracy and efficiency. Use Ansys Speos, Ansys Zemax OpticStudio, Ansys Lumerical.

Electromagnetics HF:
High speed interconnects, parasitic extraction, phased arrays, radomes, quantum circuits, RFID, or IoT devices: Present your work on RF/SI/PI Design with Ansys HFSS and Ansys SIwave.

Electromagnetics LF:
Low-frequency electromagnetic use cases like motors or transformers, highlighting your usage of Ansys Motor-CAD and Ansys Maxwell.

Multiphysics & Digital Twin:
Manage complexity with multiphysics field and system simulations and show how virtual twins enabled predictive maintenance, reduced downtime or supported lifecycle management.

Digital Engineering Process Sessions

 

AI & ML & Applications:
How artificial intelligence and machine learning accelerated workflows or enabled smarter design decisions.

PyAnsys & Applications:
Present cases on scripting for repetitive tasks, integration of complex processes, scalability improvements or innovative ways PyAnsys has transformed workflows.

Digital Engineering & Applications:
Examples of connecting requirements, simulation and system models into a unified, traceable development process.

SPDM & Applications:
Success stories on how simulation process and data management improves collaboration, ensures data integrity and creates transparency.

PIDO & Applications:
Use cases for process integration and design optimization that delivered better designs faster and with fewer iterations.

Material & Applications:
Contributions on where material data management enhances simulation accuracy, compliance and innovation in product development.

If you’ve successfully applied Ansys and CADFEM technologies in these fields, we’d love to hear from you!

Selection of the Presentations

April 30, 2026

draft_16dp_0F73FF_FILL0_wght300_GRAD-25_opsz20 Please submit your abstract

Our program committee is responsible for selecting presentations and shaping the agenda of the CADFEM World Conference 2026.

May 2026

calendar_month_16dp_0F73FF_FILL0_wght300_GRAD-25_opsz20 Program communication will take place

You will be informed about the acceptance and status of your submission in due time.

September 21, 2026

docs_16dp_0F73FF_FILL0_wght300_GRAD-25_opsz20 Please submit your final papers 

You will be informed about the acceptance and status of your submission in due time.

south_50dp_0F73FF_FILL0_wght300_GRAD-25_opsz48 Register now

 

Registration as a Speaker

CADFEM Program Committee

Your Contact
UMH_267px


Ute Mayer-Harbig

Speaker Coordination
CADFEM Germany GmbH

conference-team@cadfem.de

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