Seminar

Rolling Bearings in the Future
: Future Opportunities and Challenges

What are the “hot” topics in rolling bearing technology for the future?
What do you need to know to be prepared for future opportunities and challenges,
from AI to China, from electric cars to wind turbines?

Here are the topics you can expect…

“Healthy” and “Unhealthy” Design

The basics of reliable bearing design—from fixed and floating bearings to avoiding common design errors.

AI in Roller Bearing Technology

How AI and bearing engineering assistants can support development—and where their limitations lie.

Energy Efficiency: Friction & Lubrication

New ways to minimize friction, modern lubrication concepts, and the latest regulatory developments.

New Challenges from "
" E-Mobility & Wind Power

Current damage mechanisms such as white etching cracks (WEC) and their causes in modern applications.

Objectives of the seminar

Roller bearings
  • 1. The "Healthy" Design
    What You Need to Know. No AI!
  • 2. AI Applications
    ChatGPT, Agents, AI-Driven Engineering
  • 3. Materials and Material Properties
    Better doesn't have to be more expensive
  • 4. Minimizing friction
    Yeah, there's still room for improvement.
  • 5.
    Lubrication: Oils, Greases, Additives; What’s Possible, What’s Required, and What’s Still Allowed?
  • 6. Benefits and Risks of Sourcing from Overseas (Asia)
  • 7. New applications
    , electric cars, wind turbines, and others—are revealing new types of damage (WEC)
  • 8. Service life
    Is that all? Additional evaluation criteria.

Roller bearings

Event content and details organized by topic.

01

"Healthy" and "Unhealthy" Design

Understand the fundamentals of good structural design and common design flaws.

Using fundamental principles and case studies, this guide demonstrates what really matters in good bearing design.

What is there that AI can't help you with?
What are the fundamentals of good structural design?
Understanding Fixed and Floating Bearings
How exactly do you do that?
What should you pay special attention to?
Working with case studies
02

The Use of AI in the Design and Evaluation of Rolling Bearing Systems

The Potential and Limitations of AI in the Technical Evaluation of roller bearings.

The use of AI is evaluated in terms of available knowledge, assistive functions, and critical limitations.

AI – Bearing Engineering Assistants
Knowledge from the internet, such as ChatGPT and similar services
Knowledge from within your own company
Insights from current research
Relevant patent landscape
Where AI Falls Short
Where should you be careful?
03

New materials and new material properties

Recent developments in materials science and machining processes.

New materials and machining processes open up additional opportunities for technical and economic optimization.

New Trends in Materials Science
Trends in Machining Processes
It doesn't have to be expensive
04

New ways to minimize friction in roller bearings

Reducing friction in the context of increasing energy efficiency requirements.

In the field of roller bearings as well, minimizing friction roller bearings a greater priority, particularly due to new efficiency requirements.

Until now, this has never been an issue because rolling bearings inherently offer the lowest possible friction
New energy efficiency requirements for systems, such as electric cars
This also puts rolling bearings under greater scrutiny
An overview of how to reduce friction in roller bearings
05

Lubrication

Fundamentals, additives, and regulatory developments in the field of lubrication.

Lubrication is examined in terms of technical fundamentals, additives, and potential new EU regulations.

Fundamentals you need to understand
Topic: Additives: When Do You Need Which One?
New EU regulations in the works
Possible bans on certain substances that are particularly effective lubricants
What's in store for us?
06

Sourcing in China

Opportunities, Risks, and Experiences in International Procurement.

Sourcing in China is examined in terms of opportunities, risks, experiences, and practical selection criteria.

What are the odds?
What are the risks?
What has been the experience in recent years?
What should you look out for?
07

New Applications

Challenges in electric cars, wind turbines, and electric motors.

New applications bring with them new loads, failure patterns, and design requirements for rolling bearing systems.

Electric cars
Wind turbines
Electric motors
New Challenges
New types of damage, such as white etching cracks (WEC)
What are the main causes?
What prevention strategies are available?

Your speaker

Prof. Stephan Sommer, Ph.D. (Eng.)

  • Mechanical Engineering Program at THWS Würzburg-Schweinfurt
  • Industrial Engineering at the Technical University of Ilmenau
  • Part-time doctoral program at the Technical University of Ilmenau
  • Founder of the Master's Program in "Rolling Bearing Technology" at THWS
  • Founder of the "Steinbeis Transfer Center for Rolling Bearing Technology (STW)"

13 years of experience in automation technology, including work on rolling bearings at Schaeffler AG, most recently as Head of Quality and Documentation in the Machine Systems Development Division

 

 

Target group

Professionals in the fields of development, Design engineering,
Faculty members from educational institutions,
Experts from research institutions and testing organizations.

 

 

Dates

September 25, 2026:
November 27, 2026:

Seminar dates

9:00 a.m. — 1:00 p.m. (German)
9:00 a.m. — 1:00 p.m. (German)

 

Seminar prices

 

Take advantage of our customer benefit of 10% as an MDESIGN service customer.
All prices plus VAT.

 

Seminar request for companies

For a larger number of participants in a company, we also offer our training courses on individual dates.

 

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