Engineering & Innovation

Engineering at thyssenkrupp means transforming ideas into sustainable, digital, and mobile solutions for tomorrow's industries. Discover how our engineers drive change and shape the future with expertise and innovative power.

The art of plant engineering: How Vaishali Ravi Krishnan is helping to shape the future of plant engineering with her expertise as a design engineer at thyssenkrupp Uhde.

The cement industry is one of the biggest emitters of CO2. The oxyfuel process can change that. We reveal what lies behind thyssenkrupp's patent.

Artificial Intelligence as an Innovation Driver: Integrating AI into the Patenting Process.

Women are still outnumbered in technical professions? Sadly, that's still the reality. To mark International Girls' Day, we present three female engineers from thyssenkrupp who have found their passion in the technical world.

At thyssenkrupp rothe erde, Thomas Handreck can pursue his passion for tinkering. The engineer has been developing calculation methods for slewing bearings for over 33 years. With his latest project, a 3D viewer, he is making the interpretation of data even faster and easier.

Electrical steel from thyssenkrupp Steel is the secret star of the energy and mobility transition and is used, for example, in wind turbine generators, transformers and electric motors.

To enable autonomous driving in the future, our experts have developed steer-by-wire and filed several patents. This is how we protect our intellectual property.

The world is aiming for Mars, and technologies and products from thyssenkrupp have already made it into space.

On the occasion of International Intellectual Property Day, our patent experts explain what is important when protecting new inventions.

thyssenkrupp's valuable tool Modular Research Platform (MRP) experiences a directed progression.

In an emergency, the selectrify® battery housing from thyssenkrupp Steel provides vital minutes.

Fuels from biomass or based on hydrogen offer solutions to the mobility dilemma.

The light H2 molecule could become the key to a successful energy transition. If it is "green".

Around a year ago the new gigantic forging line from thyssenkrupp Forged Technologies started production. What happened since then?

Wind energy is considered as the most important renewable energy source in Germany. Thanks to our slewing bearings, everything runs smoothly in the giant wind turbines. With a patented process we are now making the turbines even more efficient.

Daniel Thiele is resposible for quality assurance at thyssenkrupp Steering and thinks that digitalization and innovation go beyond the achievements already made.

Every year thyssenkrupp's engineers develop exciting new innovations that need to be protected. To mark Intellectual Property Day, we are presenting a patent from thyssenkrupp nucera.

Robot Process Automation (RPA) is an automation technology for business processes. Bots take over repetitive, rule-based and manual process steps – and thus take the burden of employees. They are left with more time for challenging tasks.

Dirk Saager from thyssenkrupp rothe erde explains how transport of slewing bearings take place and what exactly is needed for it.

Every day, thyssenkrupp's engineers use the achievements of numerous Nobel Prize winners as the basis for the development and production of our innovations

Patrick Tlauka, project engineer at thyssenkrupp Steel, is working with his team on the selectrify® project

For an apprenticeship project at thyssenkrupp Camshafts in Ilsenburg, the apprentices Sarah Vogel and Max Jäger developed a skateboard equipped with state-of-the-art technology.

What does steel have to do with art, good wine and agriculture?