Resource-efficient design of fatigue-resistant product by digital tools and innovative manufacturing

Geophysical exploration using convertible robotic solutions (GeoRunner)

Paving the way towards digital materials selection using AI and physical models (DMS-AI)

Variable scrap yard to manage a precarious material supply

Thermodynamic simulations for the development of low carbon emission scrap based aluminium alloys

Continuous fragmentation monitoring for underground mining operations

Bottom-up − slag granulate and dredging robot in collaboration for resource recovery from sediment

Surface treatments for improved hydrogen embrittlement resistance (SURFHY I)

Catalytic reduction of gaseous CO2 to solid Carbon – towards zero emission steelmaking (CatCO2)

Sensors for Precise Underground Localization