Course overview

Developed by the National Technical University of Athens (NTUA) in collaboration with the Universidad Politécnica de Madrid (UPM), this course combines self-paced theoretical learning with the interactive CuExplorer 3D environment, allowing participants to visualise and investigate the atomic structures of copper and its alloys. Through this combination of theory and digital exploration, learners will build a deeper understanding of how structure, processing, and material properties influence performance across the copper value chain. 

What you will learn: 

  • Crystal structures and atomic behaviour of copper and its alloys, including unit cells, bonding, and defects.  
  • Microstructure and material properties, including the effects of dislocations, grain structures, and alloying.  
  • Phase transformations and processing principles for understanding and controlling microstructural evolution.  
  • Casting, thermal treatment, and defect-control approaches to optimise copper alloy performance.  
  • Digital tools and Industry 4.0 technologies supporting modern metallurgy and sustainable manufacturing. 

Follow the ‘go to course’ and sign up!