Tutorial 1: “Multiphysics Equivalent Circuit Modeling for Electric Machinery – From Macro-scale to Micro-scale”
Matthew Gardner, University of Texas Dallas, Baoyun Ge, Georgia Institute of Technology & Peng Han, Ansys

Tutorial 2: “Magnetic and Thermal Self-commissioning Techniques for AC Motor Drives and Inverters”
Paolo Pescetto – Politecnico di Torino, Shafiq Odhano –  Newcastle University, Marko Hinkkanen – Aalto University & Luca Peretti – KTH

Tutorial 3: “3D Printing for Next-Gen Electrical Machines: Magnetic Materials, Windings, Thermal Management, and Electrical Insulation”
Dr. Ahmed Selema & Prof. Dr. Peter Sergeant, Ghent University

• Tutorial 4: “Regenerative Motor Drive Systems for Industrial Applications”
  Ahmed Sayed- Ahmed & Yogesh Patel
  Rockwell Automation
• Tutorial 5: “High Power Density Motor Equipped with Additively Manufactured Windings Integrated with Advanced Cooling and Modular Integrated Power Electronics”
  Ayman EL-Refaie, Nathan Weise, Armin Ebrahimian, Ali Alqarni, Salar Koushan & Seyed Iman Hosseini Sabzevari
  Marquette University
  
  
• Tutorial 6: “Innovative Approaches to Electric Motor Design: AI-Driven Reduced-Order Modeling and Geometry Optimization”
  Philippe Wendling, Farid Zidat & Lavanya Vadamodala
  Altair Co.
  

• Tutorial 7: “Industrial Medium-voltage Drives: From Components to Systems and Applications”
  Tobias Geyer
  ABB System Drives, Switzerland
  
  
• Tutorial 8: “Current Source Inverters Using SiC and GaN Wide Bandgap Devices and Comparison with Voltage Source Inverters”
  Bulent Sarlioglu
  University of Wisconsin-Madison, USA
  
  
• Tutorial 9: “Design, Modelling and Mathematical Formulations of PM-Free Special Machines: from Theory to Practice”
  Doga Ceylan, Joost van Zwieten & Mitrofan Curti
  Eindhoven Univ. of Tech.