Michael Southcott
Manager, Propulsion & E-Mobility Component Research, Automotive Supply Chain & Technology S&P Global Mobility
Michael Southcott leads our automotive propulsion component research. His primary research focus is on traction motors and inverters for hybrid and electric vehicles, as well as fuel cell technology and traditional combustion engine technologies.
Prior to joining S&P Global, Michael was employed for several years in the automotive industry having previously worked as a powertrain development engineer for a Global OEM and a Systems Integration engineer for leading Tier 1 Supplier. Michael has a 1st Class MEng Mechanical Engineering degree.
2025 Agenda Sessions
The Global Evolution of The Electric Motor Supply Chain and Technology Development: Evolving Landsca
This session will explore the dynamic landscape of the electric motor supply chain, focusing on the rapid growth and technological advancements shaping the automotive industry. Attendees will gain valuable insights into the future demand and production of electric motors across key automotive markets, examining how evolving consumer needs and regulatory pressures are driving change.
- Asses the future demand and production of electric motors in key automotive markets
- Dive into technologies impacting motor performance and future program decisions
- Explore global dependencies across the entire electric motor value chain
- Discuss potential risks for the supply chain in the coming years
Tuesday 03 June 10:35 - 11:05 E-Mobility Stage
Global Market Trends and Challenges
This session will explore the dynamic landscape of the electric motor supply chain, focusing on the rapid growth and technological advancements shaping the automotive industry. Attendees will gain valuable insights into the future demand and production of electric motors across key automotive markets, examining how evolving consumer needs and regulatory pressures are driving change.
- Asses the future demand and production of electric motors in key automotive markets
- Dive into technologies impacting motor performance and future program decisions
- Explore global dependencies across the entire electric motor value chain
- Discuss potential risks for the supply chain in the coming years
