Motorization and Sustainable Mobility

The mobility sector is undergoing rapid transformation driven by the gradual electrification of engines. To support this change, our training courses cover a wide range of technical aspects relating to thermal, hybrid, and electric powertrains. The electrification of engines also requires the development of skills in electrical machines and embedded power electronics, which are integrated into the objectives of our programs.

  • Oil and Gas
  • Refining, Petrochemicals, Chemicals
  • Biobased Processes and Recycling
  • Biofuels, e-Fuels and SAFs
  • Hydrogen
  • Motorization and Sustainable Mobility
  • Nuclear
  • Batteries and Electricity Storage
  • Energy Transition
  • CCUS
  • Electricity
  • Energy Efficiency
  • Geothermal

Motorization and Sustainable Mobility

14 Results
Training - Battery Manufacturing This training course aims to improve skills in battery manufacturing Training - Battery Manufacturing
Training - Battery Validation and Calibration Tests This training course aims to improve skills in battery validation and calibration testing during the design phase Training - Battery Validation and Calibration Tests
Training - Electric Drives for Automotive Propulsion Design, Modeling & Simulation This course provides a deeper knowledge on how to design, build a model and simulate electrical drives, integrate the automotive needs and constraints Training - Electric Drives for Automotive Propulsion Design, Modeling & Simulation
Training - Fundamentals of Electrical Engineering This training aims to provide learners with essential knowledge in electrical engineering, covering the fundamental principles of electric and magnetic fields, the laws of electricity, and the basics of electromechanical conversion. It establishes a solid foundation for understanding electrical circuits and active components, which are necessary in power electronics applications Training - Fundamentals of Electrical Engineering
Training - Fundamentals of Electrical Engineering applied to Power Electronics This training aims to provide learners with the basics of electronics necessary to tackle power electronics. It covers passive and active components, as well as basic circuits, to establish the fundamental knowledge needed to understand and design power electronics systems Training - Fundamentals of Electrical Engineering applied to Power Electronics
Training - Fundamentals of Power Electronics This training course aims to introduce learners to the fundamental principles of power electronics, covering components, switching cells, and basic structures. It provides the basis for understanding energy conversion processes and DC-DC topologies, which are essential for designing power circuits in industrial and transportation applications Training - Fundamentals of Power Electronics
Training - Hybrid & Electric Powertrains This course provides knowledge on the new directions engine manufacturers are taking for individual cars' motion Training - Hybrid & Electric Powertrains
Training - Hydrogen Combustion Engine The aim of this training course is to improve participants to the basics of operating a hydrogen combustion engine Training - Hydrogen Combustion Engine
Training - Hydrogen for mobility This course gives an overview to the participants about H2 context, and about the technical (functional & organic ) H2 solutions for mobility [H2SPOC-EN-D] Training - Hydrogen for mobility
Training - Low-carbon fuels and processes This session provides general technical information on the characteristics and processes leading to key bio-based products and intermediates: existing and developing biofuels, petrochemicals and chemicals Training - Low-carbon fuels and processes
Training - Modeling as an Aid to Battery Design This training aims to improve learners' skills in modeling as a tool for designing cells and battery packs in the design phase Training - Modeling as an Aid to Battery Design
Training - New Fuels: Impact on Engine and Turbine Operation This course provides a deeper knowledge on issues raised by the use of the new fuels planned for the near or further future: biofuels, gaseous fuels, synthetic fuels, alternative jet fuels Training - New Fuels: Impact on Engine and Turbine Operation
Training - Sustainable Aviation Fuel - SAF This training course deals with the different jet fuels that can replace fossil jet fuel with a view to reducing pollutant and CO2 emissions. It provides an overview of what can be considered in the choice of production schemes Training - Sustainable Aviation Fuel - SAF
Training - Training current anf future fuels This training allows you to follow the evolution of fuels, which is strongly linked to the reduction of polluting emissions from transport. It will give a global vision of fuels from conventional fossil fuels to e-fuels, including biofuels Training - Training current anf future fuels