Hybrid & Electric Powertrain Specialist Certification
Who should attend?
This high-level certification in the field of hybrid and electric powertrains is intended to help automakers and equipment manufacturers in their policy of retraining engineers to meet the new needs of the electrified powertrain market.
This training covers the fields of electrical engineering involved in the design and development of an electrified powertrain, from the blank sheet to its manufacture. At the end of the training, students will have a global technical vision of an electrified powertrain and a good ability to intervene in each of the trades concerned, keeping in mind the interactions between fields.
This certification is aimed at technicians and engineers working in the transport industry (automotive, heavy duty, naval, railway and off-road) who wish to acquire skills in electric and hybrid powertrain.
Thermal engine fundamentals.
Engineer or technician with more than 10 years of experience.
Module 1: FUNDAMENTALS OF COMBUSTION ENGINES AND E FUELS
Module 2: HYBRID POWERTRAIN
Module 3 DESIGN OF ELECTRICAL POWERTRAINS
Modeling and simulation exercise of a DC machine, an induction machine, a synchronous machine. Exercises of simulation analysis of electrical machines.
Mini project to design and manufacture an electrical machine.
Tutorials on electrical machine benches.
Application: design project of a synchronous machine to illustrate and implement all the concepts of electrical machine design. The electrical machine thus realized will be used in all the modules, this project will be used as a common thread throughout the training.
Module 4: ELECTRONIC DESIGN OF AUTOMOTIVE POWERTRAIN
Modeling and simulation exercises of power electronics architectures.
A mini project to design and manufacture an inverter.
Module 5: CONTROL DESIGN FOR ELECTRIC POWERTRAIN
Design of control models for electric powertrains.
Practical work to control different types of machines through simulation, modeling and the use of electrical machines benches.
Modeling and simulation exercises for electrical machine controls.
A mini project to design a control of a synchronous machine using a DSP-equipped board and a fully equipped electric motor bench..
Project to design a synchronous machine control system to illustrate and implement all the concepts of control of electrical machines.
Module 6: ELECTRICAL ENERGY STORAGE
Modeling and simulation of a battery pack.
Case study of a Li-ion battery charge and discharge management circuit.
Practical work on battery cycling.
Workshop of identification of the parameters of a battery.
Mini project of battery pack design.
Module 7: TRANSMISSIONS AND GEARBOXES OF AN ELECTRIC GMP
Tutorials on the design of a hybrid GMP transmission & gearboxes.
You will be able to:
be a specialist in the design and validation of hybrid and electric GMP,
carry out a detailed analysis of all the physical phenomena on an electrified GMP,
have a transversal, global and synthetic vision of all the GMP hybrid and electric R&D activities,
ensure the coherence of technical choices: definition of components, materials, processes.
Ways & Means
Innovative teaching based on calculation, modeling and simulation to put our learners in a design situation.
A series of innovative mini projects, allowing students to create real functional prototypes. Thus, during their training, our students design, build and test an electric machine, power electronics, an electric powertrains control and a battery pack.
Many exercises and practical work.
An international recognition of your competencies.
A is delivered Graduate Certificate.
An expertise confirmed in Hybrid & Electric Powertrain Specialist .
To French entities : IFP Training is referenced to DataDock ; you may contact your OPCO about potential funding.
Please contact our disabled persons referent to check the accessibility of this training program : email@example.com