Explore the programs and courses offered by DOCTORAL TRAINING
Browse Programs Admission InformationTo successfully complete their various research projects (PRFU, PNR, and others) and to supervise doctoral students and students preparing for the PFE (Professional Research Project) in order to contribute to the national effort in scientific research and technological development, promote the results of scientific research, and disseminate scientific and technical information, the School's researchers are grouped within four research laboratories in the following specialties: Materials Engineering, Mechanics (Construction and Energy), Process Engineering, Electrical Engineering, and Automation. The doctoral program consists of two parts:
1- Theoretical courses to strengthen knowledge related to the program and courses covering the six complementary training subjects, spread over one year.
• Theoretical courses to strengthen knowledge related to the program
• The complementary training mentioned above allows doctoral students to deepen the following knowledge in:
- Didactics in scientific research and pedagogy;
- Philosophy;
- Certified advanced English language skills (Level B2 or C1);
- Information and Communication Technologies (ICT) in scientific research and teaching;
- Programming Foundations and Techniques;
- Artificial Intelligence Techniques and Tools.
- Validation of acquired skills for each doctoral student is carried out in the doctoral student's logbook based on a formative and summative assessment.
2- The doctoral student's scientific research work on their topic (two years).
Specialization in Electrical Machines (Electrical Engineering):
- Design and performance analysis of electric motors for electric vehicles,
- Theory of electrical machines and static converters for electric vehicles,
- Advanced optimal control techniques for electric vehicles,
- Multi-objective optimization of high-performance traction motor design,
- Modeling and control of electrical machines for electric vehicles,
- Intelligent control techniques for electric vehicles,
- Three seminars.
Specification in Mechanical Construction and Manufacturing (Mechanical Engineering):
- Dynamic structures under hard impact,
- Artificial intelligence (Mechanical Engineering),
- Turbulent and Multiphase Flow
Energy Specialization (Mechanical Engineering):
- Turbulent and Multiphase Flow
- Heat Transfer
Materials Engineering Specialization (Mechanical Engineering):
- Materials Characterization Techniques
- Physical Properties of Materials (Magnetic, Electrochemical, Dielectric, etc.)
- Programming
Process Engineering: Specializations in Pharmaceutical Engineering and Environmental Engineering
- Nanoscience and Nanotechnology in Process Engineering
- Introduction to Chemical Process Intensification
All modules listed in the section above:
1- Theoretical courses to reinforce knowledge related to the training and the six additional training subjects.
To be able to access doctoral training, you must have an engineering degree (5 years of study) and/or a master's degree related to the specialties existing in the school's laboratories.
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