Long-term immersive phase

The e∙sense immersive phase places students at the heart
of scientific research.
It allows them to put their knowledge into practice and develop concrete skills in the field of energy.

Presentation of the long-term immersive phase in the lab

Chercheurs du LTI réalisant des tests

The link between research and education

As part of the e∙sense project, the immersive phase offers Master’s 1 and Master’s 2 students the opportunity to join an A2U research laboratory. Immersed in laboratory life, students will work on concrete research projects in pairs with a teacher-researcher or doctoral student.
This immersion exposes them to real-world issues related to the energy transition: production, storage, and current and new uses of energy.
Students thus develop concrete scientific skills, put their theoretical knowledge into practice, gain access to state-of-the-art equipment, and contribute to projects that have a direct impact on the national and international scene.
A true link between education and research, the immersive phase prepares future experts capable of responding to the energy challenges of tomorrow.

Témoignages étudiants & enseignants

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LRCS

Titouan Boulant

Sustainable and Organic Chemistry

Synthesis, characterization, and electrochemical analysis of target compounds for use as all-solid-state battery electrolytes.
Supervised by Aurélien François, second-year doctoral student

Synthesis, characterization, and electrochemical analysis of target compounds for use as all-solid-state battery electrolytes.
Supervised by Aurélien François, second-year doctoral student

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LPMC

Elaa El Omar

Materials Science and Engineering

Development and characterization of ferroelectric supergrids for electrostatic energy storage

Supervised by Mimoun El Marssi, Director of the LPMC laboratory

Development and characterization of ferroelectric supergrids for electrostatic energy storage

Supervised by Mimoun El Marssi, Director of the LPMC laboratory

LRCS

Ilyana Merlen

Sustainable Chemistry and Materials

New slurry formulations for battery shaping by 3D printing
Supervised by Nahel Blanc, 2nd year PhD student

New slurry formulations for battery shaping by 3D printing
Supervised by Nahel Blanc, 2nd year PhD student

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