e∙sense scholarships

e∙sense scholarships

The e∙sense scholarship: much more than just financial support.

The e∙sense scholarship provides €400 per month for 18 months

intended to support students in their first and second years of master’s degree programs who want to develop their knowledge of energy issues (transformation, storage, use, and impacts) in close connection with energy transition and sustainable development.

Master Chimie - Chimie durable 
et organique (UPJV)

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Master Chimie - Chimie durable et matériaux  (UPJV)

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Master Énergétique, thermique - Stratégies et conduite en énergétique et matériaux innovants (UPJV)

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Master Énergétique, thermique - Stratégies et conduite en énergétique et énergies renouvelables (UPJV)

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Master Sciences et génie des matériaux 

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Master Électronique, énergie électrique, automatique - Ingénierie de l’automatique, transport, énergie (EEA)

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Master Électronique, énergie électrique, automatique - Énergie électrique

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Master Chimie - Chimie des matériaux pour l'énergie et l'environnement (UARTOIS)

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Bâtiment Durable, Efficacité Energétique (BDEE) (UARTOIS)

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Électronique, Énergie, Électrique, Automatique (EEA) (UARTOIS)

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Cycle Ingénieur de la Spécialité Génie Énergétique et Environnement (ULCO)

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Why apply for the E∙sense Scholarship?

With the E∙sense scholarship, you will have the opportunity to become a major contributor to the sustainable transformation of the territory:

  • You will strengthen your skills to meet the energy and sustainability challenges of tomorrow.
  • You will gain professional research experience through immersive laboratory phases.
  • You will develop a network of contacts with researchers, professionals, and experts in the energy field.
  • You will obtain certification that highlights your commitment and skills in a growing sector.

 

Matthieu Becuwe enseignant à des doctorants du LRCS

Eligibility criteria & commitments

To be eligible for this scholarship, you must be fully committed to the project by participating in the following activities:

Attending multidisciplinary courses

designed to expand your knowledge of energy transformation, storage, use, and regional impacts.

Immersive laboratory phases

you will be required to follow and participate in a practical research-based training experience, working on innovative scientific projects directly related to the energy transition.

e∙sense days

you will participate in days based on sharing and exchange around energy topics.

The e∙sense scholarship is an opportunity for you to take new multidisciplinary courses, participate in immersive laboratory phases, and attend events. All of this will prepare you to become the future leaders of the energy transition and respond to the challenges of tomorrow.

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Academic background

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Student & teacher testimonials

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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

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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