i-MESC is an Erasmus Mundus Joint Master's programme (120 ECTS, 2 years) taught entirely in English, dedicated to materials and devices for energy storage and conversion. The curriculum covers electrochemistry, materials science, device manufacturing, advanced analysis, as well as digital aspects (AI, digital twins). The programme follows a mobility scheme: S1 in Warsaw, S2 in Toulouse, S3 of your choice (Ljubljana, Bilbao or Amiens), then S4 as a research internship (Europe/USA/Australia).
The programme's originality lies in its international and interdisciplinary dimension: students follow a mobility programme across several universities in the consortium.
The Semester 1 takes place at the Warsaw University of Technology (Poland), where the fundamentals of electrochemistry, solid state chemistry, materials physics and practical work are taught.
The Semester 2 is hosted by the University of Toulouse III – Paul Sabatier (France), with an in-depth study of advanced electrochemistry, solid-state chemistry and physics, and early devices.
The Semester 3 is organised at one of three partner universities: the University of the Basque Country (UPV/EHU, Bilbao, Spain), with a focus on thermal storage, catalysis and access to large experimental infrastructures; the University of Ljubljana (Slovenia), specialising in hydrogen technologies, electrocatalysis and analytics; the University of Picardie Jules Verne (UPJV, Amiens, France), which focuses on battery technologies, engineering, numerical simulation and artificial intelligence.
And the Semester 4 is devoted to a research internship, carried out in an academic or industrial laboratory, in Europe or internationally (United States, Australia, Asia).
The programme's originality lies in its international and interdisciplinary dimension: students follow a mobility programme across several universities in the consortium.
The Semester 1 takes place at the Warsaw University of Technology (Poland), where the fundamentals of electrochemistry, solid state chemistry, materials physics and practical work are taught.
The Semester 2 is hosted by the University of Toulouse III – Paul Sabatier (France), with an in-depth study of advanced electrochemistry, solid-state chemistry and physics, and early devices.
The Semester 3 is organised at one of three partner universities: the University of the Basque Country (UPV/EHU, Bilbao, Spain), with a focus on thermal storage, catalysis and access to large experimental infrastructures; the University of Ljubljana (Slovenia), specialising in hydrogen technologies, electrocatalysis and analytics; the University of Picardie Jules Verne (UPJV, Amiens, France), which focuses on battery technologies, engineering, numerical simulation and artificial intelligence.
And the Semester 4 is devoted to a research internship, carried out in an academic or industrial laboratory, in Europe or internationally (United States, Australia, Asia).
- Enseignant: Al-Abdali Mohammed
- Enseignant: Aymard Luc
- Enseignant: Becuwe Mathieu
- Enseignant: Bodelu Julie
- Enseignant: Bonnet Jean-Pierre
- Enseignant: Chotard Jean Noel
- Enseignant: Davoisne Carine
- Enseignant: Demortiere Arnaud
- Enseignant: Fernandez Francisco
- Enseignant: Flasque Miguel
- Enseignant: Franco Alejandro
- Enseignant: Huo Da
- Enseignant: Larcher Dominique
- Enseignant: Laruelle Stephane
- Enseignant: Masquelier Christian
- Enseignant: Prevignano Emma
- Enseignant: Tamimy Jamila
- Enseignant: Tonnoir Helene
- Enseignant: Tran Sophie
- Enseignant: Viallet Virginie
- Enseignant: Vincent Oscar