Teaching activities during the last 5 years
In France:
Since 2019 Full Professor, Department of Physics, UFR Science and Technology, University of Franche-Comté, (> 192 h equivalent to practical tutorials/year). Thanks to IUF chair, the teaching service was reduced to 64h/year since 2022:
- Doctoral school SPIM : anisotropy and material properties (CM, TD)
- M1(Master GREEM, PICS et MIR/EUR EIPHI, lectures in English):
• Microstransducer (12h CM, 8h TD, 16 TP, responsible)
• Microtechnology (4h TP Cadence)
• Micro nanofabrication and clean room (52h TP)
• Soft skills : Teaching methods (3h TD), Writing research ptoposals (3hTD)
M2 (Master GREEM et MIR/EUR EIPHI, lectures in English):
• Technology of thin films (12h CM, 9h TD, 8h TP, responsible)
• Energy Harvesting (3h CM)
L3 : Conception & microfabrication in cleanroom(16h TP)
L2 : Physics for Electronics ( 12h CM, 14h TD, 9h TP, responsible)
I have brought new skills to the GREEM and MIR Masters curriculum, which are part of the courses offered by EUR graduate school EIPHI. My courses in M1-M2 are dedicated to learning the basics in Materials Sciences and anisotropic properties in order to contribute to the multidisciplinary training of students in electronics, mechatronics and automation. I set up all my classes at the UFC, with the exception of the clean room practicals in L3.
- In other institutions
· Invited tutorial « Guides optiques à base des couches minces de LiNbO3 »(0.5 h), ANF JNCO, Thematic school of the national network CMDO+, 2017, Paris
· Lead Organizer of CNRS ANF (national training) MINAPHOTON « Micro- et Nanostructuration for photonics » + lecture « CVD » (1h), 30/11-02/12 2020, in collaboration with CMDO+ network, Besançon
In other countries:
Invited Tutorials in the international schools and conferences
- International School of Oxide Electronics 2019, Cargèse, France, Tutorials «MOCVD growth of oxides » et « Acoustic & optical applications of oxides » (3h)
- International conference EFTF-IFCS 2019, 2019, Orlando, United-States, Tutorial «Ferroelectric thin films for acoustic applications» (1.5h)
- International Workshop on "Advanced Materials Challenges for Alternative Energy Solutions"(AMAES), Tutorials « Alkaline niobates - alternative lead-free materials for vibrational energy micro-harvesters » (1 h), 2018, Jaipur, India and « LiNbO3 & alternative lead-free material for vibrational energy harvesters » (0.5h), 2016, Cologne, Germany
- Scuola Superiore of Catania, School of Excellence of the Univ. Catania, 2017, Italy: Lectures « Piezoelectric materials » (10 h)
Organisation of European Schools (lead organizer and founder):
• Virtual school « Knowledge Transfer, Patenting, Commercialization” (100 pers.), 13-16/07/2020, in collaboration with Knowledge Transfer Network (UK)
• School-workshop (virtual) « Mechatronics and Electronics for Energy Harvesting” (30 pers.), 15-18/09/2020, in collaboration with Cedrat Technologies
• Tutorials “Piezoelectric MEMs & Energy Harvesters » during “International Workshop on Piezoelectric Materials and Applications in Actuators” (300 pers.), 1/10/2019, in collaboration with INSALyon, Lyon (FR)
• School-workshop « From Molecular Engineering to Advanced Materials”, 22-25/05/2019, in collaboration with Univ. de Cologne & AIXTRON, Cologne (Germany)
• School « Career Opportunities: Education/Research/Industry » (40 pers.), in collaboration with EPFL, 6-8/09/2018, Lausanne, Switzerland (training validated by the doctoral school SPIM) + my lecture « Effective teaching and learning methods» (1.5h)
• School “Introductory school on Energy harvesting” (75 pers.), 16-18/05/2018, Besançon (FR) (training validated by the doctoral schoolSPIM and Master GREEM/ EUR EIPHI)+ my lecture « Tensors & piezoelectrics » (5h)
Dissemination of knowledge/ courses/videos on the public youtube channel
• La Youtube channel of the ENHANCE project (coordinator A. Bartasyte)
• My lectures online :
· Tensors and piezoelectric materials (in English, 5 h)
· Effective teaching and learning methods (in English, 1.5 h)
· MOCVD growth of oxides (in English, 1.5 h)
Practicals_Thin Film Technology (2017)
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