Adrien BADEL
University professor
Research section
Section 63 – Electrical Engineering, Electronics, Photonics, and Systems
Thesis supervision – ongoing
PhD student: Aya BENHEMOU
Thesis: Optimal design of bistable generators for railway applications
Doctoral student: Nicolas DECROIX
Thesis: Adaptive frequency tuning electronic systems for broadband vibration energy harvesting
Doctoral student: Adrien AMEYE
Thesis: Low-frequency hybrid wireless power transmitter for autonomous systems
PhD student: Quentin DEMOURON
Thesis: Electronic interfaces for recovering vibrational energy using bistable piezoelectric generators.
Doctoral student: Rémi RECOQUILLE
Thesis: Low-frequency wireless power transmission for remote autonomous systems
PhD student: Séverine GAUTHIER
Thesis: Nonlinear electrodynamic receivers for very low frequency wireless power transmission
Thesis supervision – past
Doctoral student: Tigran AVETISSIAN
Thesis: In-ear technologies: piezoelectric approaches for energy autonomy
Date: August 30, 2022
Doctoral student: Camille SAINT-MARTIN
Thesis: Optimal vibration energy harvester design
Date: June 3, 2024
Doctoral student: Yipeng WU
Thesis: Broadband vibrational energy harvesting from piezoelectric transducers
Date: October 7, 2014
Doctoral student: Weiquin LIU
Thesis: Design of a broadband vibrational energy harvesting device
Date: October 27, 2014
Doctoral student: Gwyddyon FENIES
Thesis: Development and optimization of a Stirling engine for thermal energy recovery
Date: November 23, 2016
PhD student: Florian HUET
Thesis: Development of hybrid electromechanical structures for micro-energy sources: linear and non-linear piezoelectric generators
Date: December 14, 2016
Offices
Office mdm312
7, Chemin de Bellevue
Mechatronics House
74944 Annecy-le-Vieux
Contacts
Contact at the Mechatronics Center
Phone: +33450096517
Fax:
Networks
LinkedIn
HAL in personal CV mode
Google ScholarProjects
Project: Electrical interfaces dynamically adaptive to the frequency spectrum for broadband vibrational energy harvesting
Project: Fast and Nano-Enabled Smart Materials, Structures, and Systems for Energy Harvesting
Project: Hybrid low-frequency wireless power transmission for powering autonomous systems
Project: Rail Monitoring – A new-generation remote monitoring system dedicated to railway infrastructure