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Institut Matériaux Microélectronique Nanosciences de Provence (IM2NP)
Institut Matériaux Microélectronique Nanosciences de Provence (IM2NP)
Marseille, France

Institut Matériaux Microélectronique Nanosciences de Provence (IM2NP)

Linking fundamental research to applications within our fields of expertise. Multidisciplinary research unit with more than 300 members at the junction of physics, chemistry and microelectronics, IM2NP masters a large spectrum of competencies that allows relying numerous fundamental aspects to applications in the field of advanced materials, of integrated electronics and nanosciences.

Main key-objectives:

Linking fundamental research to applications within our fields of expertise.

Five main directions:

. Revealing nanostructures: Build, visualize, probe

. Elaboration and modelling of functional nanomaterials and nano-devices

. Transformation and growth of materials at different scales (from nm to mm)

. Specific environments: detection, characterisation, signal processing and reliability

. From the emerging device to eco-energetics systems.

Key application sectors: energies (photovoltaic, thermoelectricity, nuclear fission/fusion), safety & defence (high level reliability, signal, stealth), health (E-health), transport (aeronautical, spatial), communication (IOT, RFID), environment (detection, catalysis)

Main facts:

  • Research Unit  IM2NP: Institute Materials Microelectronics  Nanosciences of Provence (UMR 7334)
  • Tutorships: CNRS, Aix-Marseille University and University of Toulon - Convention with ISEN-Toulon
  • 3 joint laboratories with CEA-Cadarache (LIMMEX), STMicroelectronics (REER) and Naval Group (LTSIM)
  • Overall workforce: 300 people (140 Researchers, Prof. & Assist. Prof., 40 Engineers & Technicians, 120 PhD students)
  • Scientific production: 170 peer-review papers / year
  • 240 funded collaborative projects conducted between 2010 and 2015, more than 200 active scientific collaborations.

28 POSTES PROPOSÉS PAR CET EMPLOYEUR

PhD - Caractérisation et modélisation MRAM sous attaque physique H/F
Nom du directeur de thèse : Pierre CANET Tel : 07 86 33 77 39 E-Mail : pierre.canet@im2np.fr Co-encadrants : Jérémy Postel-Pellerin, Vincenzo Della Marca    Contacts : Pierre Canet : pierre.canet@im2np.fr ; 07.86.33.77.39 Jérémy Postel-Pellerin :...
PhD position - Advanced electrical characterization and compact modeling of MRAM memories under physical attack
So far connected objects have been designed and deployed with strong cost and power consumption constraints, postponing security to secondary requirements. Recent successful attacks have proved that the security of IoT will become a major and crucial issue and technical...
Sujet de thèse en Communication par la lumière visible (VLC) – MatérauxPhotovoltaiques - LiFi
“Récepteurs photovoltaïques LiFi autonomes : caractérisation et implémentation.” Contacts: Jean-Jacques SIMON  (supervisor) -- jean-jacques.simon@univ-amu.fr -- (33) 615 31 89 43 Gilles CHABRIEL  -- chabriel@univ-tln.fr -- (33) 494 14 25 77 Jean BARRERE --...
PhD offer in Visible Light Communication – Photovoltaic Materials - LiFi
“Self powered photovoltaic LiFi receivers:  characterization and implementation.” Contacts: Jean-Jacques SIMON  (supervisor) --  jean-jacques.simon@univ-amu.fr -- (33) 615 31 89 43 Gilles CHABRIEL  --  chabriel@univ-tln.fr -- (33) 494 14 25 77 Jean BARRERE --...
Institut Matériaux Microélectronique Nanosciences de Provence (IM2NP)
Institut Matériaux Microélectronique Nanosciences de Provence (IM2NP)
Localisation: Marseille, France | Se termine le avr. 13
PhD - Comportement des cellules photovoltaïques organiques sous sollicitation mécanique
Laboratoires : IM2NP (UMR 7334) / CINaM (UMR 7325) Directeurs de thèse : Stéphanie ESCOUBAS, David DUCHE / Jörg ACKERMANN Coordonnées : stephanie.escoubas@im2np.fr , david.duche@im2np.fr jorg.ackermann@univ-amu.fr Description du sujet : L'énergie...