Number of documents



Corinne DEJOUS


1986            Scientific Baccalaureate (Libourne-F)

1991            Engineering Degree, ENSEIRB (High School in Electronics, Informatics, Radiocommunications, Bordeaux)

1991            Masters Degree, Electronics, University Bordeaux 1

1994            Ph.D., University Bordeaux 1, Electronics

2005            Habilitation to supervise PhD (HDR Degree) in Electronics, University Bordeaux 1


1991-96     Assistant Professor, ENSEIRB, Talence France

1996-08     Associate Professor, University Bordeaux 1

2008-…       Full Professor, Institut Polytechnique de Bordeaux (Bordeaux INP/ENSEIRB-MATMECA)

Teaching experience

Main topics : Basic Electronics, Instrumentation and Measurement, Sensors - Microsystems

Major teaching-related recent and current responsibilities

- Responsible for teaching units in Instrumentation (PH105-PH106, 2009-2013), Circuits and systems (EA118), Microsystems (ME2011), Microfabrication (UE SEE6-C) of which Micro- nano-technologies (ME101) since 2009

- Responsible for International Relations of Electronics Department, Bordeaux INP/ENSEIRB-MATMECA (2009-2013)

- Head of Embedded Electronic Systems Department (work-linked training), Bordeaux INP/ENSEIRB-MATMECA since 2013

Research topics

Development of surface acoustic wave-based (bio)chemical microsensors integrated with electronic control and signal processing. Study of elastic wave propagation and their interaction with liquid or gaseous medium. Integration of innovative structured materials as sensitive recognition films (polymers, hybrid, meso- nano-structured, biomaterials, etc.). Integration with microfluidic chips. Applications to the detection of chemical or biological species and to dynamic characterization of thin-film materials and complex fluids at high frequencies. Recent contributions are in RF microsensors on flexible substrates with nanostructured carbonated materials, polymeric optical microring resonator and digital microfluidic for application in detection of environmental analytes. Emerging field of research is on wireless solutions for micro-energy of which a new project on wireless communication platform for biomedical implants.

Major fields of application : health, environment, energy.

These research works are conducted within the team MDA [1]: Acoustic wave based and innovative Detection Microsystems, as part of the group WAVES (« ONDES [2]») which targets smart, multi-technology, communicating and sustainable wave-based devices and systems.

Main research-related recent and current responsibilities

- Scientific leader of Research topic on acoustic waves microsensors for application in liquid media, IMS (since 2005)

- Elected Member of the IMS Lab’s Council (2007-2016), Invited Member of Scientific Council of IMS Lab. (since 2016)

- Head of ONDES (WAVES) Group, IMS, merging former groups Materials and Microsystems in 2015 (since 2011)

- Responsible for GPU « Environnements » (one of four main projects of IMS lab., since 2016)



"D. Moynet"    "Jacques Pistre"   

Journal articles3 documents

  • Nicolas Moll, Emilie Pascal, Duy Hai Dinh, Jean-Paul Pillot, Bernard Bennetau, et al.. A Love Wave Immunosensor For Whole E. coli Bacteria Detection Using An Innovative Two Steps Immobilisation Approach. Biosensors and Bioelectronics, Elsevier, 2007, 22, pp.2145-2150. ⟨hal-00183747⟩
  • Ollivier Tamarin, S. Comeau, Corinne Dejous, D. Moynet, Dominique Rebiere, et al.. Real time device for biosensing: design of a bacteriophage model using love acoustic waves. Biosensors and Bioelectronics, Elsevier, 2003, 18, pp.755-763. ⟨hal-00183754⟩
  • Ollivier Tamarin, Corinne Dejous, Dominique Rebiere, Jacques Pistre, S. Comeau, et al.. Study of acoustic Love wave devices for real time bacteriophage detection. Sensors and Actuators B: Chemical, Elsevier, 2003, 91, pp.275-284. ⟨hal-00183755⟩

Conference papers7 documents

  • Nicolas Moll, Duy Hai Dinh, Emilie Pascal, Corinne Dejous, Jean-Paul Pillot, et al.. Enhancement of antibody binding on SiO2 Love wave sensor surface using (3-glycidoxypropyl)trimethoxysilane. Material Research Society (MRS) Spring Meeting 2006, 2006, United States. pp.23-29. ⟨hal-00183770⟩
  • Nicolas Moll, Emilie Pascal, Corinne Dejous, Céline Zimmermann, Dominique Rebiere, et al.. Comparison of different methods to bind antibodies for biological detection using Love Wave sensors. Eurosensors XIX, 2005, Spain. pp.1. ⟨hal-00184200⟩
  • Dominique Rebiere, Ollivier Tamarin, Corinne Dejous, Jacques Pistre, D. Moynet, et al.. Détection d'espèces bactériologiques à l'aide de dispositifs à ondes élastiques (ondes de Love). Comptes rendus des JSF 2003-Electronique, Télécommunications et Informatique, 2003, Tunisie. pp.1. ⟨hal-00184212⟩
  • Ollivier Tamarin, S. Comeau, D. Moynet, Corinne Dejous, Dominique Rebiere, et al.. Real-Time Device for Biosensing: Design of a Bacteriophage Model Using Love Acoustic Waves.. Biosensors, 2002, Japon. pp.1. ⟨hal-00184218⟩
  • S. Comeau, D. Moynet, J. Bezian, Ollivier Tamarin, Corinne Dejous, et al.. Etude d'un microcapteur à ondes de Love pour la détection temps réel de virus.. Les Techniques Innovantes en Matière de Mesures dans l'Eau, 2002, France. ⟨hal-00184401⟩
  • Ollivier Tamarin, Corinne Dejous, Dominique Rebiere, Jacques Pistre, S. Comeau, et al.. Détection de bactériophages par un dispositif acoustique à ondes de Love. Journée CMC2, 2002, France. ⟨hal-00184400⟩
  • Ollivier Tamarin, Corinne Dejous, Dominique Rebiere, Jacques Pistre, D. Moynet, et al.. Use of Love Wave Devices for Biosensing: Effect of Antibody-Bacteriophage Grafting on the Acoustic Wave Propagation. 9th International Meeting on Chemical Sensors, 2002, États-Unis. pp.1. ⟨hal-00184219⟩