• Develop a new ultrasound research system: research and communicate with potential international manufacturers. Create tools for to test future system. Write and present reports to the team.• Wrote standard operating procedures, guidelines and protocols to test an ultrasound research system with tissue mimicking and flow phantom, ex-vivo tissue, and healthy volunteers.

Development of an ultrafast contrast-enhanced ultrasound imaging system for 3D super-resolution data acquisition of armpit sentinel nodes to allow the detection and quantification of metastases.• Evaluation of 3D tracking system devices• Development of ultrasound tissue-mimicking flow phantom • Development of 3D super localized flow visualization with ultrafast acquisition• Lead (L) and support (S) research engineer in 4 additional ultrasound contrast agent clinical trials: - (L) High frame rate contrast-enhanced ultrasound in heart disease assessment- (L) Chemotherapy monitoring for patients diagnosed with Triple negative breast cancer- (S) KORTUC Phase II project for the acquisition of breast cancer- (S) Gut imaging using ultrasound contrast agent• Support and train clinicians and PhD students during clinical acquisition to use research and clinical systems. Provide software tools to clinicians for segmentation and evaluation of the different scanners.Management:• Wrote clinical and pre-clinical protocols using different ultrasound contrast agent (Sonovue, homemade microbubbles, nanodroplets).• Co-supervise PhD and supervise students' projects• Manage computers, backup systems and laboratory equipment • Write safety protocol and supervise laboratory induction as Safety Laboratory delegate

Ultrafast contrast-enhanced ultrasound imaging techniques for improved imaging and quantification of flow and tissue perfusionDescription: • Development and demonstration of the ultrafast contrast echocardiography imaging technique for cardiac flow mapping and myocardial perfusion in humans. • Development of 2D real-time flow visualization with ultrafast acquisition and locally activated nanodroplets. • Development of 3D super localized flow visualization with ultrafast acquisition and locally activated nanodroplets. • Development of a platform for ultrasound pressure field analysis.Management:• Website: Write news, positions and keep update the group website• Informatics and Laboratory: Manage computers, backup systems and laboratory equipment • Safety Laboratory delegate: Write safety protocol and supervise laboratory induction

Research in the CREATIS laboratory: Nonlinear parameter estimation in echographic domain. Plane wave and chirp analysis. Speckle noise reduction.Teaching in the GEP section.

Nonlinearity parameter estimation in echo mode using planes waves transmission and orthogonal apodization during beamforming. CREANUIS simulator improvement for plane wave transmission. Development of a platform for plane wave pressure field analysis.Teaching in the IUT Lyon 1 about Mathematics and Signal processing

Nonlinear parameter estimation in echographic domain.Improvement of ultrasound image quality.

Vibr'Os project.

Estimation of red blood cells scattering using a laser and Optical tweezers.