Exploring new technology in electronics and sensors for integration in the future mechatronic products in the automotive industry.- State of the art & benchmarks : pressure/temperature sensors, ultrasonic cleaning of lens for camera/lidar, NFC/UWB/BLE/RFID, touch capacitive sensors.- Mock-up to create a brick destined to the R&D team for development. - Follow-up of innovation projects as a mechatronics & sensors technical expert for industrialization of future product : spec, functional analysis, risk assessment.- Technological watch for components & sensors and market analysis.

Design of a device to measure nanoparticles emitted in exhaust gas of low-emission vehicles for automotive road-worthiness tests:- definition of measurement technology regarding the state-of-the-art in nanoparticles measurement.- proof of concept of nanoparticle measurement in exhaust gas with this technology.- design of a calibration workbench and definition of calibration procedures.- electronics board and global mechanics design of a device integrating this measurement technology.- definition of software functions to control the instrument.- signal processing to deliver calibrated and accurate measurements.The instrument is currently certified and commercialized.

Design and development of a pneumotachograph to measure mouse breathing using a 3D printed mask.- Signal processing and analysis of respiratory data for calibration.- Instrumentation: design, manufacture and testing of measuring devices.

Management of a maintenance team of a multi-physical simulation platform.- Ensure the quality of the project: listening to users to ensure that their needs converge with development constraints.- Development of unit tests, integration and deployment tools.- Team management: reorganization of work following a new scope.- Pre-sales: implementation of "platform discovery" workshops to attract new customers.

Context: work within the OPERA experiment involving 250 researchers and as many engineers on the study of neutrinos.Study of the capabilities of our experiment to detect type 1 neutrinos whereas it is designed to identify neutrinos of other types. o Evaluation of the performance of a physical measurement tool. This tool identifies and estimates the energy of one of the particles produced by a type 1 neutrino.- Test protocol on an electron particle beam.- Qualification and improvement of a measurement tool on calibration data.o Estimation of the ability to measure neutrino type changes.- Creation of an interface to analyse the experience data.- Development of statistical analysis tools to assess the experiment's ability to measure a change of any types to type 1.