Since 04/2021 : Safran Electrical & Power, Montreuil, Créteil (France) : embedded software development, writing of software specification document. As part of the design and development process of an electronic board : - I developed several embedded softwares for TI microcontrollers, using CAN, I2C, SPI and McBSP communication busses to interface with a computer interface, with other microcontrollers and with various sensors. The softwares were used to test the electronic functionalities of the board, to perform software updates, and to monitor the proper functioning of the board under radiations.- I wrote a software specification document under PTC Integrity by deriving requirements from an upper product specification document, in accordance with D0-178 standard.

On a PIC microcontroller, I developed the software for an innovative motorized arm support, the iFloatNG. I also designed and implemented its user interface, took part in the designing and validation phases of the device and participated in the REHAB commercial fair in which it was presented

I gave mathematics and physics private lessons to high-school students, 3 to 5 hours per week.

I took part in a PhD project where I was asked to find a way to simulate a high frequency oscillating system in real time, which I did using an FPGA board. The device I designed was then coupled with micro or nano piezoelectric membranes to create quartz crystal microbalance systems that use the mode localization phenomenon which drastically improves their sensibility.A scientific article has been written on this subject (see link) : On the Implementation of Mode Localization Between Physical and Digital Resonators, Claude Humbert ; Gwenhaël Goavec Merou ; Thomas Bertin ; Najib Kacem ; Vincent Walter ; Thérèse Leblois, 2018 IEEE International Ultrasonics Symposium (IUS)