- Expertise, technical support, and engineering in FPGA and ASIC/ASSP development projects- Support and consulting in innovation management and technology strategy- Agile project management (Scrum)

- Contributing to the definition and implementation of the company's vision and strategy- Member of the compagny's strategic committee from 2021 to 2023

- Identifying opportunities, planning and monitoring new R&D programs for the company- Ensuring technological and competition watch to inform strategic decisions (AI landscape, semiconductor industry, embedded processors, HPC accelerators)- Defining product specifications and roadmaps in collaboration with the CTO- Managing product backlogs in a Scrum framework, translating market and clients needs into actionable development tasks- Specifying, implementing, and packaging IPs for the hardware acceleration of probabilistic AI modelson Xilinx Virtex Ultrascale+ targets

- Structuring and carrying the company's technological vision- Defining product specifications and roadmaps, leading hardware development efforts- Implementing the recruitment strategy, defining job descriptions and requirements- Designing and implementing innovative coprocessor architectures for the acceleration of probabilistic AI models

- Developing an automated work flow for FPGA implementations (Quartus and Modelsim TCL and Shell scripts, VHDL templates and autotests)- Designing, implementing and testing Bayesian processing units on Intel Cyclone V FPGAs

- Developing advanced methods for the specification and verification of self-timed circuits for low-power applications- Providing expert consulting to an industrial client for the design of ultra-low power TRNGs with subthreshold logic, and for the design of self-timed circuits- Teachings at Grenoble INP PHELMA: VLSI, asynchronous circuits

- Specifying and designing hardware security primitives: Physically Unclonable Functions (PUFs) and True Random Number Generators (TRNGs)- Developing access control protocols leveraging PUFs and eSIMs for IoT applications- Teachings at IUT of Saint-Etienne: Digital electronics

- Specifying and designing an asynchronous architecture for the detection and synchronization of ultra-wide band impulse radio signals

- Specifying and designing innovative electronic parts for sport equipements- Integrating electro-phoretic flexible screens in sport equipements