Mohamed AOUAD

Motivated by the need to broaden and modernize my software engineering expertise, I completed an intensive full stack development program, gaining hands-on experience in building web and mobile applications from scratch. Developed expertise in: Front-end: JavaScript (ES6+), React, React Native Back-end: Node.js, Express.js Databases: MongoDB APIs: Design, integration, and optimization of REST APIs Worked on collaborative projects simulating real-world workflows, applying agile methodologies, Git version control, and best practices in code quality and deployment.

At Erdyn, I took on a dual role that combined innovation consulting with managing an AI-driven tool called 'The Augmented Consultant', My responsibilities can be described as : * Produced a white paper on quantum technologies. * Conducted multiple client innovation projects involving cutting-edge technologies. * Worked extensively on maintaining the functionality of an LLM-based web application deployed on AWS cloud infrastructure, with a focus on ensuring component coherence. * Designed and implemented automation solutions within the company.

During my four years at CEA-Leti, I worked alongside the Quantum Computing project team and within the Modelling and Simulation Lab. My work involved combining semiconductor physics with modeling techniques to create accurate physics-based model, my responsibilities can be described as: * Developed and validated a compact model for electronic components at very low temperatures. * Conducted Poisson-Schrödinger simulations and developed comprehensive electrostatics and transport models for FDSOI transistors operating at cryogenic temperatures. * Developed a strong understanding of various architectures and technologies employed in quantum computer design. * Collected and prepared experimental data for model validation using machine learning tools, Python libraries. * Troubleshooting and solving issues within the developed model. This involves continuous analyzing of data and connecting the results to physical phenomena

The project Involved the elaboration of nanopillars on silicon substrates, utilizing advanced clean room techniques such as lithography, vacuum evaporation deposition, and various annealing processes.