Work Experience
I have had the opportunity to gain insights into various work environments: the laboratory through my internship at McGill University, the public sector through my experience at DGA, the financial audit field at EY, and the entrepreneurial world through the creation of a startup project with SkinLight. My professional experience reflects my strong aspiration to establish a deep tech company. It also highlights the diverse opportunities to apply the knowledge acquired in school to real-world challenges as an engineer.
Direction Générale de l'Armement, FR, 2024 - 2024
Ministry of Defense, Engineering Intern
- Simulated diffuse sky luminosity and modelled energy propagation within scientific instruments to enhance data accuracy and performance assessment.
- Engineered a novel instrument capable of simulating the sky environment and precisely measuring instrumental response for calibration and testing purposes.
Ernst & Young Assurance, Paris, FR, 2023 - 2024
Financial Audit Firm, Financial Auditor Intern
- Collaborated within a team of five to deliver Financial Assurance Services to a CAC40 company, ensuring compliance with International Financial Reporting Standards (IFRS) for its consolidated financial statements.
- Conducted in-depth reviews of key processes (clients, suppliers, cash management, and fixed assets) in preparation for final statutory audits within the media industry.
- Leveraged digital analytics tools and implemented several VBA macros to streamline data processing and compile cash flow memoranda for multiple statutory entities.
SkinLight, LSC Technologies, FR, 2022 - 2024
Co-founder
- Collaborated with a research lab on an innovative startup project, where we explored cutting-edge technology applications in dermatology and skin care. The project provided valuable lessons in innovation management and won the Boston - UPS Women Innovation price and a coaching at Incuballiance.
McGill University, Montreal, CA, 2023 - 2023
Department of Atmospheric Chemistry, Lab Assistant
- Developed a web interface (HTML, CSS) with a Python backend to control a micromirror device, enabling precise manipulation of aerosol light traps by shaping laser beams.
- Assisted and provided technical guidance to PhD students on optimizing optical illumination