Louis Vuitton Supply Chain Data Analyst Intern

Louis Vuitton, a distinguished member of the LVMH conglomerate, epitomizes the pinnacle of luxury fashion. Renowned for its heritage and innovation, the brand offers an unparalleled work environment that fosters creativity and excellence. As an employer, Louis Vuitton is committed to nurturing talent and providing a platform for professional growth within the dynamic luxury sector.

1. Conduct analyses and create visualizations to guide distribution strategy decisions.
2. Gather improvement needs for data sets and Power BI reports from Supply Chain teams.
3. Prioritize and execute development tasks.
4. Communicate new functionalities and update documentation.
5. Support the migration of data environments to the GCP platform.

1. Currently enrolled in the third year of a general or specialized engineering program in Computer Science or Supply Chain.

1. Proficiency in computer tools, programming, and data processing.
2. Experience with Excel, SQL, and Power BI.
3. Knowledge of RPA software is advantageous.
4. Fluency in English.
5. Strong interpersonal skills, autonomy, and attention to detail.
6. Aptitude for quantitative data, analysis, and synthesis.

No prior experience required; suitable for beginners.

Currently pursuing a degree in engineering, specializing in Computer Science or Supply Chain.

The internship offers continuous learning opportunities and professional development in a dynamic environment. Interns will receive personalized guidance and support, enhancing their skills and confidence. Additionally, Louis Vuitton is committed to environmental sustainability and diversity, providing a meaningful and impactful work experience.

Louis Vuitton fosters a culture of innovation, exploration, and excellence. The workplace is characterized by a commitment to environmental sustainability and diversity, encouraging employees to contribute positively to the company and society. The brand values autonomy and provides a supportive environment for personal and professional growth.