Moët Hennessy Doctoral Researcher in Soil Microbiology

Epernay • France

Tuesday, February 24, 2026

Moët & Chandon, a prestigious name in the luxury wine and spirits industry, is part of the esteemed LVMH conglomerate, renowned for its commitment to excellence and innovation. As an employer, Moët & Chandon offers a dynamic environment where scientific inquiry and luxury craftsmanship converge, fostering a culture of innovation and excellence.

1. Conduct a comprehensive literature review to familiarize with the subject matter and assist in establishing a network of vineyard plots related to nitrogen nutrition in Champagne and Provence vineyards.
2. Determine analyses and associated protocols based on previous measurements, including microbiological, agronomic, and physicochemical analyses.
3. Define sampling strategies aligned with project objectives.
4. Perform sampling, conduct measurements, and analyze and interpret data.
5. Draft scientific and technical articles, internal reports, and deliver oral presentations.

1. Master's degree or equivalent in Plant Sciences or related field.
2. Previous internship experience in a related subject is advantageous.
3. Proficiency in French and English, both written and spoken.

1. Expertise in plant-microorganism interactions.
2. Knowledge in bioinformatics and biostatistics is a plus.
3. Ability to work independently and collaboratively in both field and laboratory settings.
4. Strong analytical and synthesis skills.
5. Excellent communication and writing abilities.

Entry-level position suitable for candidates with relevant academic background and internship experience.

Master's degree in Plant Sciences or equivalent.

Opportunities for professional development and exposure to cutting-edge research in viticulture and microbiology.

Moët & Chandon fosters a culture of innovation, excellence, and collaboration, encouraging employees to push the boundaries of scientific research within the luxury wine and spirits industry. The company values rigorous scientific inquiry and supports a hybrid working model that combines fieldwork and laboratory research.