Alternance - Technicien De Laboratoire Couleur Et Texture - Parfums Beaute - Octobre 2026 - H/f/x
CHANEL
Chamant, France
Onsite
Color and texture analysis expertise
Laboratory quality control methods
Perfume and cosmetics industry knowledge
CHANEL is seeking an Alternance Technicien De Laboratoire Couleur Et Texture for its Parfums Beauté division in Chamant, France, starting in October 2026. The role involves working in a quality laboratory to analyze and control colors and textures, requiring a background in quality, cosmetics, or R&D
Job Summary
This one-year apprenticeship is based at the Chanel makeup production site in Chamant, Oise, focusing on anticipating manufacturing to achieve target colors.
The role involves analyzing historical data, reconstructing shades in the laboratory when necessary, and performing rigorous quality controls on textures and physical-chemical parameters.
Candidates must possess a BTS, Professional License, or BUT degree in quality, cosmetics, R&D, or color-related fields, along with a valid driver's license and personal vehicle.
Matching Summary
Match Score: 85
CHANEL is seeking an Alternance Technicien De Laboratoire Couleur Et Texture for its Parfums Beauté division in Chamant, France, starting in October 2026. The role involves working in a quality laboratory to analyze and control colors and textures, requiring a background in quality, cosmetics, or R&D.
Skills & Requirements
Must-have
Color and texture analysis expertise
Laboratory quality control methods
Perfume and cosmetics industry knowledge
Physical-chemical parameter testing
Anomaly detection and management
Laboratory equipment maintenance
Nice-to-have
Strong organizational and prioritization skills
Excellent interpersonal communication abilities
Experience with method development studies
Passion for creative human potential
Ability to work in dynamic industrial environment
Key Requirements
BTS, Licence Professionnelle, or BUT degree in relevant field
Valid driver's license required
Personal vehicle mandatory
Knowledge of texture and shade evaluation techniques