Cosmetic Engineering and Innovation

In-depth study of various cosmetic dosage forms: composition, description of the main ingredients, formulation, principles, and dosage forms

Research on ingredient classes, including emollients, esters, emulsifiers, sunscreens, and preservatives, and innovation in skincare and makeup products

Analysis of the INCI lists for formulations and INCI nomenclature

A Study of the Different Types of Cosmetics Companies

Study of Manufacturing Processes (Agitation Equipment, Complementary Manufacturing Processes, the Impact of Physicochemical Parameters on Manufacturing)

It will be applied in various fields.

For example: formulating moisturizing emulsions with electrolytes (stability-compromising ingredients), formulating makeup-removing milk and makeup-removing lotion and developing tests to measure makeup-removing efficacy, and formulating makeup products.

Hourly volumes*:

            CM: 15

            TP: 25

Knowing how to innovate.

Acquire theoretical knowledge 

• Categories of Cosmetic Formulations
• Manufacturing Processes
• A Detailed Analysis of INCI Formulations

Gain practical knowledge

• Techniques for Formulating Technical Emulsions
• Specific Formulation Methods Applied to Skincare and Makeup Products
• The development of an emulsion subject to specific technical constraints
• Autonomy in the Formulation of Complex Emulsions
• Autonomy in the formulation of makeup products
• The Development of Innovation in Cosmetics

Mastery of Cosmetic Formulation

Strong knowledge of organic chemistry, rheology, physics, and the chemistry of color.

Ongoing Assessment

Courses taught by industry professionals and faculty members specializing in the relevant field. This module may be supplemented by lectures.

Administrative contact(s):

Master's in Chemistry Office

https://master-chimie.edu.umontpellier.fr/