Eric Fernandez
About Eric Fernandez
Eric Fernandez serves as the Microscopic Project Leader at Yves Rocher, where he integrates diverse investigation techniques into the cosmetics industry. With a strong academic background in cell motility and histotechnology, he applies advanced microscopy methods to enhance product development and analyze plant-based ingredients.
Work at Yves Rocher
Eric Fernandez serves as the Microscopic Project Leader at Yves Rocher, a position he has held since 2000. He has dedicated 24 years to this role in France, focusing on integrating advanced microscopy techniques into the cosmetics industry. His work involves applying microscopy to analyze and characterize emulsions and packaging materials, as well as enhancing the anatomical characterization of plant-based ingredients used in Yves Rocher products.
Education and Expertise
Eric Fernandez studied at Ecole Pratique des Hautes Etudes, where he focused on Motilité cellulaire and earned a degree in Sciences de la Vie et de la Terre from 1997 to 2000. He also attended Université catholique de Lyon, achieving expertise in Histotechnology and Electron Microscopy from 1995 to 1996. Earlier, he studied at La Martiniere Duchere from 1993 to 1995. His educational background supports his expertise in applying diverse investigation techniques to the cosmetics sector.
Background in Microscopy Techniques
Eric Fernandez integrates investigation techniques from various sectors, including metallurgy, food, and medical fields, into the cosmetics industry. He employs microscopy techniques to illustrate and quantify the effectiveness of active ingredients on biological models such as cell cultures, skin models, and hair. His approach combines early twentieth-century histological techniques with modern microscopy technology to enhance cosmetic product development.
Research and Development Contributions
In his role, Eric Fernandez utilizes microscopy to enhance the anatomical characterization of Yves Rocher's plant-based ingredients. His contributions include analyzing and characterizing emulsions and packaging materials, which are critical for product formulation and development. His work supports the advancement of effective cosmetic products through rigorous scientific investigation.