所在地: Clark, NJ
国/地域: United States
Are you looking to be a technical, problem solving chemist who wants to deliver new and innovative products related to consumers' skincare routines across the globe?
Then L'Oréal Research & Innovation (R&I) might be exactly the place you have always been looking for!
For more than one hundred years, L’Oréal believes that Beauty needs Science. In a world now transformed by digital technology and the emergence of new scientific Domains, we are confident in our ability to turn these opportunities into major innovations, closely linked to the new consumer expectations all over the world. Science & Technology are allowing us to invent safe, dependable, sustainable & responsible beauty products and experiences that will change people’s lives. L’Oréal Research and Innovation has continuously invested upstream in its research with a high level of ambition. Our 3800+ L'Oréal R&I people are talented and highly skilled, located in major markets, working in a cooperative way, opened to the world.
Inside L’Oréal’s Research & Innovation Division, Development is responsible for working closely with our over 35 brands to adapt and innovate formulations into new and exciting products based on consumer and marketing insights. Development of great products requires building strong, international collaborations across different functions to ensure that products are seen from inception to officialization for our local and global launch deadlines.
We are currently seeking a talented and innovative Skincare Development Chemist to join our Development department located at our Clark, New Jersey facility for Research and Innovation. You'd join a team that is responsible for skin care product development that consist of formulas using challenging actives. With our formulation science expertise and process optimization, the team delivers on new products for global developments. The team maintain very close relationships with the business and with many experts in safety, regulatory, scale-up and scientific platforms.
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