Science and Skin Modelization Lead

Galderma•Carlsbad, NM

39d•$160,000 - $180,000

About The Position

Galderma is the emerging pure-play dermatology category leader, present in approximately 90 countries. We deliver an innovative, science-based portfolio of premium flagship brands and services that span the full spectrum of the fast-growing dermatology market through Injectable Aesthetics, Dermatological Skincare and Therapeutic Dermatology. Since our foundation in 1981, we have dedicated our focus and passion to the human body's largest organ - the skin - meeting individual consumer and patient needs with superior outcomes in partnership with healthcare professionals. Because we understand that the skin, we are in shapes our lives, we are advancing dermatology for every skin story. We look for people who focus on getting results, embrace learning and bring a positive energy. They must combine initiative with a sense of teamwork and collaboration. Above all, they must be passionate about doing something meaningful for consumers, patients, and the healthcare professionals we serve every day. We aim to empower each employee and promote their personal growth while ensuring business needs are met now and into the future. Across our company, we embrace diversity and respect the dignity, privacy, and personal rights of every employee. At Galderma, we actively give our teams reasons to believe in our bold ambition to become the leading dermatology company in the world. With us, you have the ultimate opportunity to gain new and challenging work experiences and create an unparalleled, direct impact. Summary In this role, the Skin Modelization Lead will drive the development and implementation of in vitro models to accelerate the innovation pipeline, ensuring scientific robustness while enhancing product differentiation.

Requirements

Minimum 7-10 years of experience in cosmetic Development of industry with a background in Cell Biology, Bioengineering, or a related life science discipline in dermatology
Solid experience in managing projects
Knowledge of GLP
Strong understanding of skin metabolism
Able to work consistently to high standards, meeting deadlines and able to work with changing priorities
Direct experience using conventional and/or complex in vitro skin tissue culture models, including with primary human skin cell cultures, co-culture systems, 3D reconstituted human epidermis, and human skin organ cultures
Ability to independently design, supervise and analyze experiments with outsourced partners using molecular, cellular, and biochemical techniques with a focus on skin biology and tissue engineering applications
Strong understanding of cosmetic development process, skin knowledge and stakeholders network influencing Consumer care business
Able to manage multiple projects with autonomy
Experience working cross-functionally and building collaborative working relationships
Experience in reporting, publishing and presenting results (internal and external) and in supporting scientific marketing
Minimum M. Sc. (Cell Biology/Life Sciences/Biosciences)/M. Tech./M. Pharm./M.S (Chemical Engineering/Biomedical Engineering)/PG – Biotechnology/Life-Sciences
Proficiency in English

Responsibilities

Translate in vitro findings into actionable product claims by optimizing experimental designs to meet consumer-relevant performance benchmarks.
Identify and integrate advanced in vitro and ex vivo models that enhance the predictive accuracy of ingredients, product efficacy and safety assessments.
Manage and oversee external partnerships to leverage cutting-edge human skin cell culture models and tissue engineering approaches for product innovation.
Analyze and synthesize external research data to generate insights that inform new product development and formulation strategies.
Apply biomarker and mechanistic studies to substantiate claims and create next-generation dermatological solutions with a competitive edge.
Monitor scientific and regulatory trends to anticipate industry shifts and ensure compliance while fostering innovation in skin metabolism and bioassays.
Select and validate bioactive ingredients based on their alignment with product positioning, efficacy targets, and consumer expectations.
Substantiate in vitro claims by screening biological properties of new active ingredients, ensuring their relevance to market needs.
Bridge scientific advancements with market-driven innovation by transforming skin modeling insights into compelling product narratives and differentiated claims.
Contribute to intellectual property development by identifying patentable innovations and publishing findings that reinforce brand leadership.