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EssilorLuxottica in France seeks a researcher to investigate biochemical and neural mechanisms in the retina related to myopia control. You will design experiments, collect and analyze data, and collaborate with cross-disciplinary experts.
You will translate findings into improved treatments for slowing eye growth, present at conferences, and contribute to publications while strengthening product credibility and IP positions.
If you’ve worn a pair of glasses, we’ve already met.
We are a global leader in the design, manufacture, and distribution of ophthalmic lenses, frames, and sunglasses. We offer our industry stakeholders in over 150 countries access to a global platform of high-quality vision care products such as the Essilor brand, with Varilux, Crizal, Eyezen, Stellest and Transitions, iconic brands that consumers love such as Ray-Ban, Oakley, Persol and Oliver Peoples, as well as a network that offers consumers high-quality vision care and best-in-class shopping experiences such as Sunglass Hut, LensCrafters, and Target Optical, and leading e-commerce platforms.
Our unique business model and relentless pursuit of operational excellence ensures that consumers everywhere have access to products. Balancing speed, efficiency and proximity, the Company manages a global supply chain with cutting-edge technology, based on centralization for frames and on a capillary network for lens finishing and prescription laboratories. In our dynamic environment, fueled by technology and innovation, our people have the space to pioneer new solutions.
To accelerate the development of new science-based technologies in a strategic sector, EssilorLuxottica is strengthening its expertise in biochemistry and neuroscience. As part of a joint team composed of academics and EssilorLuxottica, this position aims to investigate, primarily through designing experiments, data collection and analysis, the biochemical and neural mechanisms in the retina that are involved in myopia control. More specifically, the goal is to study the dynamics of biological processes that regulate eye growth, including signal detection, transmission, and associated signaling cascades. The position requires a detailed understanding of the biochemical and physical phenomena at stake at the sub-cellular level. The protocols and experimental techniques will be developed with experts from cross-disciplinary domains.