The Role Moderna is seeking an individual to provide technical leadership for in vitro selection and cell-surface screening of viral and bacterial antigens. This role will lead the design, execution, and continuous advancement of high-throughput mammalian cell–based screening platforms that interrogate broadly applicable design principles for glycoprotein antigens, enabling antigen optimization, improved expression and durability across multiple programs, and rapid maturation of computationally designed candidates. The perfect candidate will provide technical leadership through direct involvement in the design and execution of complex in vitro selection campaigns, setting experimental strategy and partnering closely with computational protein design teams to ensure designs are evaluated and refined at scale. In addition to antigen-focused efforts, this individual will be cross-trained to support screening of de novo designed proteins, including minibinders and VHHs, as a shared discovery resource. This role is intended for a scientist ready to own and evolve a core discovery capability, led by scientific judgment and execution, and shape in vitro selection integrates with AI- and structure-guided design across Moderna’s pipeline. The candidate in this position will work closely with and report to the Senior Director, Computational Design and In Vitro Selection, and will also work closely with the VP, Protein Design, as well as other members of Research, to advance novel candidates to the clinic, drive exploratory trials to inform the generation of improved vaccine antigens and explore new concepts for mRNA medicines.
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Job Type
Full-time
Career Level
Principal
Education Level
Ph.D. or professional degree