Genome Editing Scientist Delivery

Bayer•Chesterfield, MO

10d•Onsite

About The Position

At Bayer, we are seeking a Genome Editing Scientist Delivery to focus on advancing cutting-edge genome editing and delivery technologies. This role will particularly focus on alternative in-planta delivery approaches that expand germplasm-independent (genotype-agnostic) access and reduce reliance on conventional tissue culture and stable transformation. Working within the innovative Crop Genome Editing team, you will help create next-generation editing capabilities that drive our mission of developing resilient and sustainable agricultural solutions, and advance our mission of “Health for All and Hunger for None” through transformative genome editing capabilities.

Requirements

PhD in plant biology, developmental biology, plant physiology, bioengineering, or a related field with 5+ years of relevant experience; or MS with 10+ years of demonstrated track record in scientific research
Strong knowledge of plant development, reproductive biology, and tissue differentiation
Hands-on experience with plant modification and delivery methods and molecular biology techniques, including DNA, RNA, and/or protein handling
Proven ability to design, execute, and interpret complex experiments, using data to drive decision-making and iterative optimization
Strong collaboration skills with the ability to work effectively across multidisciplinary teams and communicate clearly with both technical and non-technical stakeholders
Demonstrated ability to stay current with scientific literature and translate emerging technologies into practical, fit-for-purpose solutions

Responsibilities

Lead, design, and execute research projects to develop and optimize alternative in-planta delivery methods for genome editing cargo in crop plants
Design and execute experiments to evaluate DNA-free and/or tissue culture–independent approaches for introducing molecular cargo into plant cells and reproductive tissues
Develop, document, and transfer fit-for-purpose protocols that enable robust, germplasm-independent performance across diverse genetic backgrounds and experimental conditions
Evaluate and optimize methods intended to bypass common limitations in traditional transformation and regeneration systems (e.g., genotype dependence, lengthy timelines)
Benchmark emerging and alternative delivery concepts against internal standards, defining success criteria, key metrics, and decision points
Apply knowledge of plant development and reproductive biology to identify optimal intervention points and target tissues for delivery and editing
Collaborate across diverse teams (molecular tools, breeding, product design, regulatory science, and pipeline partners) to develop and implement outcome-driven research proposals
Analyze experimental data to guide iterative improvement and communicate findings clearly to technical and non-technical stakeholders
Stay current with scientific literature and external innovation to incorporate relevant emerging technologies
Present findings to internal stakeholders and, as appropriate, at scientific conferences