Postdoctoral Fellow – Crop Protection Research Chemistry | Postdoctoral fellow – Crop Protection Research Chemistry (m/f/d)
Syngenta Crop Protection AG Forschungszentrum Stein
Job Summary
This Postdoctoral Fellowship offers a unique opportunity to join Syngenta's Research Chemistry team, focusing on Natural Products (NPs) synthesis within the Crop Protection unit. The successful candidate will investigate NPs exhibiting biocontrol or biostimulant activities, aiming to identify high-interest starting points for innovative agrochemicals. Key responsibilities include designing and executing state-of-the-art total synthesis and semi-synthetic routes to obtain natural products and their structural analogs for early biological evaluation. This role requires scientific leadership in experimental design, data analysis, and collaboration across chemistry, biologicals, and external networks. You will contribute significantly to intellectual property strategy and accelerate compound development in a stimulating, international environment dedicated to sustainable agriculture and addressing global challenges like climate change and food security.
Required Skills
Education
A PhD in chemistry, preferably with a strong focus on total synthesis of natural products.
Experience
- Professional experience conducting natural products research and synthesis in discovery settings.
- Experience in leading the synthesis and optimization of natural products with specific modes of action.
- Experience providing scientific leadership and technical guidance in experimental design and data analysis.
- Experience collaborating across multidisciplinary teams and maintaining external academic/industrial networks.
- Experience contributing to intellectual property (IP) strategy.
Languages
Additional
- Must possess a curious, scientifically creative, and self-starting mindset, embracing calculated risk-taking. Ability to critically interpret results and build new experimental hypotheses. Passionate about life science technologies, with a strong ability to understand methodologies beyond synthetic chemistry.