Start Date
Immediate
Expiry Date
18 Nov, 26
Salary
0.0
Posted On
20 Aug, 26
Experience
0 year(s) or above
Remote Job
Yes
Telecommute
Yes
Sponsor Visa
Yes
Skills
Industry
Social Media & Digital Platforms
our profile
We are looking for a highly motivated postdoctoral researcher with strong expertise in plant pathology, controlled-environment experimentation and quantitative disease phenotyping. Applicants must hold a Ph.D. in plant pathology, plant sciences, fungal biology, genetics, or a related field, or be on the verge of completing their Ph.D., and must have experience in experimental research on plant diseases, preferably in the area of fungal leaf pathogens in cereals. Experience with wheat diseases, controlled-environment inoculation experiments, disease phenotyping, optical sensing or digital image analysis will be considered a strong asset. Experience with genomic analyses of plant-pathogen interactions is a plus. Experience with reproducible data analysis (preferably in Python), including preprocessing, quality control, statistical analysis and scientific visualization, is desirable. The ability to learn new skills in experimentation and data analysis is essential.
The position requires strong organizational skills, careful experimental practice and the ability to work independently while contributing to an interdisciplinary environment. An excellent command of written and spoken English is required; knowledge of German is a plus, but not required.
Your tasks
-Controlled-environment experimentation: prepare wheat and pathogen material; conduct inoculation experiments; optimize conditions to compare pathogen isolates, wheat genotypes or environmental regimes.
-Optical sensing and image acquisition: collect time-resolved imaging data, using RGB imaging as the core approach and adding hyperspectral or thermal infrared sensing for selected questions; organize raw images and metadata reproducibly.
-Data analysis: apply AI image analysis pipelines to quantify disease development over time; analyze image-derived data, preferably in Python, including preprocessing, quality control, trait extraction, statistical analysis and data visualization.
-Genomic analysis of pathogen and/or host traits: where relevant, link phenotypic traits to genomic variation on the pathogen and/or host side, e.g. using GWAS, QTL mapping or genomic selection.
-Scientific writing and communication: prepare manuscripts for international peer-reviewed journals; present at meetings, seminars and conferences; and contribute to grant proposals for follow-up projects.
What we offer
-A unique research environment that combines experimental plant pathology and epidemiology with mathematical modeling.
-Support from experienced technical staff in controlled-environment experimentation and lab workflows with fungal wheat pathogens, and from a dedicated engineer for AI image analysis and optical sensing.
-Access to state-of-the-art optical sensing equipment, including RGB, multispectral, hyperspectral and thermal infrared imaging sensors.
-A strong modeling team, offering synergy between phenotyping experiments and predictive modeling of disease dynamics.
-Access to greenhouses and plant growth chambers for controlled-environment experiments with wheat pathogens.
-Active support in developing toward research independence, including mentoring for own grant and fellowship applications (e.g. DFG, group-leader fellowships).
-Integration into a strong collaborative research network within Germany, across Europe and worldwide.
-A growing lab with opportunities to shape research directions and develop independent ideas.
-A family-friendly, diverse and international working environment in which we value diversity and equality.