Applied Double Haploid Scientist
On-siteNampa, Idaho, United States
Job Summary
Optimize doubled haploid induction and production protocols for corn and cereals, leading experimental design and process refinement. Develop novel methodologies for haploid identification and refine chromosome doubling strategies by adjusting media and tissue culture conditions. Scale automated workflows to drive adoption of high-throughput systems while implementing cost-reduction initiatives that maintain quality and meet KPI expectations. Integrate DH technologies into breeding programs by coordinating cohort schedules and delivery timelines to accelerate genetic gain. Collaborate with multidisciplinary teams in molecular biology, bioinformatics, and automation engineering to deliver integrated solutions. Ensure documentation, reporting, and FTO compliance to support IP generation and adherence to Freedom to Operate guidelines.
Required Qualifications
- Ph.D. in Plant Science, Plant Breeding, Horticulture, Biotechnology, or a related field
- A Master's degree with extensive industry experience (10+ years)
- Candidates must reside in and be permanently authorized to work in the United States without current or future employer sponsorship
- Minimum of 5 years of hands-on experience developing or optimizing DH technologies in industry or academia, preferably in row crops
- Demonstrated success reducing costs or improving efficiency in molecular biology or tissue culture workflows at scale
- Expertise in plant tissue culture, plant regeneration, and growth management across lab, greenhouse, and field environments
- Practical experience with aseptic techniques, plant dissection, media preparation, and growth regulator use
- Deep understanding of molecular and physiological pathways influencing haploid induction and DH development in corn and cereals
- Proficiency with imaging systems (light microscopy, fluorescence microscopy, digital imaging) for haploid identification
- Familiarity with plant handling systems, such as embryo rescue, anther/microspore culture, and regeneration workflows
- Working knowledge of genetic principles underlying maternal haploid induction systems and DH recovery
- Understanding of key stages in row-crop variety development and commercialization
- Experience analyzing and optimizing environmental conditions that influence DH system performance
Desired Qualifications
- A Master's degree with extensive industry experience (10+ years) may be considered
- Experience with CRISPR applications in DH systems
- Novel haploid inducer development
- Improved tissue culture methods
- Emerging chromosome doubling technologies
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