This position requires a Ph.D. in Plant Breeding, Plant Genetics, Plant Pathology, or a related field of study that has equipped the applicant with the necessary knowledge, skills and abilities to perform the duties and responsibilities of the position.
Desired Skills Include:
- Knowledge of plant quantitative genetics, genomics, and phenomics.
- Experience in plant breeding, including design of crossing blocks, making successful crosses, and advancing populations.
- Experience in high-throughput phenotyping and statistical analysis of field trial data.
- Knowledge and experience conducting basic bioinformatics analyses.
- Experience and/or knowledge of utilizing genomic selection for plant improvement.
- Experience in a Linux environment and coding in R or Python languages.
- Experience with modern breeding database management.
- Highly skilled at technical writing and scientific communication.
Applicants must meet basic Office of Personnel Management (OPM) Qualification Standard's requirements of the scientific discipline necessary to perform the duties and responsibilities of the position.
Genetics Series - 0440
Basic Requirements
Degree: genetics; or one of the basic biological sciences that included at least 9 semester hours in genetics.
Graduate Education: Genetics, or a curriculum or pattern of training that placed major emphasis on genetics. Graduate study in related fields such as agronomy, horticulture, animal, dairy, or poultry husbandry, entomology, microbiology, plant pathology, chemistry, molecular and cellular biology, and physiology that involved cross-training in genetics is qualifying, provided it placed sufficient emphasis on genetics.
Evaluation of Education: Most students in the field take graduate work because specific training in genetics may be limited at the undergraduate level. Under these circumstances, it may be necessary to evaluate undergraduate course work in genetics in one of two ways, as described below, to determine whether or not it is qualifying.
- Courses dealing with genetics, some phase of genetics, or specific techniques that are applied in genetics work are acceptable. This includes courses in genetics, plant or animal genetics, molecular and cellular biology, mathematics and statistics (as they apply to genetics), population dynamics, and certain techniques such as those dealing with irradiation.
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Course work consisting of an appropriate combination of basic courses in genetics and cytology or statistics are also acceptable.