Cotton Genomics Research Associate: Bioinformatics & Breeding

University of Georgia; Athens (GA); On-site; USD 60,000 - 90,000; Full time

Job summary

The University of Georgia is seeking a CSS Research Associate- Life Science in the CAES-Crop & Soil Sciences department to advance cotton genetics, genomics, and breeding. The role will analyze large genomic datasets, develop bioinformatic workflows, and supervise graduate students and staff, while contributing to grant proposals and published work.

The position emphasizes applied crop improvement, collaboration across multidisciplinary teams, and potential for grant-funded renewal beyond the

Qualifications

• Strong knowledge of plant genetics, genomics, bioinformatics, and molecular breeding.
• Ability to independently conduct research and interpret complex datasets.
• Strong scientific writing and mentoring leadership abilities.

Responsibilities

• Conduct genomic and bioinformatic analyses including genome assembly and sequencing data interpretation.
• Perform genetic and QTL mapping to identify genomic regions related to important traits.
• Integrate genomic and phenotypic data through comparative genomics to support discovery.
• Prepare manuscripts, reports, and contribute to grant proposals and project documentation.
• Mentor graduate students and research staff to ensure successful project outcomes.

Skills

Plant genetics

Genomics

Bioinformatics

Molecular breeding

Genome assembly

QTL mapping

Comparative genomics

Sequencing data analysis

Scientific writing

Mentoring/leadership

Education

Bachelor's degree in related field of science

Job description

The University of Georgia is seeking a CSS Research Associate- Life Science in the CAES-Crop & Soil Sciences department to advance cotton genetics, genomics, and breeding. The role will analyze large genomic datasets, develop bioinformatic workflows, and supervise graduate students and staff, while contributing to grant proposals and published work.

The position emphasizes applied crop improvement, collaboration across multidisciplinary teams, and potential for grant-funded renewal beyond the