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Texas A&M AgriLife Research

State-supported agricultural research organization

Research Associate

Full-TimeUpdated on 10/23/2026
No salary listed
Mid
Bachelor's, Master's
College Station, TX, USA
In Person
Academic & Institutional ResearchLife Sciences Research

About the job

Requirements
  • A bachelor's degree in biology, molecular biology, genetics, genomics, bioengineering, or a closely related field, or an equivalent combination of education and experience.
  • Two years of related experience in a specialized and relevant field of research.
  • Knowledge of standard laboratory research methods in molecular biology, genetics, or a related field and familiarity with laboratory and technical equipment used in molecular biology, genetics, and insect research.
  • Ability to effectively use a computer and applicable software for data analysis, recordkeeping, literature review, and scientific communication.
  • Ability to follow research protocols, maintain detailed records, and ensure accuracy in experimental work.
  • Ability to organize, evaluate, and summarize research data.
  • Ability to exercise discretion and judgment in planning experiments, troubleshooting procedures, and interpreting results.
  • Ability to manage multiple research tasks and meet project deadlines.
  • Ability to communicate effectively with faculty, students, staff, and collaborators.
  • Ability to train others in routine research procedures and laboratory practices.
  • Ability to work occasional weekends or after normal business hours as required by experimental schedules or insect colony needs.
Responsibilities
  • Design, plan, conduct, and coordinate experiments supporting research on gene drive performance, DNA repair pathway usage, chromosomal position effects, and transgene removal in Drosophila melanogaster and Aedes aegypti.
  • Assist with developing, testing, and validating CRISPR/Cas9 reagents, guide RNAs, donor constructs, transgenic lines, and related genome engineering tools.
  • Perform genetic crosses, progeny screening, insect colony maintenance, fluorescence-based phenotyping, molecular assays, and routine troubleshooting of experimental protocols.
  • Use laboratory and technical equipment to perform PCR, genotyping, sequencing preparation, gel electrophoresis, fluorescence screening, HRMA or related genotyping assays, and other molecular biology procedures.
  • Analyze and summarize experimental outcomes, including inheritance patterns, homing rates, indel formation, transgene excision, DNA repair events, and resistance allele formation.
  • Operate, maintain, and troubleshoot laboratory equipment and accurately document equipment use, experimental data, and research results.
  • Compile and summarize data for scientific manuscripts, progress reports, presentations, funding proposals, and other research documents.
  • Assist with preparing figures, tables, methods summaries, and written descriptions of experimental results.
  • Contribute to proposal development and project documentation related to gene drive efficacy, DNA repair, mosquito transgenesis, and gene drive mitigation strategies.
  • Train undergraduate students, graduate students, technicians, and other laboratory personnel in research procedures, insect handling, molecular biology techniques, data recording, equipment operation, and biosafety practices.
  • Assist with coordinating day-to-day laboratory workflows, maintaining insect stocks and research materials, and ensuring research activities follow established protocols.
  • Support compliance with institutional biosafety, genetically modified organism, and arthropod containment requirements.
  • Maintain organized laboratory records, inventories, protocols, and research materials; assist with routine lab organization, ordering, and preparation of supplies for ongoing experiments.
  • Perform other duties needed to support the research program, including weekend or after-hours work for insect colony maintenance, experimental time points, blood feeding schedules, data collection, or other project needs.
Desired Qualifications
  • A master's degree in biology, molecular biology, genetics, genomics, bioengineering, or a closely related field.
  • Coursework or training in molecular genetics, genome engineering, DNA repair, transgenesis, or genomics.
  • Training in laboratory safety, biosafety, genetically modified organism handling, arthropod containment, or related research compliance areas.
  • Experience working with Drosophila melanogaster or other laboratory model organisms.
  • Experience with CRISPR/Cas9 genome editing, transgenesis, gene drive systems, DNA repair assays, or functional genetics.
  • Experience with genetic crosses, insect colony maintenance, fluorescence-based screening, phenotyping, or multigenerational inheritance studies.
  • Experience analyzing DNA repair outcomes, including homology-directed repair, end joining, microhomology-mediated end joining, single-strand annealing, indel formation, or resistance allele formation.
  • Experience with plasmid construction, guide RNA design, donor template preparation, embryo microinjection support, or transgenic line screening.
  • Experience with HRMA, Sanger sequencing analysis, nanopore sequencing preparation, inverse PCR, or other genotyping or sequencing-based methods.
  • Experience preparing scientific manuscripts, grant proposals, progress reports, conference abstracts, or presentations.
  • Experience training students, technicians, or other laboratory personnel.
  • Experience working under biosafety or containment protocols for genetically modified organisms or arthropods.
  • Experience conducting laboratory research in molecular biology, genetics, genomics, or a related scientific field.
  • Experience using standard molecular biology techniques such as molecular cloning, PCR, gel electrophoresis, genotyping, sequencing preparation, or DNA/RNA sample handling.
  • Experience maintaining accurate laboratory records, organizing data, and summarizing experimental results.
  • Experience using computers and applicable software for data entry, data analysis, literature review, figure preparation, and scientific communication.
  • Experience operating, maintaining, or troubleshooting laboratory or technical research equipment.
  • Experience working independently while following established research protocols and safety procedures.
  • Experience working collaboratively with faculty, students, staff, or other research personnel.
  • Knowledge of Drosophila or insect genetics, CRISPR/Cas9 genome editing, transgenic insect systems, gene drive concepts, and DNA repair mechanisms.
  • Knowledge of homology-directed repair, end joining, microhomology-mediated end joining, and single-strand annealing.
  • Skill in molecular cloning, PCR, genotyping, sequence analysis, fluorescence microscopy, and phenotypic screening.
  • Skill in maintaining insect colonies, setting up genetic crosses, collecting progeny, and scoring inheritance or marker phenotypes.
  • Ability to analyze genetic and molecular data related to homing, indel formation, chromosomal position effects, and repair pathway outcomes.
  • Ability to assist with developing and optimizing new protocols.
  • Ability to prepare figures, tables, written summaries, and research updates for scientific audiences.
  • Knowledge of biosafety practices related to genetically modified organisms and arthropod containment.

About the company

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Texas A&M AgriLife Research

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Texas A&M AgriLife Research conducts scientific work in agriculture and life sciences across Texas, with its headquarters in College Station and a statewide network of research centers. It produces research findings, practical solutions, and new technologies, sharing them through reports, publications, and hands-on extension work to help farmers, industries, and communities. Its breadth and ties to the Texas A&M University System, plus a history dating back to the Hatch Act, enable coordinated, multidisciplinary work across many crops, climates, and production systems. The goal is to improve Texas agriculture’s productivity, sustainability, and economic resilience by generating knowledge and turning it into usable tools and practices for farmers and related industries.

Company Size

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Company Stage

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Total Funding

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Headquarters

College Station, Texas

Founded

1887

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Simplify's Take

What believers are saying

  • On August 19, 2026, EPA registration enabled Silvec's citrus-greening therapy commercialization.
  • On September 3, 2026, AgriLife won a $2 million USDA APHIS bird-flu grant.
  • The January 21, 2026 Canyon center opening strengthens High Plains recruitment and visibility.

What critics are saying

  • Florida growers get Silvec's citrus product first in late 2026, limiting Texas monetization.
  • AgriLife's bird-flu study starts February 2027; HPAI outbreaks can outrun publication cycles.
  • If commercialization stalls, AgriLife stays a cost center and loses industry partners.

What makes Texas A&M AgriLife Research unique

  • Since 1887, AgriLife Research pairs 13 Texas centers with College Station and 1,700 employees.
  • Its Weslaco, Amarillo-to-Canyon, and regional labs turn field problems into deployable ag solutions.
  • The university system backs long-horizon crop, livestock, and wildlife research few employers match.

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Benefits

  • Health Insurance
  • Dental Insurance
  • Vision Insurance
  • Life Insurance
  • Disability Insurance
  • Paid Holidays
  • Paid Sick Leave
  • Paid Vacation
  • Wellness Program
  • Conference Attendance Budget

Company News

Alliance of Chief Executives
Oct 22nd, 2025
MyLand Expands with $2.4M Funding

MyLand has expanded its soil health initiative in Texas with $2.4M funding, enhancing its collaboration with Texas A&M AgriLife Research. The project will explore microalgae's benefits across 22,000 acres, focusing on nutrient density, water efficiency, soil salinity, citrus greening, and turf quality. This expansion aims to improve soil health, food quality, and agricultural sustainability, highlighting the importance of public-private partnerships in resilient agriculture.