What a typical day can look like
A general picture, not one person. Real days vary by employer, season and place.
What do genetics and breeding professionals do?
They collect data on traits such as growth, fertility, milk production, meat quality and disease resistance. They analyze that information, estimate each animal's genetic merit and help producers decide which animals to breed. Some work in the field, collecting records. Others work with data and software.
Because genetic change takes generations, the work requires patience and long-term thinking. Good records kept consistently over many years are the foundation.
Increasingly, DNA information joins traditional records. Genomic tools can help estimate the value of young animals earlier, but they still depend on good records from the farm. The data side and the farm side of the work rely on each other. Ask a breeder or extension educator to show you a real pedigree and a set of performance records, so you can see how the numbers describe an animal.
- Collecting and checking performance records
- Analyzing data and estimating genetic merit
- Advising producers on mating decisions
- Supporting breed associations and breeding companies
Where do these jobs exist?
Employers include breed associations, breeding and genetics companies, universities, USDA research programs, large production operations and extension services. The USDA Agricultural Research Service reports on research in animal genetics and genomics, and its site gives examples of the work.
Roles vary widely, from field representative to statistician to research scientist. Consider which type of work you would enjoy most.
Breed associations are a good example of an employer many students overlook. They keep pedigree and performance records, hold shows and sales, and employ people in data, communications, field service and education.
What education leads into this field?
A bachelor's degree in animal science, genetics or a related field is common, and many research roles require a master's or doctorate. Math and statistics are central, especially for roles that involve data analysis. The BLS Occupational Outlook Handbook lists typical education for agricultural and food scientists and shows current pay and outlook.
Land-grant universities often have strong breeding and genetics faculty. Look at their department pages to see what research they do. Strong statistics and computer science skills can also open doors in other industries, which gives you a backup plan.
How can a high school student begin?
Take math, including statistics if offered, and biology. Raise animals and keep detailed records of births, weights and health events. Spreadsheet skills are valuable, so practice organizing and graphing the data you collect.
Join FFA or 4-H events that involve livestock evaluation or record keeping. Those activities teach you to compare animals using evidence, not just appearance. If your school offers a computer science class, try it. Basic coding or database skills are increasingly useful in genetics. Entering a records or evaluation contest is another way to practice making decisions from data and defending your reasoning.
- Take statistics and biology
- Keep records on your project and graph the results
- Learn spreadsheet basics
What skills matter most?
Comfort with numbers is the first. Next comes curiosity about how traits are inherited, and honesty in handling data. A good breeding professional reports results that may disappoint, and does not adjust numbers to please anyone.
Communication matters as well, because producers must understand and trust the recommendations they receive.
Humility helps as well. Genetic predictions are estimates, and results sometimes surprise even experts. Good professionals explain uncertainty clearly instead of overselling what a number can do.
What are the challenges?
Progress is slow, and results from a breeding decision may take years. Programs also depend on cooperation among many producers, which takes patience and relationship building. Some roles involve travel to farms, where handling livestock carries risk, so safety training and supervision matter.
Funding and demand for research vary, so check current BLS information and ask professionals about job stability.
Another challenge is that breeding goals can conflict. A trait that increases growth may reduce fertility, so programs balance several goals and keep animal welfare in mind. Understanding these tradeoffs is part of the job.
What questions should you ask a professional?
Ask what data they work with, what software they use and how they explain results to farmers. Ask what they would study if they began again.
Ask a university breeding professor about current research topics and about the courses that prepared graduate students best. Ask whether breeding professionals consider their work more field-based or more desk-based, and which they prefer.
Your next steps
- Breeding programs use records and genetics to choose parents for the next generation.
- Math, statistics and animal science are the core skills.
- Keep and graph records on your own animal projects now.
- Ask professionals about data, software and long-term patience.
Sources and further reading
Last reviewed: November 12, 2026. Written by the Ag Jobs & Careers Editorial Team. See our editorial policy.