Animal Breeders
SOC Code: 45-2021.00
Farming, Fishing & ForestryAnimal breeders manage the reproduction of animals to produce offspring with desirable characteristics — improved milk production in dairy cattle, faster race times in thoroughbreds, better temperament in companion dogs, or enhanced meat quality in livestock. With a median salary around $46,510, animal breeders apply genetics, animal husbandry, and reproductive technology to systematically improve animal populations. The work requires patience, biological knowledge, record-keeping precision, and genuine passion for working with animals across agriculture, competitive breeding, and companion animal industries.
Salary Overview
Median
$52,000
25th Percentile
$43,310
75th Percentile
$59,630
90th Percentile
$89,970
Salary Distribution
Job Outlook (2024–2034)
Growth Rate
+2.4%
New Openings
1,200
Outlook
Slower than average
Key Skills
Knowledge Areas
What They Do
- Record animal characteristics such as weights, growth patterns, and diets.
- Observe animals in heat to detect approach of estrus and exercise animals to induce or hasten estrus, if necessary.
- Treat minor injuries and ailments and contact veterinarians to obtain treatment for animals with serious illnesses or injuries.
- Select animals to be bred, and semen specimens to be used, according to knowledge of animals, genealogies, traits, and desired offspring characteristics.
- Examine animals to detect symptoms of illness or injury.
- Build hutches, pens, and fenced yards.
- Brand, tattoo, or tag animals to allow animal identification.
- Feed and water animals, and clean and disinfect pens, cages, yards, and hutches.
Tools & Technology
★ = Hot Technology (in-demand)
Education Requirements
Typical entry-level education: High School Diploma
Related Careers
Top Career Pivot Targets
View all 19 →Careers with the highest skill compatibility from Animal Breeders.
A Day in the Life
A dairy cattle breeder's morning begins with reviewing breeding records and reproductive cycle data, identifying cows in estrus that are candidates for artificial insemination (AI). The breeder selects semen from bulls that complement each cow's genetic profile — correcting structural weaknesses, improving milk components, or enhancing longevity traits. AI is performed carefully, requiring anatomical knowledge and procedural skill. Later, the breeder reviews genomic test results on recently born calves, evaluating Predicted Transmitting Ability (PTA) scores to determine which animals should enter the breeding program and which should be culled. A horse breeder's day might involve monitoring a pregnant mare approaching foaling, evaluating stallion semen quality through microscopic analysis, and meeting with a client to discuss breeding plan goals for their mare. A dog breeder evaluates puppies against breed standards, registers litters with the AKC, socializes young dogs, and screens breeding stock for genetic health conditions through OFA testing or DNA panels.
Work Environment
Work environments range from climate-controlled breeding facilities to outdoor pastures and barns. Agricultural breeders work in farm settings — barns, milking parlors, breeding pens, and veterinary treatment areas. The work is physical, involving animal handling, restraint, and reproductive procedures in conditions that can be dirty, cold, hot, or wet. Hours are driven by animal biology, not human preference — cows in heat must be bred on schedule, mares foal when ready, and whelping bitches need monitoring around the clock. Rural locations are typical for livestock breeders, while dog and cat breeders may operate from residential or suburban properties. The emotional aspect of animal breeding includes the joy of successful births and the difficulty of dealing with reproductive failures, congenital abnormalities, and necessary culling decisions.
Career Path & Advancement
Educational backgrounds vary — some breeders learn through family farming operations, apprenticeships, or breeding mentorships, while others hold bachelor's degrees in animal science, genetics, or a related field. Entry-level positions include breeding technician, AI technician, livestock manager assistant, or kennel assistant. After 3-5 years of experience developing genetic evaluation skills and reproductive management expertise, breeders may manage breeding programs for farms, ranches, kennels, or genetics companies. Advanced careers include reproductive specialist positions at breed registries, genetics company sales and technical service roles, university extension positions, and independent breeding consultancies. Professional certifications in artificial insemination, embryo transfer, and genetic evaluation enhance credentials.
Specializations
Dairy cattle breeders focus on genetic improvement of milk production, components, health traits, and conformation using genomic testing and AI with elite sire genetics. Beef cattle breeders select for growth rate, carcass quality, maternal traits, and structural soundness. Equine breeders manage thoroughbred, quarter horse, warmblood, or other breed programs, emphasizing performance traits, conformation, and pedigree analysis. Dog breeders produce puppies that meet breed standards while screening for genetic health conditions. Poultry breeders at companies like Aviagen and Cobb-Vantress manage large-scale genetic improvement programs for broiler and layer lines. Swine breeders optimize genetics for growth rate, feed efficiency, litter size, and meat quality. Reproductive technology specialists perform advanced procedures including embryo transfer, in vitro fertilization, and semen cryopreservation.
Pros & Cons
Advantages
- ✓Directly shaping the genetic future of animal populations — lasting impact
- ✓Combining biological science with hands-on animal work
- ✓Satisfaction of successful births and observing genetic improvement over generations
- ✓Working with animals daily in agricultural and rural settings
- ✓Growing technology integration (genomics, AI) making the work more sophisticated
- ✓Niche expertise creates specialized job security
- ✓Entrepreneurial opportunities in private breeding operations and consulting
Challenges
- ✗Below-average salary for the level of specialized knowledge required
- ✗Physically demanding work with animal handling risks
- ✗Irregular hours dictated by animal reproductive cycles — foaling, whelping, heat detection
- ✗Emotional difficulty dealing with reproductive failures and neonatal losses
- ✗Rural locations with limited social and cultural amenities
- ✗Ethical scrutiny from animal welfare advocates, particularly in companion animal breeding
- ✗Weather exposure and dirty working conditions in livestock operations
Industry Insight
Genomic testing has revolutionized animal breeding, dramatically accelerating genetic improvement by enabling selection based on DNA rather than progeny testing. In dairy cattle, genomic evaluations are calculated for dozens of traits within days of birth, compressing what once required 5-7 years of progeny evaluation into weeks. CRISPR gene editing holds future potential for targeted genetic modifications, though regulatory and ethical frameworks are still developing. Artificial intelligence is being applied to predict breeding values, optimize mating decisions, and analyze reproductive outcomes from sensor data. Consumer demand for specific animal products (grass-fed beef, heritage breeds, hypoallergenic dogs) creates niche breeding opportunities. Ethics and animal welfare considerations increasingly influence breeding decisions — the Kennel Club and breed registries are addressing brachycephalic syndrome and other exaggerated traits that compromise animal health.
How to Break Into This Career
A degree in animal science with emphasis in genetics, reproduction, or animal breeding provides the strongest academic foundation. Practical experience is essential — internships or employment on progressive breeding operations provide hands-on skills that cannot be learned from textbooks alone. Artificial insemination training courses (offered by AI companies like Select Sires, ABS, and Genex) provide technical certification. Breed registry involvement through junior and collegiate programs (FFA, breed associations, dairy judging teams) builds industry connections. For companion animal breeders, mentorship with established breeders and breed club membership provides essential education in breed standards, health testing protocols, and breeding ethics. Knowledge of reproductive physiology, genetic principles (heritability, selection intensity, generation interval), and data management systems is expected.
Career Pivot Tips
Animal breeders develop genetics knowledge, reproductive management skills, data analysis capabilities, and animal handling expertise that transfer to veterinary technology, livestock production management, genetics company sales and technical service, pharmaceutical animal health, and agricultural extension. Genomic literacy is valued by agricultural biotechnology companies. The record-keeping and data analysis skills apply to research coordination, quality assurance, and database management roles. Those with strong communication skills transition to breed registry administration, livestock marketing, agricultural journalism, or extension education. Career changers entering animal breeding should seek training in reproductive technology and genetics while gaining practical animal handling experience through farm internships or breeding apprenticeships. The combination of genetic theory and hands-on animal skills is the distinguishing qualification.
Explore Career Pivots
See how Animal Breeders compares to other careers and find your best pivot opportunities.
Find Pivots from Animal Breeders