Dairy Reproduction Manager | AI Breeding & Herd Performance

NPAworldwide; Zanesville (OH); On-site; USD 75,000 - 89,999; Full time

Job summary

NPAworldwide is representing a large dairy operation in Zanesville, Ohio, seeking an experienced Breeding Manager. The successful candidate will oversee daily reproductive activities, ensuring proper procedures are followed to enhance herd performance.

Responsibilities include performing artificial insemination, monitoring heat detection, and managing breeding records. Strong AI experience and attention to detail are essential. Compensation ranges from $75,000 to $90,000 annually, providing an opportunity to contribute significantly to a progressive dairy operation.

Qualifications

• Strong artificial insemination (AI) breeding experience required.
• Experience administering reproductive protocols, including Lutalyse, GnRH, and CIDR programs.
• Familiarity with heat detection systems such as SCR or similar technologies.

Responsibilities

• Perform artificial insemination on cows and heifers.
• Administer synchronization and hormone protocols.
• Monitor heat detection systems and ensure completion of breeding activities.

Skills

Artificial insemination (AI) breeding experience

Administering reproductive protocols

Familiarity with heat detection systems

Performing pregnancy checks using ultrasound

Basic computer skills with herd management software

Attention to detail

Spanish-speaking ability

Job description

NPAworldwide is representing a large dairy operation in Zanesville, Ohio, seeking an experienced Breeding Manager. The successful candidate will oversee daily reproductive activities, ensuring proper procedures are followed to enhance herd performance.

Responsibilities include performing artificial insemination, monitoring heat detection, and managing breeding records. Strong AI experience and attention to detail are essential. Compensation ranges from $75,000 to $90,000 annually, providing an opportunity to contribute significantly to a progressive dairy operation.