Canine Breeder Course

Lesson 1 • Breed Classification Systems

Examines major kennel club groupings and functional breed categories. Helps students match breed traits to intended purposes and owner lifestyles.

Lesson 2 • Canine Anatomy and Physiology Overview

Introduces skeletal, muscular, and organ systems relevant to breeding soundness. Builds anatomical vocabulary used in later health and genetics chapters.

Lesson 3 • Roles and Responsibilities of a Breeder

Defines ethical obligations, regulatory compliance, and community expectations for breeders. Frames the professional mindset required throughout the course.

Lesson 1 • Polygenic and Complex Traits

Addresses traits controlled by multiple genes, including size, temperament, and hip structure. Connects genetic complexity to realistic breeding expectations.

Lesson 2 • Heritable Diseases and Genetic Testing

Identifies common autosomal, X-linked, and polygenic disorders in purebred dogs. Students learn to use genetic test results to reduce disease prevalence.

Lesson 3 • Coat Color and Trait Inheritance

Explains loci controlling coat colour, texture, and pattern in dogs. Students apply inheritance models to predict litter appearance.

Lesson 4 • Inbreeding, Linebreeding, and Outcrossing

Compares strategies for concentrating or diversifying genetics within a breeding programme. Students calculate coefficients of inbreeding and assess population risk.

Lesson 1 • Female Reproductive Cycle

Details the four stages of the oestrous cycle and associated hormonal changes. Accurate cycle knowledge is essential for timing successful matings.

Lesson 2 • Natural Mating and Assisted Reproduction

Compares natural tie breeding with artificial insemination techniques. Students choose the appropriate method based on pair compatibility and logistics.

Lesson 3 • Ovulation Timing and Fertile Window

Covers progesterone testing, vaginal cytology, and LH surge detection. Students select the optimal mating days to maximise conception rates.

Lesson 1 • Preparing the Whelping Environment

Details whelping box design, temperature control, and supply preparation. A well-prepared environment directly reduces neonatal mortality risk.

Lesson 2 • Normal and Assisted Whelping

Describes the three stages of labour, normal delivery signs, and when to intervene. Students distinguish routine whelping from emergencies requiring veterinary assistance.

Lesson 3 • Neonatal Assessment and Early Care

Covers Apgar scoring, colostrum intake, and neonatal health monitoring in the first weeks. Early intervention skills prevent the most common causes of puppy loss.

Lesson 4 • Canine Gestation and Prenatal Care

Covers fetal development stages, nutritional needs, and ultrasound monitoring during pregnancy. Establishes proactive dam care practices that reduce whelping complications.

Lesson 1 • Socialisation Protocols and Exposure Plans

Designs systematic exposure to people, animals, sounds, and environments before placement. Proper socialisation reduces fear-based behaviour in adult dogs.

Lesson 2 • Temperament Testing and Puppy Matching

Applies standardised temperament assessments to profile individual puppies. Results guide placement decisions that align puppy traits with owner needs.

Lesson 3 • Developmental Stages of Puppies

Maps neonatal, transitional, socialisation, and juvenile periods with key milestones. Understanding stage-specific needs guides appropriate breeder interventions.

Lesson 4 • Early Neurological Stimulation

Introduces structured handling exercises that enhance stress resilience and neurological development. Applied from days 3–16 to maximise long-term adaptability.

Lesson 1 • Infectious Disease Recognition

Identifies clinical signs of major canine infectious diseases and appropriate response actions. Early recognition limits outbreak spread within a kennel.

Lesson 2 • Vaccination Protocols for Breeding Dogs

Covers core and non-core vaccines, maternal antibody interference, and timing schedules. Correct vaccination protects breeding stock and neonatal litters.

Lesson 3 • Parasite Prevention and Control

Addresses internal and external parasite life cycles, treatment options, and kennel sanitation. Parasite control is critical for litter health and zoonotic risk reduction.

Lesson 4 • Orthopaedic and Cardiac Health Screening

Covers hip and elbow evaluation, cardiac auscultation, and eye certification programmes. Screening results directly inform breeding pair selection decisions.

Lesson 1 • Staffing and Kennel Workflow

Covers hiring, training, and scheduling kennel staff to maintain consistent animal care. Effective workflow systems reduce errors and support staff retention.

Lesson 2 • Record-Keeping and Documentation Systems

Establishes breeding records, health certificates, pedigree files, and litter registration processes. Accurate records support regulatory audits and breeding programme analysis.

Lesson 3 • Kennel Facility Design and Biosecurity

Covers housing standards, ventilation, sanitation systems, and traffic flow for disease control. Facility design directly affects animal welfare and regulatory compliance.

Lesson 4 • Financial Planning and Pricing Strategy

Analyses breeding programme costs, revenue streams, and puppy pricing models. Financial literacy ensures long-term programme viability without compromising welfare.

Lesson 1 • Defining Breeding Goals and Selection Criteria

Guides students in setting measurable breed improvement goals aligned with standards and health data. Clear goals prevent inconsistent selection decisions across generations.

Lesson 2 • Multi-Generation Breeding Planning

Constructs breeding plans across three or more generations to achieve cumulative improvement. Long-term planning prevents genetic bottlenecks and maintains diversity.

Lesson 3 • Litter Evaluation and Selection Decisions

Applies conformation, health, and temperament criteria to evaluate individual puppies within a litter. Objective evaluation informs which puppies advance the breeding programme.

Lesson 4 • Stud Dog and Brood Bitch Selection

Applies health clearances, pedigree analysis, and phenotypic evaluation to pair selection. Systematic selection maximises genetic progress towards programme goals.