Exotic Animal Keeper Course

Lesson 1 • Introduction to Zoonotic Disease Risks

Identifies diseases transmissible between exotic animals and humans. Prepares keepers to apply biosecurity measures from day one.

Lesson 2 • Defining Exotic Animals

Distinguishes exotic from domestic species using biological and regulatory criteria. Establishes shared vocabulary used throughout the course.

Lesson 3 • Ethics and Keeper Responsibilities

Frames the moral obligations of keeping sentient wild animals in captivity. Grounds subsequent husbandry decisions in animal welfare principles.

Lesson 1 • Species-Specific Profiles

Provides concise biological summaries for reptiles, psittacines, small carnivores, and invertebrates. Serves as a reference framework for species-appropriate care decisions.

Lesson 2 • Comparative Anatomy Essentials

Covers key anatomical differences among reptiles, birds, small mammals, and invertebrates. Provides the biological context needed for husbandry and health assessment.

Lesson 3 • Physiology and Metabolic Needs

Examines thermoregulation, metabolic rates, and reproductive physiology across taxa. Links physiological needs directly to enclosure and diet design.

Lesson 4 • Recognizing Behavioral Abnormalities

Teaches identification of stereotypies, fear responses, and stress-induced behaviors. Builds the observational skills required for daily welfare monitoring.

Lesson 1 • Enclosure Types and Materials

Compares terrariums, aviaries, aquatic systems, and mixed-use habitats by species need. Establishes material selection criteria for safety, hygiene, and durability.

Lesson 2 • Enrichment and Habitat Complexity

Applies ethological knowledge to design enrichment that promotes natural behavior. Demonstrates how habitat complexity reduces stress and stereotypies.

Lesson 3 • Temperature and Humidity Management

Details heating, cooling, and humidity control technologies for diverse taxa. Connects precise parameter ranges to physiological needs covered in Chapter 2.

Lesson 4 • Substrate Selection and Hygiene

Evaluates substrates for burrowing, moisture retention, and microbial control. Establishes cleaning protocols that prevent pathogen buildup.

Lesson 1 • Feeding Schedules and Techniques

Establishes frequency, portion sizing, and delivery methods matched to species metabolism. Reduces food waste and supports keeper safety during feeding.

Lesson 2 • Diet Formulation and Preparation

Teaches construction of complete diets using whole prey, commercial foods, and fresh produce. Addresses food safety and preparation hygiene throughout.

Lesson 3 • Nutritional Requirements by Taxa

Maps macronutrient and micronutrient needs across reptiles, birds, mammals, and invertebrates. Provides the dietary baseline for all subsequent feeding decisions.

Lesson 4 • Supplementation and Fortification

Covers calcium, vitamin D3, and trace mineral supplementation protocols. Prevents hypovitaminosis and metabolic bone disease common in captive exotics.

Lesson 1 • Quarantine Protocols

Establishes isolation procedures for new arrivals and suspected sick animals. Prevents pathogen introduction into established collections.

Lesson 2 • Veterinary Partnerships and Records

Defines the keeper's role in the veterinary care team and documentation standards. Ensures continuity of care and regulatory compliance through accurate records.

Lesson 3 • Vaccination and Parasite Control

Reviews available vaccines and antiparasitic strategies relevant to exotic taxa. Connects preventive treatment schedules to species-specific disease risks.

Lesson 4 • Daily and Periodic Health Monitoring

Defines observation routines for detecting early signs of illness across taxa. Builds the systematic vigilance that underpins all preventive care.

Lesson 1 • Personal Safety and Protective Equipment

Identifies hazards including bites, scratches, venom, and zoonotic exposure during handling. Matches protective gear to specific species risk profiles.

Lesson 2 • Transport Container Standards

Specifies container design, ventilation, and padding requirements for safe animal transport. Connects container choice to species thermoregulatory and stress needs.

Lesson 3 • Principles of Low-Stress Handling

Introduces fear-free and minimal-restraint philosophies applicable across taxa. Establishes the behavioral and physiological rationale for gentle technique.

Lesson 4 • Pre- and Post-Transport Care

Covers fasting protocols, acclimatization, and post-arrival health checks. Reduces transport-related mortality and accelerates recovery.

Lesson 1 • Neonatal and Juvenile Care

Covers first feeding, thermoregulation support, and early socialization for hatchlings and neonates. Builds skills for the most vulnerable phase of captive life.

Lesson 2 • Breeding Condition and Pair Selection

Defines health, age, and genetic criteria for selecting breeding pairs. Prevents inbreeding and maximizes offspring viability in captive populations.

Lesson 3 • Incubation and Egg Management

Details incubator setup, temperature and humidity parameters, and egg candling techniques. Maximizes hatch rates for oviparous species across reptile and bird taxa.

Lesson 4 • Reproductive Biology Review

Summarizes reproductive strategies including oviparity, viviparity, and seasonal breeding cues. Provides the biological foundation for all breeding management decisions.

Lesson 1 • Conservation Programs and Field Partnerships

Connects captive collections to in-situ conservation through reintroduction and research. Demonstrates how keeper skills contribute to species survival in the wild.

Lesson 2 • Strategic Planning and Facility Development

Applies long-range planning to facility upgrades, budget cycles, and collection evolution. Prepares senior keepers for leadership and institutional decision-making.

Lesson 3 • Staff Training and Standard Operating Procedures

Designs SOPs and training programs that ensure consistent, safe animal care across staff. Reduces error rates and supports keeper professional development.

Lesson 4 • Collection Planning and Species Selection

Guides selection of species based on facility capacity, expertise, and conservation value. Prevents overextension and aligns collections with institutional mission.