📚 Syllabus & Course Curriculum
Biotechnology & Genetic Engineering
Module-by-module breakdown of Precision Livestock: AI-Driven Health, Nutrition & Genetics, from foundations to a certified capstone project.
Monitoring
• Accelerometer, rumination and location sensing on individual animals
• Computer vision for body condition, lameness and behaviour
• Sensor attachment, welfare and data loss under farm conditions
Health
• Behavioural change as an early illness indicator, and its weak specificity
• Mastitis, lameness and respiratory disease detection models
• Alert thresholds set against the cost of a missed case and a false alarm
Nutrition
• Individual intake measurement and feed conversion efficiency
• Ration formulation and precision supplementation
• Methane and nitrogen output as environmental performance measures
Genetics
• Genomic estimated breeding values and reference population requirements
• Trait recording quality as the limit on genetic progress
• Balancing production traits against health, fertility and welfare
Practice
• Animal welfare framing and avoiding pure productivity optimisation
• Farm data ownership, platform interoperability and lock-in
• Return on investment at herd scales typical in the region
Earn government-registered certification in Precision Livestock: AI-Driven Health, Nutrition & Genetics
e-Certificate and e-Marksheet issued on successful completion.
