📚 Syllabus & Course Curriculum
Agriculture & Food Technology
Module-by-module breakdown of AI-Powered Pest Control: Revolutionizing Insect Immunology for Sustainable Agriculture, from foundations to a certified capstone project.
Insect Immunity
• Innate immune pathways in insects: Toll, Imd and melanisation
• Microbiome contribution to host defence and pesticide tolerance
• How immune understanding opens biological control targets
Biocontrol
• Entomopathogenic fungi, bacteria and viruses as control agents
• RNAi-based approaches and delivery challenges in the field
• Specificity testing to protect non-target and beneficial insects
Data
• Predicting susceptibility and resistance development
• Transcriptomic response profiling after biocontrol exposure
• Dose-response modelling and field efficacy estimation
Deployment
• Formulation, viability and environmental persistence of biological agents
• Timing applications to pest life stage using monitoring data
• Integration with cultural and chemical controls under IPM
Assessment
• Environmental risk assessment for biological control releases
• Regulatory approval pathways for biopesticides
• Long-term monitoring for resistance and ecological side effects
Earn government-registered certification in AI-Powered Pest Control: Revolutionizing Insect Immunology for Sustainable Agriculture
e-Certificate and e-Marksheet issued on successful completion.
