Poultry Farming for Food Security Training Course

Participants can select suitable poultry systems, breeds and flock sizes for local operating conditions.

• Production systems compared: scavenging, semi-intensive, intensive and contract growing
• Breed selection matched to climate, market, feed access and management
• Dual-purpose, layer and broiler performance traits interpreted from breeder guides
• Flock size calculated from housing capacity, labour and working capital
• Replacement schedules established using laying curves and expected mortality
• Genetic sourcing checked through hatchery records, vaccination history and transport conditions

Participants can specify housing and brooding conditions that support bird health and performance.

• Site selection uses drainage, prevailing wind, setbacks and vehicle access
• Stocking density calculated by bird age, breed and housing system
• Deep-litter management controls moisture, ammonia, caking and pathogen buildup
• Ventilation requirements estimated from bird heat load and ambient temperature
• Brooder temperature and chick behaviour guide early-life adjustments
• Household predator exclusion designed with wire mesh, doors and night housing
• Water points sized using daily consumption and peak heat demand

Participants can plan feed supply and assess ration options against poultry production needs.

• Nutrient requirements interpreted for chicks, growers, layers and broilers
• Least-cost ration formulation uses crude protein, energy and ingredient prices
• Local feed ingredients assessed for nutrient value, seasonality and anti-nutritional factors
• Feed conversion ratio calculated from feed issued and liveweight gain
• Layer diets adjusted for calcium, phosphorus and shell quality
• Storage controls prevent mould, aflatoxin, rodents and feed wastage
• Daily feed allocation reconciled against bird numbers and production stage

Participants can establish practical disease-prevention, monitoring and response procedures for poultry flocks.

• Biosecurity zoning separates clean, transition and contaminated poultry areas
• Visitor controls, footbaths and dedicated clothing reduce disease entry
• Vaccination calendars matched to local disease risk and veterinary guidance
• New-bird quarantine procedures prevent introduction of infected replacement stock
• Daily flock observation identifies abnormal mortality, feed intake and droppings
• Necropsy observations recorded safely before veterinary diagnosis and reporting
• Isolation, culling and disposal decisions follow outbreak response procedures
• Antimicrobial stewardship distinguishes veterinary treatment from routine growth promotion

Participants can apply welfare, hygiene and food-safety controls from flock handling through product sale.

• Welfare indicators assessed: gait, feather cover, litter quality and behaviour
• Humane catching and transport methods reduce bruising, fractures and stress
• Egg handling procedures prevent cracks, contamination and avoidable quality losses
• Slaughter hygiene separates dirty and clean operations to control contamination
• HACCP hazard analysis identifies biological, chemical and physical food safety risks
• Cleaning and disinfection schedules specify detergent, disinfectant, contact time and verification
• Traceability records link eggs and birds to flock, date and buyer

Participants can use flock records and performance indicators to identify corrective actions.

• Flock register captures arrivals, deaths, culls, treatments, feed and eggs
• Mortality rate calculated by age group and cause category
• Hen-day egg production calculated from daily eggs and live hens
• Feed conversion ratio compared against breed targets and previous cycles
• Enterprise dashboard combines production, health, feed and sales indicators
• Root-cause analysis investigates performance gaps using five whys and fishbone diagrams
• Weekly corrective actions assigned with owner, deadline and verification measure

Participants can prepare and interpret financial analyses for poultry production decisions.

• Gross margin budget separates variable costs from poultry sales revenue
• Break-even analysis calculates minimum egg price, output and flock size
• Partial budgeting tests feed changes, vaccination investments and housing improvements
• Cash-flow forecast schedules chick purchases, feed bills, labour and sales
• Depreciation and maintenance costs included for housing, equipment and vehicles
• Sensitivity analysis tests mortality, feed price and market-price scenarios
• Working-capital needs estimated for the production cycle and payment delays

Participants can assess market opportunities and prepare poultry products for buyer requirements.

• Market assessment profiles buyers, demand peaks, quality requirements and competitors
• Egg grading uses weight, shell condition, cleanliness and internal quality checks
• Pricing methods compare cost-plus, prevailing-market and negotiated contract prices
• Aggregation models assess producer groups, collection points and shared transport
• Buyer specifications translated into packaging, delivery, traceability and payment terms
• Value addition options evaluated: graded eggs, dressed birds and manure sales
• Simple sales forecast built from customer orders, seasonality and capacity

Participants can produce a practical poultry improvement plan for farm or project implementation.

• Farm improvement plan prioritises constraints by impact, cost and feasibility
• PDCA cycles structure trials for feed, housing and disease-control improvements
• Risk register assigns triggers, controls and contingencies for priority threats
• Climate adaptation measures address heat stress, water shortages and flooding
• Household nutrition plan allocates eggs and meat alongside sales targets
• Extension messages tailored for women, youth, producer groups and lead farmers
• Ninety-day action plan sets milestones, resources, responsibilities and review dates