Agro-Processing and Value Addition Training Course

Participants can define a processed product proposition for a specific customer segment.

• Customer segmentation separates household, institutional, retail and industrial buyers
• Product concept statements connect customer need, format, benefit and price
• Competitor benchmarking compares pack sizes, claims, pricing and distribution
• Sensory attributes define acceptable colour, taste, texture and aroma
• Minimum viable product criteria set early product testing priorities
• Target-market selection ranks segments by access, demand and profitability

Participants can set handling controls that protect raw material quality before processing.

• Receiving inspections verify supplier identity, quantity, condition and documentation
• Sampling plans detect moisture, defects, foreign matter and infestation
• Cleaning operations remove stones, soil, metal, husks and damaged material
• Sorting criteria separate grades using size, colour and visible defects
• Storage conditions control temperature, humidity, pests and stock rotation
• First-expiry-first-out procedures reduce deterioration and inventory losses

Participants can create process flow diagrams for selected agro-processing products.

• Process flow diagrams sequence receiving, preparation, transformation and dispatch
• Milling parameters determine particle size, extraction rate and flour quality
• Drying methods compare sun, solar, tray and mechanical systems
• Thermal processing controls blanching, pasteurisation, cooking and sterilisation
• Fermentation conditions manage starter cultures, temperature, time and acidity
• Process specifications record inputs, settings, outputs and control limits

Participants can calculate material yields and locate processing losses requiring corrective action.

• Mass-balance calculations reconcile raw inputs, outputs, waste and losses
• Extraction-rate analysis measures usable product from each commodity batch
• Standard yield sheets establish expected output by product and process
• Waste categorisation separates avoidable losses from usable by-products
• Batch records capture quantities, operators, settings, yields and deviations
• Variance analysis compares actual yield against approved production standards

Participants can establish basic GMP controls for safe food processing operations.

• Good Manufacturing Practices govern premises, personnel, equipment and sanitation
• Personal hygiene rules address handwashing, protective clothing and illness reporting
• Cleaning schedules specify surfaces, chemicals, frequencies and verification methods
• Pest-control programmes document inspections, treatment actions and trend records
• Water-quality controls define source approval, treatment and testing needs
• Codex Alimentarius principles guide food hygiene and consumer protection

Participants can identify hazards, critical control points and corrective actions for a process.

• Hazard analysis identifies biological, chemical, physical and allergen hazards
• HACCP decision trees distinguish critical control points from routine controls
• Critical limits specify measurable time, temperature, moisture and acidity thresholds
• Monitoring procedures assign methods, frequency, responsibility and recording requirements
• Corrective-action procedures contain affected product and restore process control
• Verification activities review records, calibration, testing and internal inspections

Participants can select appropriate equipment and arrange a practical processing workflow.

• Equipment selection matches throughput, product specification, utilities and budget
• Capacity calculations align machine ratings with daily production targets
• Plant layouts separate raw, processing, packaging and finished-goods areas
• Material flow reduces handling, cross-contamination, congestion and product damage
• Utility requirements quantify electricity, water, steam, cooling and drainage
• Preventive maintenance plans schedule inspection, lubrication, replacement and calibration

Participants can specify packaging and labelling that protect products and support sale.

• Packaging functions protect products from moisture, oxygen, light and damage
• Pack-material selection compares plastic films, glass, metal, paper and laminates
• Shelf-life testing tracks sensory quality, spoilage, moisture and product stability
• Label content identifies product name, ingredients, quantity, dates and storage
• Allergen declarations communicate ingredients requiring consumer safety warnings
• Transport packaging prevents crushing, leakage, contamination and handling losses

Participants can calculate unit costs and set prices consistent with margin targets.

• Cost sheets separate raw materials, labour, packaging, utilities and overheads
• Unit-cost calculations divide total batch costs by saleable output
• Contribution margin analysis tests product profitability after variable costs
• Break-even analysis calculates minimum sales volume required for cost recovery
• Price benchmarking compares competitor prices, trade margins and consumer affordability
• Sensitivity analysis tests effects of yield, input prices and sales volume

Participants can plan raw material procurement, inventory and cash requirements for production.

• Procurement plans align seasonal sourcing with production and sales forecasts
• Supplier assessment reviews quality consistency, capacity, reliability and payment terms
• Inventory policies set reorder points, safety stock and maximum stock levels
• Production schedules sequence batches around capacity, orders and material availability
• Working-capital cycles track cash tied in inputs, stock and receivables
• Supplier contracts define specifications, delivery timing, acceptance and remedies

Participants can identify practical uses for by-products and reduce processing waste.

• By-product mapping identifies peels, bran, whey, shells and processing residues
• Waste hierarchy prioritises prevention, reuse, recovery, treatment and disposal
• Composting options assess feedstock balance, moisture, aeration and maturity
• Animal-feed assessment considers safety, nutrient value, processing and market demand
• Water-use mapping locates cleaning, processing and sanitation consumption points
• Energy tracking measures fuel and electricity consumption per production batch

Participants can choose sales channels and distribution arrangements suited to their product.

• Route-to-market plans compare direct sales, wholesalers, retailers and institutions
• Trade terms define order size, payment timing, returns and delivery responsibilities
• Distributor selection evaluates coverage, storage conditions, incentives and reporting
• Sales forecasts combine historical demand, seasonality, promotions and buyer commitments
• Institutional buyer requirements address tenders, approved suppliers and product standards
• Cold-chain planning protects perishable products during storage, transport and delivery

Participants can assess whether an agro-processing investment is financially feasible.

• Capital expenditure budgets cover buildings, equipment, installation and commissioning
• Operating budgets forecast materials, labour, utilities, maintenance and distribution
• Cash-flow forecasts schedule receipts, payments, debt service and tax obligations
• Payback-period calculations estimate time required to recover initial investment
• Scenario analysis compares expected, downside and upside operating assumptions
• Investment risk registers assign owners, controls, triggers and contingency actions

Participants can manage production performance using operational targets and routine review.

• Production key performance indicators track output, yield, waste and downtime
• Daily production meetings review targets, deviations, safety and corrective actions
• Standard operating procedures document repeatable processing and cleaning methods
• Traceability records connect finished batches with suppliers, materials and operators
• Product recall procedures define notification, withdrawal, reconciliation and investigation
• Internal audits test compliance with approved procedures and records

Participants can organise implementation responsibilities, milestones and operating governance.

• Implementation roadmaps sequence approvals, procurement, trials, launch and review
• Responsibility matrices assign accountable owners for production, quality and sales
• Milestone plans track equipment installation, staff training and market launch
• Management reports combine production, quality, sales, cash and inventory indicators
• Partnership models define roles among producers, processors, buyers and service providers
• Compliance calendars schedule licences, inspections, testing and renewal deadlines

Participants can build, review and present a complete agro-processing product and implementation plan.

• Product proposition defines target customer, format, benefit, price and channel
• Process flow specifies raw materials, equipment, controls, outputs and waste
• HACCP plan records hazards, critical limits, monitoring and corrective actions
• Cost model calculates unit cost, margin, break-even and cash needs
• Implementation plan assigns milestones, resources, responsibilities, risks and controls
• Peer review tests commercial logic, technical feasibility and presentation clarity