Postharvest Handling and Farm-to-Market Logistics Fundamentals Training Course

Course overview

Postharvest losses, rejected loads, quality disputes, and late deliveries often arise between harvest and the buyer—not in the field. Produce may be harvested at the wrong maturity, held without shade, packed in unsuitable materials, exposed to temperature abuse, or dispatched without reliable volume and delivery planning. For agribusinesses, cooperatives, humanitarian supply programmes, and market-linkage projects, these failures reduce farmer income, weaken buyer confidence, and compromise food safety. This course equips participants to identify where loss, damage, and value deterioration occur across a specific commodity supply chain and to take practical corrective action.

Participants learn to map the farm-to-market flow from harvest scheduling through aggregation, grading, packing, storage, transport, receipt, and market handover. They work with maturity indices, commodity handling requirements, cold-chain principles, packhouse workflow, inventory rotation, quality inspection, route planning, and basic postharvest loss measurement. The course also covers food safety controls, traceability records, buyer specifications, transport contracting, and logistics performance measures. Participants gain the ability to create handling procedures that protect product quality while matching market demand, available infrastructure, and operating budgets.

Delivery combines instructor-led technical sessions with commodity-based cases, calculations, inspection simulations, and group planning workshops. Participants assess a realistic supply chain for fresh produce or another relevant agricultural commodity, identify critical loss points, and test improvements using handling, storage, and transport data. Each participant leaves with a practical Farm-to-Market Postharvest Improvement Plan containing a process map, risk register, handling SOP priorities, logistics actions, and performance indicators that can be adapted for their own operation or programme.

The course is designed for professionals who coordinate produce collection, quality, storage, transport, market access, or agricultural value-chain support and need a structured operational foundation rather than a crop-production course.

Course objectives

By the end of this course, participants will be able to:

• Map a commodity’s farm-to-market chain and locate measurable loss, quality, and delay points
• Apply maturity indices and harvest scheduling criteria to protect shelf life and buyer acceptance
• Develop commodity-specific handling and packhouse SOPs for sorting, grading, packing, and loading
• Calculate basic postharvest loss rates, usable yield, shrinkage cost, and handling-unit requirements
• Use temperature, relative humidity, ventilation, and sanitation controls to manage storage and transport conditions
• Conduct a quality inspection using buyer specifications, defect categories, sampling checks, and rejection records
• Prepare a delivery and route plan using volume forecasts, dispatch schedules, vehicle capacity, and turnaround time
• Produce a Farm-to-Market Postharvest Improvement Plan with risks, corrective actions, owners, and KPIs

Benefits of attending

Target competencies

Who should attend

• Postharvest and Packhouse Supervisors — who must reduce damage, rejects, and handling variability after harvest
• Agribusiness Operations Managers — who need reliable procedures linking production volumes to buyer deliveries
• Cooperative and Producer Organisation Managers — who coordinate aggregation, grading, and market access for members
• Supply Chain and Logistics Officers — who plan agricultural collection, storage, transport, and delivery performance
• Market Linkage and Value Chain Project Officers — who support farmers and enterprises to meet market requirements
• Food Security and Humanitarian Programme Staff — who manage commodity quality and distribution chains in field operations

Requirements and prerequisites

Participants should have basic familiarity with agricultural production, commodity marketing, warehouse or transport operations, or value-chain projects. They should understand simple units such as kilograms, tonnes, percentages, delivery dates, and transport capacity, and be comfortable reading basic tables and completing calculations in Microsoft Excel. Experience with a specific crop is useful but not essential; course exercises can be adapted to horticulture, grains, pulses, roots and tubers, or other local commodities. No prior cold-chain qualification, laboratory training, HACCP certification, specialist logistics software, or engineering background is required.

Training methodology

The course uses short instructor-led sessions to establish technical principles, followed by hands-on work with commodity scenarios, temperature records, buyer specifications, packing calculations, and delivery schedules. Participants examine sample quality defects, map handling flows, calculate losses and usable yield, and make operational decisions under realistic constraints such as limited cold storage, variable harvest volumes, and long transport routes. Small groups develop controls for a case supply chain, then receive facilitator feedback while refining an individual end-of-course application plan for their own commodity or operation.

Course outline

Day 1: Postharvest systems and loss diagnosis

• Farm-to-market supply chain mapping from harvest to buyer handover
• Physical loss, quality loss, economic loss, and food safety risk distinctions
• Commodity characteristics affecting perishability and shelf life
• Harvest maturity indices and harvest timing decisions
• Sources of mechanical damage, compression, contamination, and heat exposure
• Postharvest loss measurement methods and loss-rate calculations
• Critical control point identification across aggregation and distribution

Workshop: Participants map a selected commodity chain and produce a loss-point diagram with ranked causes, evidence needs, and immediate control actions.

Day 2: Harvest, handling, grading, and packing operations

• Harvest crew practices, field containers, shade, and transfer time controls
• Packhouse layout for receiving, washing, sorting, grading, packing, and dispatch
• Buyer grade standards, size classification, defect tolerances, and acceptance criteria
• Sampling plans and visual quality inspection procedures
• Packaging selection by commodity, journey length, stacking strength, and ventilation
• Lot identification, traceability labels, and receiving records
• Standard operating procedures for hygiene, sanitation, and equipment cleaning

Workshop: Participants create a packhouse handling SOP and inspection checklist for a buyer-defined product specification.

Day 3: Storage, cold chain, and inventory control

• Temperature management and field heat removal principles
• Relative humidity, airflow, ethylene sensitivity, and commodity compatibility
• Cold-room, ambient-store, and evaporative cooling operating considerations
• Temperature data loggers and excursion-response procedures
• Storage sanitation, pest prevention, and contamination controls
• FIFO and FEFO inventory rotation methods
• Stock records, shrinkage reconciliation, and dispatch readiness checks

Workshop: Participants interpret a temperature log and stock register, then produce a corrective-action plan for a simulated storage failure.

Day 4: Transport and market delivery logistics

• Harvest forecasting and order-to-dispatch planning
• Aggregation centre scheduling and loading sequence design
• Vehicle selection, capacity calculation, palletisation, and load securing
• Route planning using travel time, road conditions, delivery windows, and fuel constraints
• Cold-chain handover points and vehicle temperature verification
• Transporter contracts, service-level expectations, and proof-of-delivery records
• Delivery KPIs including on-time-in-full, damage rate, rejection rate, and turnaround time

Workshop: Participants build a dispatch plan for multiple collection points and produce a vehicle loading, route, and delivery schedule.

Day 5: Operational improvement and implementation planning

• Root-cause analysis using the five whys and fishbone diagram
• Prioritising interventions by loss reduction, cost, feasibility, and implementation risk
• Basic cost-benefit analysis for packaging, cooling, storage, and transport improvements
• Food safety and traceability alignment using Codex-based control principles
• Supplier, cooperative, buyer, and transporter coordination mechanisms
• Postharvest dashboard design and corrective-action review cycles
• Farm-to-Market Postharvest Improvement Plan structure and presentation

Workshop: Participants complete and present a Farm-to-Market Postharvest Improvement Plan with SOP priorities, KPIs, owners, timelines, and resource requirements.

Tools & standards covered

Microsoft Excel, FAO Postharvest Loss Assessment Protocol, Codex Alimentarius CXC 1-1969 General Principles of Food Hygiene, GS1 Traceability Standard

A typical training day

Live online deliveries follow the same structure in the East Africa Time zone, with shorter screen blocks and longer breaks.

What the fee includes

How you can take this course

Certification

Participants who complete the full five days receive the Skillset Development Certificate of Completion, stating the course title, course code, dates and delivery format — suitable for professional-development records and employer reimbursement.

Frequently asked questions