HACCP Food Safety for Agricultural Processing Training Course

Course overview

Agricultural processors face food-safety risks that can originate at receiving, intensify during washing, drying, milling, fermentation, packing, or storage, and remain undetected until product has entered distribution. A generic hygiene checklist is not enough when raw-material variability, water quality, allergens, mycotoxins, pesticide residues, foreign material, and temperature abuse affect the process. This course equips food-safety personnel to build and defend a HACCP system that reflects the actual hazards, equipment, suppliers, and operating conditions in an agricultural processing facility.

Participants apply the Codex HACCP method from product description through verification and review. They learn to assemble a competent HACCP team; prepare process flow diagrams; conduct on-site flow confirmation; identify biological, chemical, physical, and allergen hazards; evaluate likelihood and severity; determine critical control points using a decision tree; establish critical limits; and design monitoring, corrective-action, verification, and record-control procedures. Particular attention is given to hazard controls for grains, fresh produce, pulses, spices, oils, dairy ingredients, animal feed, and other agricultural commodities.

Instruction combines facilitated technical sessions with a running processing-plant case study. Teams work with process maps, product specifications, supplier information, test results, sanitation records, and realistic deviation scenarios. Each participant leaves with a draft HACCP plan for a selected agricultural processing line, including hazard analysis, CCP decision records, monitoring forms, corrective-action procedures, verification schedule, and implementation priorities that can be adapted for their own site.

The course is designed for professionals who already work around food production, quality, operations, or compliance and need to move from managing isolated controls to operating a structured, auditable HACCP system. It is equally valuable for managers approving food-safety investments because it links control measures to product disposition, customer requirements, recall prevention, and evidence for regulatory or certification audits.

Course objectives

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

• Construct a HACCP team charter and product description for an agricultural processing operation
• Map and verify a process flow diagram from raw-material receipt through dispatch
• Identify biological, chemical, physical, and allergen hazards at each processing step
• Score hazards using likelihood-severity risk ranking and documented control rationale
• Determine critical control points using a Codex HACCP decision tree
• Set scientifically supported critical limits, monitoring methods, frequencies, and responsibilities
• Write corrective-action, verification, validation, and record-retention procedures for CCP control
• Produce a site-ready HACCP plan and implementation action register for one processing line

Benefits of attending

Target competencies

Who should attend

• Food Safety Managers — who must design, maintain, and defend HACCP systems across processing operations
• Quality Assurance Managers — who need auditable controls for product release, nonconformities, and customer requirements
• Production Managers — who must integrate CCP monitoring and corrective actions into daily line operations
• HACCP Team Leaders — who coordinate cross-functional hazard analysis and plan reviews
• Agricultural Processing Supervisors — who oversee receiving, processing, packing, or storage controls on site
• Internal Auditors and Compliance Officers — who assess whether HACCP records demonstrate effective food-safety control

Requirements and prerequisites

Participants should have practical familiarity with an agricultural processing environment, including common process stages such as receiving, washing, drying, milling, packing, storage, or dispatch. They should understand basic food-safety terms such as contamination, sanitation, traceability, specifications, and corrective action, and be comfortable reading process flow diagrams and simple monitoring records. Experience with Microsoft Excel or equivalent spreadsheet software is useful for risk-ranking and plan templates. Prior formal HACCP certification, microbiology training, ISO 22000 experience, or advanced statistics is not required; the course teaches the HACCP method and its documentation structure in detail.

Training methodology

The programme uses instructor-led HACCP workshops anchored in a realistic agricultural processing case. Participants examine product specifications, supplier controls, process maps, environmental and laboratory data, and production records before making control decisions. Small groups complete hazard-analysis tables, apply a Codex decision tree, draft CCP monitoring forms, and respond to simulated deviations such as elevated moisture, failed metal detection, allergen cross-contact, or contaminated wash water. Facilitated peer review tests the rationale behind each decision. On day five, participants convert their draft plan into a site-specific implementation and review plan.

Course outline

Day 1: HACCP foundations and process understanding

• Codex seven principles and twelve HACCP application steps
• Food-safety hazards in agricultural raw materials and processing environments
• Prerequisite programmes versus HACCP control measures
• HACCP team roles, competence requirements, and decision authority
• Product descriptions, intended use, and vulnerable consumer considerations
• Process flow diagram development from receipt to distribution
• On-site flow-diagram verification and process-walk evidence collection

Workshop: Teams create and verify a process flow diagram and product description for a selected grain, produce, spice, or pulse processing line.

Day 2: Hazard analysis for agricultural processing

• Biological hazards including Salmonella, Listeria, E. coli, and spoilage organisms
• Chemical hazards including pesticide residues, mycotoxins, cleaning chemicals, and lubricants
• Physical hazards including stones, glass, metal, plastic, and equipment fragments
• Allergen hazard identification and cross-contact pathways
• Raw-material supplier controls, certificates of analysis, and receiving specifications
• Likelihood-severity risk ranking and significant-hazard determination
• Control-measure selection using the hierarchy of preventive controls

Workshop: Participants complete a hazard-analysis worksheet for each process step and document the rationale for significant-hazard decisions.

Day 3: CCP selection and operational control design

• Codex decision-tree application for critical control point determination
• Distinguishing CCPs from operational prerequisite programmes
• Critical limits for time, temperature, moisture, water activity, pH, and detection systems
• Scientific validation sources for critical limits and process parameters
• Monitoring methods, frequency, responsible roles, and real-time recording
• Calibration and verification of thermometers, scales, metal detectors, and moisture meters
• CCP examples for washing, thermal processing, drying, sieving, and metal detection

Workshop: Teams use a Codex decision tree to classify controls and draft CCP monitoring procedures for two significant hazards.

Day 4: Corrective action, verification, and HACCP records

• Deviation response and immediate product-control actions
• Root-cause analysis using five whys and fishbone diagrams
• Corrective-action records, product disposition, and release authority
• HACCP plan verification activities and record-review schedules
• Validation versus verification in food-safety management
• Internal audit trails for CCP records and prerequisite programmes
• Traceability, recall linkage, and HACCP document control

Workshop: Participants investigate a simulated CCP deviation, determine affected product disposition, and complete a corrective-action and verification record.

Day 5: Plan integration, review, and implementation

• HACCP plan format aligned to Codex Alimentarius requirements
• Integration of HACCP with ISO 22000 food-safety management systems
• Change management for new suppliers, products, equipment, and processing conditions
• HACCP review triggers following complaints, incidents, audits, and test failures
• Management review inputs and food-safety performance indicators
• Audit-ready presentation of hazard-analysis evidence and validation records
• Implementation planning, training responsibilities, and ownership of actions

Workshop: Each participant finalises a draft HACCP plan package and presents a 90-day implementation action register for peer and instructor review.

Tools & standards covered

Codex Alimentarius CXC 1-1969 General Principles of Food Hygiene, ISO 22000:2018 Food Safety Management Systems, Microsoft Excel, FDA Food Safety Plan Builder

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