What Are the Essential GFSI Training Courses for the Packaging Industry?
What Are the Essential Training Courses for GFSI Packaging Industry Professionals?
The safety of packaging that comes into contact with food or is used in the food supply chain is not limited to its physical durability. Numerous factors, from the raw materials used in manufacturing plastic, paper and cardboard, metal, glass, flexible packaging, films, labels, printed packaging, closures, laminates and similar products to printing inks, adhesives and production hygiene, can directly affect product safety. Therefore, personnel competence and training systems are becoming fundamental components of product safety management in packaging companies working with GFSI-recognised certification programmes.
Short answer: The most essential training courses for packaging industry professionals include BRCGS Packaging Materials or the relevant GFSI programme training for the standard being implemented, HARA/HACCP and risk assessment, internal auditing, root cause analysis, validation and verification, product safety culture, hygiene and prerequisite programmes, product defence, traceability, supplier management, and chemical migration and regulatory requirements for food-contact packaging. However, rather than having every employee attend every course, a competency matrix should be developed according to their role, authority, processes and level of risk.
First, an Important Distinction: Is GFSI a Certification Standard?
GFSI, the Global Food Safety Initiative, is not an organisation that directly audits and certifies businesses. GFSI assesses food safety certification programmes against its established Benchmarking Requirements and recognises eligible programmes for specific scopes and versions. Therefore, the expressions ‘GFSI certificate’ or ‘GFSI standard’, commonly used in the industry, technically refer to certification under a GFSI-recognised certification programme.
Packaging manufacturing falls under Scope I – Production of Food Packaging in the GFSI scope structure. Programmes such as BRCGS Packaging Materials and FSSC 22000 are prominent in this area. However, since the GFSI recognition status of programmes and versions can change over time, businesses should check the current GFSI list of recognised programmes when preparing certification or transition plans.
For detailed information about GFSI’s current approach, see GFSI-recognised certification programmes on the official website.
Why Is Training So Critical in the Packaging Industry?
Product safety hazards in a packaging company can sometimes differ significantly from those encountered in food manufacturing facilities. For example, migration of an additive used in plastic packaging intended for direct food contact, transfer of printing ink to the food-contact surface through set-off, use of the wrong resin, selection of an unsuitable adhesive, unknown chemical constituents originating from recycled raw materials, foreign-material contamination, or physical contamination during processing can all create significant risks.
Scientific studies also show that the transfer of chemicals from packaging into food is an important area of food safety assessment. Monomers, oligomers, plasticisers, additives, inks and adhesive components in packaging materials may migrate into food under certain conditions. The degree of migration can be influenced by many factors, including temperature, contact time, the structure of the packaging material, the physicochemical properties of the food and the surface-area-to-volume ratio.
For recent scientific assessments on this topic, the academic publications Food Packaging and Chemical Migration: A Food Safety Perspective, Migration of Chemical Compounds from Packaging Materials into Packaged Foods and Food Packaging’s Materials: A Food Safety Perspective can be consulted.
1. BRCGS Packaging Materials V.7 Training
For a packaging manufacturer that implements or plans to implement BRCGS Packaging Materials, one of the priority courses is training directly on the standard’s requirements. The current Issue 7 of the BRCGS Global Standard Packaging Materials addresses key areas such as senior management commitment, hazard analysis and risk assessment, the product safety and quality management system, site standards, product control, process control and personnel requirements.
Issue 7 particularly emphasises the continued development of product safety culture, strengthening the hazard analysis and risk assessment system in line with the Codex approach, continuous improvement and alignment with current GFSI Benchmarking Requirements.
For quality managers, technical managers, HARA team members, process supervisors, production managers and professionals responsible for establishing the system, BRCGS Packaging V.7 Basic Awareness Training is an important starting point.
Those who want to develop an auditor’s perspective, conduct second-party audits or advance in professional auditing may consider BRCGS Packaging V.7 Lead Auditor–Auditor Training as an option.
2. HARA, HACCP and Hazard Analysis Training
One of the most critical competencies in the packaging industry is the ability to assess hazards scientifically and systematically. Within the BRCGS Packaging Materials framework, this approach is generally addressed through Hazard Analysis and Risk Assessment – HARA in practice.
The HARA team must be able to assess packaging-specific risks as well as biological, chemical and physical hazards. Risks such as printing inks, solvent residues, adhesives, coatings, migration, foreign materials, glass and brittle plastics, metal contamination, incorrect raw materials, printing errors and product mix-ups may need to be assessed at each process step.
The HACCP approach provides a strong foundation for understanding the basic principles of systematic hazard analysis. The Codex Alimentarius General Principles of Food Hygiene and HACCP approachis an international reference for identifying hazards, establishing control measures, monitoring, verification and corrective actions.
Professionals wishing to build competency in this area can use Integral Bureau HACCP Training to establish a foundation in hazard analysis, critical control principles, monitoring, critical limits and corrective actions.
3. Risk Assessment Training
Risk-based thinking underpins almost every critical decision in GFSI-recognised systems. In packaging facilities, risk assessment is not limited to the HARA plan. It may be required across numerous processes, from supplier approval and maintenance activities to foreign-material risks, hygiene controls, product defence and process changes.
A professional who has completed effective risk assessment training should be able to distinguish between hazard, risk, likelihood, severity, control measures and acceptable risk; select an appropriate assessment method; and explain the rationale for assigned scores using objective evidence.
Integral Bureau Risk Assessment Trainingis one of the courses worth considering, particularly for quality teams, HARA/HACCP team members, auditors and professionals managing product safety systems.
4. Internal Auditor Training
Effective internal auditing is one of the strongest ways to determine whether a management system is actually working. Internal auditing should not mean simply checking documents a few weeks before an audit date. A well-structured internal audit programme should assess how processes are actually implemented on site, their compliance with procedures, employees’ knowledge, the reliability of records and the effectiveness of control measures.
In the packaging industry, internal auditors should be capable of examining critical areas such as HARA implementation, raw material receipt, printing controls, prevention of product mix-ups, process parameters, foreign-material management, cleaning, maintenance, calibration, traceability, product release and nonconforming product management.
Including suitable employees from production, technical, warehouse and other functions on the audit team, rather than providing internal auditor training only to the quality department, can enhance an organisation’s auditing capability.
5. Root Cause Analysis and Corrective Action Training
Closing a nonconformity during an audit is not the same as genuinely solving the problem. For example, if a broken equipment component is found in the production area, merely replacing it may constitute a correction. Investigating why the equipment broke, why the control system failed to detect the problem beforehand, and whether similar equipment presents the same risk constitutes root cause analysis.
Root cause analysis plays a critical role in permanently reducing recurring printing defects, out-of-specification products, foreign-material complaints, incorrect labelling, customer complaints, process deviations and audit nonconformities in packaging businesses.
The 5 Whys, fishbone analysis, cause-and-effect approaches and systematic problem-solving methodologies are among the tools used in this field. Integral Bureau Root Cause Analysis Trainingis an important competency course for distinguishing the symptoms of nonconformities from their true underlying causes and developing actions to prevent recurrence.
6. Validation and Verification Training
Two of the most frequently confused concepts in product safety systems are validation and verification. Demonstrating, through theoretical or scientific evidence, that a control measure can control the intended hazard and verifying that the control system operates as planned in practice are different processes.
For example, scientific or technical evidence may be required to demonstrate the adequacy of a specified temperature, drying time, cleaning method, metal detection system or another process parameter in packaging manufacturing. The subsequent implementation must then be routinely verified through records, testing, observations and audits to ensure it takes place as planned.
For this reason, Validation and Verification Training is one of the essential complementary courses for professionals working in quality, process, technical and product safety teams.
7. Product Safety Culture Training
The modern GFSI approach increasingly emphasises that producing safe products cannot be achieved merely by writing procedures. Employees’ behaviours, management priorities, communication styles, incident reporting, how mistakes are handled and employee participation in product safety decisions together shape an organisation’s product safety culture.
The continued development of product safety culture was one of the key themes in the development of BRCGS Packaging Materials Issue 7. Product safety culture training in the packaging industry should therefore extend beyond quality managers to senior management and department heads.
Product / Food Safety Culture Trainingcan provide organisations with a valuable foundation for employee behaviour, management systems, culture measurement and action planning.
8. GMP, Hygiene and Prerequisite Programmes Training
Hygiene requirements in packaging manufacturing facilities should be determined according to the intended use and risk level of the packaging produced. Packaging intended for direct food contact may not have the same risk profile as secondary packaging used for non-food products.
Personnel hygiene, workwear, hand hygiene, pest control, cleaning, waste management, maintenance activities, chemical storage, control of glass and brittle materials, foreign-material management and facility flow should all be managed through appropriate prerequisite programmes.
For ISO-based food safety systems, one of the current references for packaging manufacturing is ISO 22002-4:2025 – Prerequisite programmes on food safety – Part 4: Food packaging manufacturing for this sector. ISO 22002-4:2025 defines requirements for establishing, implementing and maintaining prerequisite programmes that support the control of food safety hazards in packaging manufacturing.
9. Chemical Migration and Regulatory Training for Food-Contact Packaging
Migration is a critical field of expertise, especially for R&D, quality, laboratory, purchasing and technical teams involved in manufacturing packaging intended for direct food contact.
Chemical migration can be summarised as the transfer of low-molecular-weight substances from packaging into food. These substances may originate from the polymer, plasticisers, additives, coatings, printing inks or adhesives used.
Professionals must therefore understand not only the packaging standard but also the food-contact materials legislation in the country where the product is sold, declarations of compliance, migration tests, test conditions, food simulants, conditions of use and technical documents required from suppliers.
A comprehensive scientific review published in 2025 highlights the importance of variables such as packaging structure, food characteristics, temperature and storage conditions among the factors affecting migration from packaging to food. This demonstrates why packaging professionals should not assess product safety solely on the basis of mechanical performance.
10. Product Defence and TACCP Awareness Training
Packaging facilities must assess not only product safety hazards that may arise accidentally, but also attempts to deliberately harm the product or business. The Product Defence approach helps organisations identify risks of intentional interference from inside or outside the business.
TACCP can be considered one of the methods used to conduct threat assessments. Issues such as unauthorised access, protection of critical raw materials, security of printing plates and designs, protection of customer brands, access to production areas, storage security and potential sabotage should be assessed by packaging manufacturers.
11. Traceability, Product Recall and Crisis Management Training
Traceability in the packaging industry means more than simply being able to find the batch number of a shipped finished product. An effective traceability system should, when necessary, be able to link the raw materials used, ink and adhesive batches, production lines, shifts, process records, quality checks, scrap and rework activities, and customers receiving the products.
For example, if a non-compliant component is detected in a particular batch of printing ink, it may be critical to identify quickly which packaging batches have been affected. Teams receiving traceability training should not only learn the system in theory, but also participate in periodic traceability and recall exercises.
12. Supplier Approval and Raw Material Risk Management Training
A packaging manufacturer’s product safety performance depends on more than its own production processes. The safety of resins, paper, cardboard, inks, varnishes, adhesives, masterbatches, coatings, solvents and other auxiliary materials may depend directly on the supply chain.
Purchasing and quality teams should therefore be trained in supplier approval, risk classification, technical specification assessment, declarations of compliance, certificate verification, performance monitoring, supplier auditing and change management.
It should be understood that a general statement from a supplier such as ‘food grade’ or ‘suitable for food contact’ may not be sufficient under all conditions of use. Packaging use temperature, contact duration, food type and target-market legislation must be included in the compliance assessment.
13. Food Fraud and Supply Chain Vulnerability Assessment Training
Although food fraud is more commonly associated with food raw materials, verifying material identity and technical characteristics is also important in the packaging supply chain. Selling lower-grade materials as a specified quality grade, the reliability of certificates or declarations of compliance, misrepresentation of recycled-content percentages or misleading information about the origins of certain raw materials may all need to be evaluated from a supply-chain perspective.
Food Fraud and Adulteration Risk Assessment Trainingcan be complementary training for relevant professionals seeking to understand the differences between TACCP and VACCP, supply-chain vulnerabilities and risk assessment models.
Recommended Training Priority Matrix for Packaging Professionals
| Role | Most Critical Training Courses | Priority |
|---|---|---|
| Quality / Product Safety Manager | BRCGS Packaging V.7, HARA/HACCP, Risk Assessment, Internal Auditing, Root Cause Analysis, Validation/Verification | Very High |
| HARA Team | HARA/HACCP, Risk Assessment, Migration and Packaging Safety | Very High |
| Production Managers | BRCGS Awareness, GMP/Hygiene, Product Safety Culture, Root Cause Analysis | High |
| Internal Auditors | BRCGS Packaging, Internal Auditor Training, Risk Assessment, Root Cause Analysis | Very High |
| Purchasing | Supplier Management, Risk Assessment, Packaging Regulations, Vulnerability Assessment | High |
| R&D / Technical | Migration, Packaging Regulations, HARA, Validation/Verification, Change Management | Very High |
| Operators | GMP, Hygiene, Foreign Materials, Product Safety Culture, Role-Specific Process Training | Very High |
| Senior Management | BRCGS Awareness, Product Safety Culture, Risk-Based Management | High |
Does Every Employee Need to Take Every Training Course?
No. An effective training system should focus on developing the competencies required for each role, rather than collecting as many training certificates as possible. Businesses should prepare a training and competency matrix based on employees’ positions, responsibilities, processes and impact on product safety.
For example, a machine operator may not need advanced supplier risk assessment training. However, it may be critical for that operator to understand foreign-material control, hygiene, process parameters, prevention of product mix-ups and the actions required in the event of a nonconformity.
Likewise, it is not enough for a quality manager to know only the clauses of the standard. A higher level of competence may be expected in areas such as risk assessment, root cause analysis, verification, internal auditing and legal requirements.
How Should Training Effectiveness Be Demonstrated?
One of the most important aspects of the GFSI approach is demonstrating that training has been effective, not merely that it has taken place. An employee’s signature on an attendance sheet is not sufficient evidence of competence on its own.
Training effectiveness can be verified through examinations, oral assessments, on-site observations, practical demonstrations, internal audit findings, performance indicators, customer complaints, process errors and management assessments of competence.
For example, it should be observed whether an operator trained in foreign-material control implements the correct procedures on site. A team member trained in HARA should be expected to identify hazards, justify risk scores and select appropriate control measures.
Is the BRCGS Professional Programme Suitable for Packaging Professionals?
For packaging professionals seeking to develop their careers in BRCGS systems, the BRCGS Professional programme can provide a more structured training roadmap. In addition to learning the standard, the programme aims to develop complementary competencies needed for hazard and risk management and day-to-day product safety management.
On Integral Bureau’s BRCGS Approved Training Courses page, packaging professionals can explore courses including BRCGS Packaging V.7, risk assessment, root cause analysis, validation and verification, HACCP and product safety culture.
How Should a GFSI-Focused Packaging Training Plan Be Prepared?
The first step in preparing an effective training plan is to identify which standard or certification programme the business implements. Next, the roles within the organisation and the impact of each role on product safety should be analysed.
The second stage is to identify competency needs arising from the standard’s clauses, legal requirements, customer specifications and the business’s own risk analyses. Basic and advanced training should be distinguished for critical roles.
The third stage is to combine theoretical training with on-site practice. Particularly in areas such as HARA, internal auditing, root cause analysis and traceability, case studies and real business examples can provide stronger learning outcomes than theoretical presentations alone.
Finally, training effectiveness should be measured and the results reviewed periodically. Audit nonconformities, customer complaints, process errors or new regulatory requirements may create new training needs.
What Are the Five Most Critical Training Courses for the Packaging Industry?
If training must be prioritised within a limited budget, the first five courses for quality and product safety teams can generally be identified as training on the applicable packaging standard, HARA/HACCP and risk assessment, internal auditor training, root cause analysis, and validation/verification training. However, migration and food-contact regulatory training should also be given high priority in businesses producing packaging intended for direct food contact.
Frequently Asked Questions
Does GFSI Require Specific Training Courses in the Packaging Industry?
GFSI is not a standard that directly certifies businesses, and it does not publish a single list of named training courses for all packaging employees. Competency expectations are assessed according to the requirements of GFSI-recognised certification programmes, business-specific risks and employees’ responsibilities. Therefore, the current requirements of the programme being implemented should be the basis for decisions.
Is HACCP Training Necessary in the Packaging Industry?
The HARA approach is especially important under BRCGS Packaging Materials in the packaging industry. However, HACCP training provides a strong foundation for understanding hazard analysis, risk principles, control measures, monitoring, verification and corrective actions. Training needs should be determined according to the individual’s role in the HARA team and the requirements of the applicable programme.
Who Should Attend BRCGS Packaging V.7 Training?
It is suitable for quality managers, technical managers, HARA team members, internal auditors, production managers, consultants and professionals responsible for establishing or maintaining a BRCGS Packaging Materials system. Those wishing to become auditors should consider more comprehensive auditor training.
Why Is Migration Training Important in the Packaging Industry?
Certain chemicals can migrate into food from food-contact packaging. Migration may be affected by many factors, including material type, temperature, contact duration, food properties and additives used. Therefore, it is especially important for quality, R&D, laboratory and regulatory teams to be competent in this area.
Is Internal Auditor Training Only for Quality Personnel?
No. Including competent personnel from different departments in internal audit teams can strengthen the process perspective of audits. However, it is important for auditors to be as independent as possible from the activities they audit and to understand auditing methodology.
Why Is Root Cause Analysis Training Important for GFSI Audits?
Closing nonconformities only at a superficial level may cause the same problem to recur. Root cause analysis identifies the systemic causes of a problem and helps develop more lasting corrective and preventive actions. It is therefore an important competency following customer complaints, internal audits and certification audits.
Should Operators Also Receive Product Safety Culture Training?
Yes. Product safety culture is not solely the responsibility of management or the quality department. Because behaviour in production areas directly affects product safety, employees must understand how their responsibilities influence product safety. Training content should be tailored to the employee’s role.
Is There a Separate Certificate Called a GFSI Certificate?
GFSI does not issue certificates directly to businesses. Businesses are audited by an independent, accredited certification body under a certification programme recognised by GFSI for a specific scope and version. Following a successful audit, the certificate is issued under the relevant certification programme.
Should Packaging Companies Choose BRCGS or FSSC 22000?
Both frameworks can be used in the packaging industry, but the company’s customer expectations, target markets, existing management systems, product types and organisational structure should be considered when making the choice. BRCGS Packaging Materials has a standard structure specifically developed for the packaging industry, whereas FSSC 22000 combines an ISO 22000-based management system approach with sector-specific prerequisite programmes. Before making a decision, the current GFSI-recognised scopes and versions of the programmes accepted by customers should also be verified.
The Goal Should Be Demonstrable Competence, Not Just Training Certificates
For packaging businesses operating within the GFSI framework, the aim of creating a strong training programme is not to award employees as many certificates as possible. The real objective is to demonstrate that people performing roles critical to product safety have the necessary knowledge, skills and decision-making competence.
A successful system under BRCGS Packaging Materials or other GFSI-recognised certification programmes is built through collaboration among staff who understand the standard, a strong HARA/risk assessment team, effective internal audits, sound root cause analysis, verified control measures, a strong product safety culture and experts who understand packaging-specific technical risks.
Particularly for manufacturers of food-contact packaging, these competencies must also include knowledge of migration, regulations, declarations of compliance, supplier controls and change management. In this way, the training programme becomes more than a preparation tool for passing the next certification audit; it becomes a genuine management tool that continuously improves the company’s product safety performance.
To explore BRCGS and product safety training options for the packaging industry, visit the Integral Bureau BRCGS Approved Training Courses page and use the training calendar to evaluate programmes suited to your roles and competency needs.
