HACCP | Food Safety — Complete Training Course + Certificate

This course is designed for professionals, students, and food industry managers who want to master the HACCP method and understand how digital technologies (Industry 4.0) are transforming food safety management.

Through a combination of practical videos, case studies, and interactive quizzes, you’ll learn how to build, implement, and audit a HACCP system that meets international standards.

What you’ll learn

• Understand the 12 Steps and 7 Principles of HACCP in a clear and practical way

• Identify and classify hazards using PRP, OPRP, and CCP examples

• Discover real industrial case studies: deli meats, fruit juices, salads, dairy, etc.

• Apply Industry 4.0 tools such as IoT sensors, cloud dashboards, and AI monitoring

• Learn how digitalization improves traceability, reliability, and audit readiness

Course Structure

Module 1 : Introduction to HACCP
Module 2 : The 5 Preliminary Steps
Module 3 : Fundamentals & Digital Tools of Modern HACCP
Module 4 : The 7 Principles Explained in Detail
Module 5 : Case Studies from the Food Industry

Each module includes videos, practical exercises, and quizzes to consolidate your knowledge.

Why this course?

Unlike traditional HACCP training, this program connects food safety with the smart factory revolution.
You will see how connected sensors, cloud data, and AI dashboards bring HACCP to the next level — faster, more reliable, and fully traceable

Your Instructor

Kamel Rahmouni, Food Safety Engineer & International Trainer
Former Food Safety Director and expert in HACCP, ISO 22000, and Industry 4.0.
He has trained hundreds of professionals across the food sector to implement modern food safety systems that meet global standards.

At the end of this course

You’ll be ready to:

• Develop and implement your own HACCP plan

• Pass food safety audits with confidence

• Build a solid foundation for ISO 22000 certification and advanced digital systems

Join now and become part of the new generation of food safety professionals ready for the Industry 4.0 era!

In this lesson, you’ll discover why HACCP is a global legal requirement and how it has become a cornerstone of food safety management worldwide.
We’ll explore:

• The legal framework: from the Codex Alimentarius (WHO/FAO) to national regulations.

• Which sectors are legally obliged to apply HACCP (Europe, USA, North Africa…).

• Common mistakes companies make when implementing HACCP.

• Practical benefits for businesses — fewer recalls, improved brand trust, and significant cost savings.

• A real case study: a school canteen outbreak showing the impact of missing HACCP procedures.

• The role of Industry 4.0: IoT sensors, digital dashboards, and automatic alerts that make HACCP faster and smarter.

By the end of this lecture, you’ll understand how mandatory compliance turns into a strategic advantage for both food producers and consumers.

Build the foundation of your HACCP plan — Step 1: Establish Your Team!
In this video, you’ll discover how to create a multidisciplinary HACCP team capable of analyzing hazards, defining control measures, and ensuring total food-safety compliance.

You’ll explore:

• The 5 Preliminary Steps of HACCP

• How to select competent team members from different departments (Quality, Production, Maintenance, Hygiene…)

• The most common mistakes to avoid during team formation

• A real case study from a Yogurt Factory (before vs after HACCP implementation)

• Tangible results: from losses to profits and audit success

• The impact of Industry 4.0 on team collaboration (digital HACCP tools, alerts, remote dashboards)

At the end of this lesson, you’ll be able to:

• Form a competent, multidisciplinary HACCP team

• Clearly assign roles and responsibilities

• Use digital tools to improve communication and data sharing

• Demonstrate compliance during audits and boost confidence in your system

This module is part of the HACCP Foundations – Food Safety Certification Course (Level 1).
It’s the perfect start for students, quality managers, auditors, and food-industry professionals who want to master modern food safety systems.

Step 2 – Describe the Product is one of the most underestimated yet crucial parts of your HACCP plan.
In this lesson, you’ll learn how to build a precise and compliant product description sheet, linking your process to real-world control points.

You’ll discover:

• The mandatory elements of a HACCP product description: ingredients, allergens, process, storage, shelf-life, and packaging.

• Common mistakes: vague descriptions, missing allergen data, and outdated recordsA practical case study – Plain Yogurt Factory: before vs after correction and measurable impact on compliance.

• Tangible ROI – reducing non-conformities from 5 per year to 1 and saving € 20 000 annually.

• The contribution of Industry 4.0 tools: real-time updates, smart QR codes, digital traceability, and automatic alerts from connected sensors.

At the end of this module, you will be able to :

• Create detailed and accurate HACCP product sheets.

• Ensure full compliance and audit readiness.

• Integrate digital solutions for real-time traceability and document management.

• Quantify the performance gains of your HACCP system (time, money, credibility).

This module is part of the HACCP Foundations – Food Safety Certification (Level 1) program designed for food-industry professionals aiming to modernize their HACCP systems through digital transformation.

In this lesson, you’ll learn how to clearly define the intended use of a food product — a fundamental step in HACCP that ensures food safety from production to consumption.
We’ll cover how to:

• Identify sensitive populations (children, elderly, pregnant women).

• Define precautions such as storage temperature, use-by date, and allergen control.

• Build and maintain a consistent, audited product specification sheet.

• Avoid frequent mistakes (missing allergens, misuse, or incomplete data).

• Understand how Industry 4.0 technologies—IoT sensors, cloud traceability, and smart alerts—help maintain compliance in real time.
  You’ll also see a real case study (plain yogurt) showing how digital monitoring reduced non-compliant batches from 2 % to 0.5 %, saving €8 000 per year.

At the end of this module, you’ll know how to:
✅ Define and document intended use accurately
✅ Anticipate consumer misuse and ensure safety
✅ Connect HACCP logic with modern digital tools

In this lecture, you’ll learn how to create an effective process flow diagram — the foundation of any HACCP plan.
We’ll explore how to trace each step of your production process, identify common mistakes, and use Industry 4.0 technologies (IoT sensors, digital traceability, real-time alerts) to make your diagram dynamic and reliable.
Through a practical case study (yogurt factory), you’ll see how digital tools can reduce non-conformities from 5 % to less than 1 %, improving both compliance and profitability.

Version française (pour cohérence interne)

Dans cette leçon, vous apprendrez à élaborer un diagramme de fabrication efficace — la base de toute analyse HACCP.
Nous verrons comment représenter chaque étape du processus, éviter les erreurs courantes et intégrer les technologies de l’Industrie 4.0 (capteurs connectés, traçabilité numérique, alertes automatiques).
À travers l’exemple d’une usine de yaourt, vous comprendrez comment la digitalisation peut réduire les non-conformités de 5 % à moins de 1 %, tout en renforçant la confiance des auditeurs et des clients.

Field verification is a crucial step in HACCP implementation.
In this lesson, you’ll learn how to validate your process flow diagram directly on-site, identify missing or incorrect steps, and involve operators in continuous improvement.

Through the Yogurt Factory case study, you’ll see how two forgotten steps — tank cleaning and waiting before packaging — had a major impact on product safety and compliance.
After field observation, the team added these steps, implemented temperature control, and reduced non-compliance from 5 % to less than 1 %.

✅ Key takeaways

• Why field verification strengthens HACCP reliability

• Common errors when diagrams are built only from office data

• How to update your process flow diagram based on real conditions

• How Industry 4.0 tools can assist in on-site validation and traceability

Industry 4.0 is transforming traditional HACCP systems into connected, intelligent, and data-driven food safety management models.
In this first part, you will explore the main digital tools that are reshaping how we monitor, verify, and audit food safety processes.

Through detailed explanations, visual comparisons, and case studies, this section will show you how technologies such as IoT sensors, Big Data dashboards, Artificial Intelligence, Blockchain, and predictive maintenance work together to ensure real-time control, traceability, and reliability.

You will discover:

• How connected sensors replace manual monitoring and instantly alert teams during deviations.

• How Big Data dashboards centralize CCP information and reduce non-conformities by up to 70%.

• How AI and predictive algorithms detect temperature drifts or equipment failures before they occur.

• How Blockchain systems secure traceability from production to consumers, reinforcing customer trust.

• How robotics and automation improve hygiene, precision, and productivity.

You’ll also learn about common mistakes to avoid (over-reliance on machines, lack of analysis, missing validation) and auditor expectations during digital HACCP audits: sensor calibration, data validation, and proof of reliability.

By the end of this module, you’ll clearly understand how Industry 4.0 tools strengthen the preventive nature of HACCP, ensuring faster reactions, fewer errors, and complete traceability — the foundation of modern food safety management.

In this lesson, we explore three real industrial examples showing how Industry 4.0 technologies transform HACCP implementation into a proactive, data-driven system.

Through the cases of a yogurt factory, a juice factory, and a meat processing plant, you’ll see how connected sensors, blockchain traceability, and predictive maintenance drastically reduce non-conformities and incidents.

Each example demonstrates measurable improvements — fewer rejected batches, fewer recalls, and fewer contamination risks — proving that digitalization strengthens both food safety and competitiveness.

In this lesson, you’ll clearly understand the difference between a hazard and a risk — one of the most common mistakes during HACCP audits.
Through real-life examples (Salmonella, Listeria, allergens, plastic pieces, etc.) and 10 industrial case studies, you will learn how to:

• Identify the three types of hazards (biological, chemical, physical)

• Assess a risk using both probability and severity

• Understand why a hazard can exist without generating a real risk

• Ensure consistency with your PRPs, OPRPs, and CCPs

• Avoid frequent audit errors such as saying “Salmonella risk” instead of “Salmonella hazard”

• Discover how Industry 4.0 tools (IoT sensors, Big Data, AI) can automatically evaluate and monitor risks in real time

A clear, practical, and essential lesson for every professional aiming to master HACCP fundamentals and improve food safety performance in the digital era.

This first part introduces the theoretical foundations behind the three essential control levels of the HACCP system:

• PRP (Prerequisite Programs): general hygiene measures and good manufacturing practices — the foundation of all food safety systems.

• OPRP (Operational Prerequisite Programs): targeted controls for specific, significant hazards that require regular monitoring.

• CCP (Critical Control Points): final barriers that prevent serious risks to the consumer and require strict critical limits.

You’ll understand their hierarchy, differences, and interactions, with clear definitions and practical examples (cleaning, allergen control, pasteurization, etc.).
The course also shows how Industry 4.0 technologies — sensors, real-time data, AI dashboards — are redefining monitoring and traceability in modern food industries.

Objective: By the end of this theoretical part, you’ll master the conceptual differences between PRP, OPRP, and CCP and know how to classify each control within your own process before moving to the practical applications.

This section focuses on one of the most confusing—but essential—topics in food safety systems: how to distinguish between PRPs, OPRPs, and CCPs.
Through clear explanations and real industrial examples (cold room, cooking, foreign bodies, allergen labelling, and process water), you will learn to classify each control correctly and avoid typical audit errors.

You’ll see how:

• A PRP ensures basic hygiene and environment control.

• An OPRP handles specific operational hazards.

• A CCP is the last critical barrier before risk reaches the consumer.

Each example is illustrated with before/after results, data improvements, and real avoided costs (–92 % labelling errors, –86 % foreign body incidents).
By the end of this module, you’ll master the logic that auditors expect in professional HACCP plans.

Understand the theoretical foundations of Hazard Analysis, the first principle of the HACCP system.
This part focuses on core definitions, hazard categories, and risk assessment logic that form the scientific basis of every food safety plan.

You’ll learn to:

• Define what a hazard is and how it differs from risk

• Identify the four main types of hazards: biological, chemical, physical, and allergenic

• Understand how process, equipment, and human factors contribute to risk

• See how Industry 4.0 tools (IoT, AI, digital traceability) help detect hazards early

Goal of Part 1:
To give you a solid theoretical understanding before moving to Part 2, where we’ll apply these concepts through industrial examples and practical case studies.

In this module, we go beyond theory and apply hazard analysis in a real industrial context. You will review the key steps of a structured hazard study, learn to avoid the most frequent audit mistakes, and analyze a practical case from a yogurt factory involving a physical contamination incident.

You will discover how a worn seal caused plastic fragments in the product, how the team implemented an effective OPRP, and how Industry 4.0 tools—sensors, digital monitoring, and automated alerts—transformed the results. Through before/after comparisons, graphs, and numeric tables, you will clearly see how non-conformities dropped, financial losses decreased, and customer confidence improved.

By the end of this module, you will be able to:

- Identify, assess, and prioritize hazards using a structured 3-step method

- Recognize and avoid the most common HACCP audit errors

- Interpret real-world data from a physical hazard case study

- Understand how Industry 4.0 improves monitoring, traceability, and decision-making

- Present hazard analysis results that are credible, justified, and audit-ready

This module connects scientific rigor with practical performance, giving you the tools to strengthen both your HACCP system and your audit results.

Learn how to identify Critical Control Points with precision and logic.

Through the CCP Decision Tree, you’ll discover how to ask the right questions, distinguish real CCPs from general preventive measures (PRP / OPRP), and avoid common decision errors.

This lesson transforms HACCP from a checklist into a scientific, evidence-based method — ensuring consistency, compliance, and consumer safety.

In this lesson, you’ll learn how to identify true Critical Control Points (CCPs) through a structured and scientific approach.
We start with the logical decision tree and the key question: Is this step essential to control the hazard?
Through the yogurt case study, you’ll see how pasteurization is confirmed as a CCP (≥ 72 °C) and how digital sensors, automated traceability, and Industry 4.0 monitoring systems reinforce process reliability.

By the end of this section, you’ll understand how:

• CCPs ensure safety by eliminating or reducing hazards to safe levels;

• Digital validation strengthens audits and transparency;

• Automation reduces non-compliant batches (from 5 % → < 1 %) and financial losses (−90 %).

This module connects HACCP science with smart manufacturing — turning data into confidence and performance.

In this module, you’ll learn how to define, justify, and verify critical limits within a HACCP plan — turning theory into measurable, audit-ready control.

You’ll discover:

• The precise definition of a critical limit — a measurable value that separates safe from unsafe product conditions.

• Practical examples: Temperature ≥ 72 °C to destroy bacteria, pH ≤ 4.5 to inhibit microbial growth.

• The most common mistakes to avoid: vague terms (“well heated”), wide ranges (60–80 °C), or missing scientific justification.

• Audit expectations: limits must be scientifically validated, appropriate to the product, and fully documented.

• A real case study (yogurt) showing how a 72 °C limit ensures batch safety and compliance.

• The role of Industry 4.0 technologies: connected sensors, automated alarms, and digital traceability that prevent deviations in real time.

By the end, you’ll know how to set and monitor critical limits like a professional — with evidence, reliability, and full digital integration for smarter food safety management.

Learn how to monitor Critical Control Points (CCPs) effectively and ensure full compliance with modern HACCP 4.0 systems.
In this lesson, you’ll discover how continuous digital monitoring, IoT sensors, and predictive AI transform HACCP from a static process into a real-time, traceable, and audit-ready system.

Through the fresh packaged salad case study, you’ll see how digital tools reduced product losses by 90 %, improved responsiveness, and built stronger auditor trust.
You’ll also learn the 6 audit proof points – procedures, frequency, calibration, competence, traceability, and corrective actions – that define a robust CCP monitoring program.

Learning outcomes

By the end of this section, you will be able to :

• Design and document efficient monitoring procedures.

• Choose reliable, calibrated instruments and digital sensors.

• Implement continuous monitoring and automatic alerts.

• Interpret monitoring data for faster corrective actions.

• Demonstrate compliance through complete traceability and digital records.

When a deviation occurs, the speed and accuracy of your reaction make the difference between a simple correction and a costly crisis.
This module explains HACCP Principle 5: Corrective Action — how to act immediately, find the root cause, and prevent recurrence.
Through quantified industrial case studies (pasteurization, allergen labeling, foreign-body detection), you’ll learn how to transform non-compliance into measurable improvement and brand trust.

You’ll also discover how Industry 4.0 tools (IoT sensors, digital alarms, smart audits) help automate detection and response — turning HACCP into a predictive system that protects both the consumer and the company.

This lecture explains how verification ensures that the HACCP plan is not only applied but remains effective, reliable, and continuously improving.

You’ll discover the key verification tools — internal audits, calibration, laboratory analyses, document reviews, and traceability tests — and see how Industry 4.0 transforms them through IoT sensors, digital dashboards, and AI-based analytics.

A real example from a yogurt factory shows how connected thermometers and automated alerts simplify audits, save time, and increase safety.

By the end of this module, you’ll understand how Verification 4.0 turns compliance into confidence — measurable, traceable, and smart.

In this lesson, we explore the seventh principle of HACCP — documentation and record keeping — the foundation of any reliable food safety system.
You’ll learn why “what is not written does not exist”, and how accurate records ensure traceability, compliance, and credibility during audits.

We review what must be documented for each HACCP principle — from hazard analysis to corrective actions — and how digital tools like IoT, cloud systems, and blockchain now automate this process.
Through practical examples (temperature logs, calibration certificates, cleaning reports), you’ll discover how documentation transforms into real-time, audit-ready evidence in the Industry 4.0 era.

By the end of this module, you will:

• Understand the core purpose of HACCP documentation.

• Know which forms, records, and evidence to maintain.

• Be able to implement smart digital archiving compliant with ISO 22000, IFS Food v8, and BRCGS v9.

• Master the PDCA loop for continuous improvement through smart documentation.

Key message: Documentation is not bureaucracy — it’s your best defense and proof of control.

This industrial case study analyzes a temporary CCP bypass in a high-volume snack manufacturing facility.

You will examine how a seven-minute metal detector override, executed without structured documentation or supervisory approval, resulted in a major audit finding.

The simulation highlights governance risk, control authority, and the importance of formal deviation management within industrial HACCP systems.

This lecture strengthens decision discipline under production constraints.

This industrial simulation examines how a validated Operational Prerequisite Program can become structurally weak when its parameters are modified under commercial pressure.

The case explores:

- Sequence override during peak demand

- Reduction of validated cleaning time

- Absence of documented risk reassessment

- Allergen exposure and recall

- Auditor evaluation of decision logic

This simulation demonstrates that system failure often occurs at the decision layer — not at the hazard identification level.

This real-life HACCP case study demonstrates how the 7 principles are applied in a cooked sausage process.
From raw material reception to final distribution, each step is analyzed to identify PRPs, OPRPs, and the single CCP: cooking (≥72 °C).
You’ll discover how temperature control, traceability, and digital tools such as IoT sensors, blockchain, and AI reinforce food safety and audit readiness.
The module concludes with a complete audit checklist and key insights on frequent non-conformities and corrective actions.

In this real-life case study, you’ll see how HACCP principles are applied step by step in the production of ripened cheese — from the reception of milk to the salting stage.
Each step is analyzed through the lens of PRPs, OPRPs, and CCPs, comparing processes for raw milk and pasteurized milk.

You’ll discover:

• How pasteurization acts as a critical control point (CCP).

• Why coagulation shifts from PRP to OPRP depending on milk type.

• How molding, draining, and salting integrate precise temperature, pH, and time controls.

• The measurable impact of digital monitoring (HACCP 4.0) — with non-conformities reduced by 83% after improved control.

This case bridges traditional cheesemaking with Industry 4.0, demonstrating how connected sensors, automated records, and predictive analysis reinforce both product safety and audit compliance.

By the end of this lesson, you’ll be able to:

• Classify each process step as PRP, OPRP, or CCP.

• Interpret audit evidence and performance data.

• Understand how modern digital tools improve preventive control and traceability in dairy operations.

In this lesson, we apply the HACCP method to a real case: ripened cheese, comparing raw milk and pasteurized milk production.
You’ll learn how control levels evolve from ripening to final release — from PRP and OPRP classification to CCP justification — and how Industry 4.0 technologies secure and trace every stage in real time.

Key learning points:

• Differences between raw and pasteurized milk cheese (risk, classification, monitoring)

• Step-by-step comparison of controls from reception to packaging

• Common mistakes to avoid and audit expectations

• How IoT sensors and digital dashboards prevent non-conformities and losses

Outcome:
You’ll master how to justify each control measure — scientifically, economically, and digitally — to make your HACCP study fully audit-ready.

In this first part of the Fruit Juice case study, we explore the entire production chain — from reception of raw fruits to distribution and storage.
Each stage is analyzed according to its PRP, OPRP, and CCP roles, showing how HACCP principles ensure full food safety control:

• Reception: supplier traceability, hygiene audits, pesticide analysis.

• Washing & Extraction: controlled water quality, CIP cleaning, press hygiene.

• Filtration: automatic monitoring with differential pressure sensors.

• Pasteurization (CCP): lethal heat treatment at ≥ 72 °C for 15 s.

• Cooling, Packaging & Labeling: monitored temperature, AI vision, traceable dates.

• Storage & Distribution: 2–4 °C cold chain, automatic alarms, audit evidence.

This case shows how a simple juice process becomes a data-driven, risk-controlled system, combining HACCP methodology with Industry 4.0 technology to achieve modern compliance and reliability.

This case study continues the analysis of a fruit juice production line, focusing on the integration between HACCP audits and digital technologies.
Each process step — from raw material reception to product distribution — is classified as PRP, OPRP, or CCP, showing what auditors check during inspections: traceability, hygiene, temperature control, and documentation accuracy.
The final slides highlight the impact of Industry 4.0 tools — such as IoT sensors, automated temperature records, and digital dashboards — on improving reliability, speed, and consistency of audits.
This combination of HACCP structure and digital innovation represents the foundation of modern, smart food safety management.

This case study applies the 7 HACCP principles through a real-world example: the production of ready-to-eat salads.
Each process step — reception, storage, washing, cutting, packaging, labeling, and distribution — is analyzed according to its classification (PRP, OPRP, or CCP).
Learners explore how food safety is ensured without any cooking step, thanks to proper monitoring of critical points and the integration of Industry 4.0 tools such as IoT sensors, AI-based visual control, and blockchain traceability.
The goal is to demonstrate how digitalization enhances reliability, speed, and transparency in modern HACCP systems for fresh products.

Congratulations — you have successfully completed HACCP – Food Safety Certification | Level 1 with 4.0 Integration.

You now understand the structured foundations of a HACCP system and how Industry 4.0 technologies — including digital traceability, IoT monitoring, and real-time data control — strengthen food safety management in real operating conditions.

Throughout this course, you have developed essential competence in hazard analysis, CCP identification, monitoring architecture, corrective actions, verification logic, and documentation control.

More importantly, you now recognize how digital integration enhances compliance, audit readiness, and operational reliability.

The next stage of your professional development will take you deeper into system traceability, validation methodologies, verification strategies, digital evidence analysis, and advanced audit preparation.

Complete your final certification assessment, download your certificate, and continue your journey with:

HACCP – Traceability, Validation & Verification (Level 2)

Food safety is not static.
It evolves through structured systems, reliable data, and disciplined decision-making.

And you are ready to move forward.