Food Industry and Food Quality - Learning Outcomes

Introduction to the Food Industry

Quality Concepts and Food Quality

Food Quality Factors - Part 1

Food Quality Factors - Part 2

Food Quality Factors - Part 3

Food Industry and Food Quality - Lesson Summary

This module introduces the learner to the definition and importance of food quality in the food processing industry. It will discuss in detail the different quality factors, such as sensory, nutritional, safety, shelf-life, and socio-economic aspects of quality, and the different regulations governing the quality and safety of foods worldwide.

Food Quality Control Tools - Learning Outcomes

Food Quality Control and Assurance

Total Quality Management (TQM)

Quality Control Tools in the Food Industry - Part 1

Quality Control Tools in the Food Industry - Part 2

Practical Examples and Applications - Part 1

Practical Examples and Applications - Part 2

Food Quality Control Tools - Lesson Summary

In this module, you will be introduced to the concepts of quality control, assurance, and total quality management. You will be able to effectively employ the tools of quality (i.e., histograms, flow and scatter diagrams, control, Pareto charts, check sheets, and fishbone diagrams) in your organization to achieve high-quality and consistent food.

Application of Quality Control Tools in the Food Industry - Course Assessment

Learn the concepts of food quality & implement the seven quality tools in the food industry with this free online course

Food Quality: Application of Quality Control (QC) Tools in the Food Industry

This course on “Food Quality: Application of Quality Control (QC) Tools in the Food Industry” provides you with both technical and practical knowledge on the different aspects and attributes of food quality, quality management in the food industry, and how to ensure the production of consistent, high-quality food products within your organization by using the seven tools of quality control to maintain food quality standards.

Learning Outcomes

Introduction to Digital Manufacturing

Industry 4.0 Technologies

Digital Thread in Manufacturing

Digital Twins and Manufacturing

Lesson Summary

In this module, you will be introduced to digital manufacturing. Next, you will understand the various industry 4.0 technologies with practical examples. Then, you will learn what digital thread is all about and its relationship with the digital twin. Finally, you will understand how digital thread connects with product development.

Smart Factory

Model-Based Systems Engineering (MBSE)

Advanced Manufacturing Process Analysis

Internet of Things (IoT)

Cyber Security in Manufacturing

In this module, you will learn the technology of smart factories and the meaning and strategies for developing advanced manufacturing process analysis. Further, you will understand model-based systems engineering, the Internet of Things (IoT), and how to manage digital manufacturing cyber security challenges.

Digital Manufacturing and Industry 4.0 - Course Assessment

Learn and develop core competence in digital manufacturing and industry 4.0 with this free online course on Alison.

Digital Manufacturing and Industry 4.0

Equip yourself with this online digital manufacturing course in which you will learn the different methodologies that will enable you to transform your industrial processes and drive values through digital innovations. By the end of the course, you will understand how manufacturing is evolving with advances in digital-based technologies and acquire skills that will enable you to prepare or advance your career within global digital technologies.

Introduction to OEE

Important Terms & Optimal Practice for an OEE Program

In this module, you will be introduced to Overall Equipment Effectiveness (OEE). You will learn the factors affecting OEE and guidelines to minimize these effects. In addition, OEE framework is explained and illustrated through examples. You will also learn important terms related to the management of OEE. Moreover, the OEE program's optimal practices are discussed, followed by OEE practices for improvement and comparative analysis.

Analysis of Different Operational Situations in OEE

Calculation Methods for OEE & Improvement

In this module, you will learn how different operational situations are handled in OEE and the issues behind OEE losses. You will also learn the methods used to collect data related to OEE loss and a methodology for conducting OEE loss analysis. In addition, you will learn how to calculate OEE together with the time loss model and the Pareto chart. A case study is also discussed involving issues caused by pipe blockages in a factory. OEE essentials are also covered in this module.

Overall Equipment Effectiveness (OEE) - Productivity Enhancement - Course Assessment

In this free online course, learn about overall equipment effectiveness (OEE), its measures and a real case study.

Overall Equipment Effectiveness (OEE) - Operational Productivity Enhancement

This free online course on overall equipment effectiveness (OEE) explains OEE from a practical viewpoint. You will be able to learn the formulae, losses and essential terms of OEE. Moreover, the management of operational situations, along with the data collection methods and OEE baseline, are discussed. Different application-related discussions are presented. This course will provide you with the knowledge to start improvement initiatives.

Statistical Process Control: Part 1

Statistical Process Control: Part 2

Statistical Process Control: Part 3

Statistical Process Control: Part 4

Statistical Process Control: Part 5

Statistical Process Control: Part 6

In this module you will learn what Statistical Process Control is and its use in Six Sigma methodologies. The module also introduces the two types of control charts - Control Charts for Attributes, and Control Charts for Variables. It explains control chart patterns and how they are used in Six Sigma.

Six Sigma - Control Charts: Part 1

Six Sigma - Control Charts: Part 2

Six Sigma - Control Charts: Part 3

Six Sigma - Control Charts: Part 4

Six Sigma - Control Charts: Part 5

Six Sigma - Control Charts: Part 6

This module further expands on the use of control charts in Six Sigma. In particular, you will look at how control charts can identify abnormal variability in a process. You will also learn how control charts may give false positives and why on-line control leads to early detection and correction.

Design of Experiments - Part 1

Design of Experiments - Part 2

Design of Experiments - Part 3

Planning for Design of Experiments - Part 1

Planning for Design of Experiments - Part 2

Planning for Design of Experiments - Part 3

This module introduces you to Design of Experiments and how they are used to optimize process settings. You will learn what an experiment is and the types of variables that can be found in an experiment. The module describes the steps for planning and implementing Design of Experiments.

Diploma in Six Sigma - First Assessment

You must score 80% or more to pass this assessment.

Taguchi Methods - Part 1

Taguchi Methods - Part 2

Taguchi Methods - Part 3

Robust Design - Part 1

Robust Design - Part 2

Robust Design - Part 3

This module describes the development of Taguchi Methods and their use in Quality Engineering applications. You will learn why Taguchi Methods reduce variability of response to maximize robustness. The module also introduces Taguchi's Product Design approach.

Introduction to Benchmarking - Part 1

Introduction to Benchmarking - Part 2

Introduction to Benchmarking - Part 3

How to Benchmark - Part 1

How to Benchmark - Part 2

How to Benchmark - Part 3

This module describes the benchmarking process, the key elements of the Benchmarking Code of Conduct, and management's benchmarking challenge.

Six Sigma and Supply Chains - Part 1

Six Sigma and Supply Chains - Part 2

Six Sigma and Supply Chains - Part 3

This module introduces the role of Six Sigma in supply chain management. It lists examples of supply chains that have Six Sigma processes, and describe management's challenge of integrating Six Sigma processes into supply chain systems.

Diploma in Six Sigma - Second Assessment

Module 9: Diploma in Six Sigma - Final Assessment

Learn how to minimize variability and defects in your manufacturing processes with Six Sigma tools and techniques.

Diploma in Six Sigma

This free online Six Sigma certification course will describe how to plan and implement a Six Sigma project with a simple sequence of steps. Six Sigma is a set of techniques and tools which seek to improve the quality of process outputs by identifying and removing defects and minimizing variability in manufacturing and business processes. Professionals with this expertise are highly valued, and our course will help you become such a professional.

An Introduction to the Innovation Process

This module introduces you to an innovation process for a food or beverage manufacturer.  It examines the benefits of implementing a robust, structured Innovation Process.  It introduces the key steps and stage gates in an Innovation Process and looks at the functions that need to engage for successful innovation.

Topic 1: Review Product Portfolio

Topic 2: Establish Food Values and Design Criteria

Topic 3: Food-Consumer Trends and Health Challenges

Topic 4: Markets and Cultures

Topic 5: Consumer Groups and Generations

Topic 6: Product Opportunities

Topic 7: Package Opportunities

Topic 8: Screen Ideas

Topic 9: Assess Feasibility

Topic 10: Finalise Design Brief

Module 2 delves into the first four steps of the innovation process and explores the product portfolio, food values, design criteria, food and consumer trends, markets, cultures, consumers groups, generations, product and package opportunities. It introduces mechanisms to screen ideas, assess feasibility of options and develop a comprehensive design brief. These topics inform product development, product positioning and the power of your brand with a view to winning and retaining consumers.

Topic1: Introduction

Topic 2: Company Policy

Topic 3: Identify and assess suppliers

Topic 4: Specifications

Topic 5: Audit, Approve and Maintain Suppliers

Module 3 examines the impact of ingredients, packages and suppliers in your innovation process and outlines the steps necessary to ensure consistency of supply and to protect your brand.

Assessment on Modules 1 to 3

Topic 1: Introduction

Topic 2: Specify Requirements

Topic 3: Working with the Brand Agency

Module 5 explores what’s needed for successful brand agency interactions and outputs. It looks at what constitutes a positive consumer experience for label interactions and covers the information you provide to the brand agency such that they can design labels and artwork to fit the product concept and meet your expectations.

Topic 1: Specifications and Test Methods

Topic 2: Finalise Recipe

Topic 3: Consumer Validate Concept

Topic 4: Manufacturing/Technical Requirements and Scale Up

Topic 5: Shelf Life Studies

Topic 6: Operating Standards

Module 6 delves into technical and operating standards and explores the recipe, consumer validating your concept, specifications, test methods, manufacturing and technical requirements, scale up, manufacturing process instructions and shelf life studies.  These topics inform your operating standards, company policies and portfolio management process.

Topic 1: Retail Quality Monitoring

Topic 2: Innovation Scorecard

Topic 3: Innovation Process Manager Role

Topic 4: Innovation Process Implementation Toolkit

Module 7 introduces mechanisms to sustain performance. The topics explored are retail monitoring post launch, the innovation scorecard, the role of the innovation process manager and the tools needed for effective implementation of an innovation process.

Assessment on Modules 5 to 7

Module 9: Diploma in Innovation Management - Final Assessment

Learn about innovation processes and operational roadmaps in the food and beverage industry with this online course.

Diploma in Innovation Management for Food and Beverage Manufacturing

This free online innovation management for food and beverage manufacturing diploma course will help food and beverage manufacturing professionals who are continuously trying to come up with new ways to attract customers and get their items off shelves. With this course, you will learn to tackle challenges in the food innovation process, realise growth opportunities, increase the power of your brand, and much, much more!

Understanding CAPA (Corrective and Preventive Action)

Understanding Quality, Compliance, and Regulatory Requirements

The Role of CAPA in Quality Management Systems (QMS)

Global Regulatory Frameworks (FDA, EMA, ISO, ICH, HACCP, WHO.22000

Importance of CAPA in Risk Management and Continuous Improvement

In this module, you will explore the quality, compliance, and regulatory requirements that support effective corrective and preventive action (CAPA) management. You will examine the role of quality systems in CAPA processes and develop an understanding of how CAPA supports risk management and continuous improvement.

Corrective Action vs. Preventive Action: Key Differences

The CAPA Lifecycle: From Identification to Effectiveness Check

Common Triggers for CAPA (Audits, Deviations, Complaints, Recalls)

Documentation and Data Integrity in CAPA Systems

In this module, you will be introduced to the fundamentals of CAPA, including the key differences between corrective and preventive actions. You will explore the CAPA lifecycle, from issue identification through effectiveness checks, and learn about the common triggers that initiate CAPA processes.

CAPA Investigation Process

RCA Tools and Techniques (5 Whys, Fishbone Diagram, etc).

Linking RCA to Effective CAPA Planning

In this module, you will be introduced to CAPA investigation and root cause analysis. You will explore the CAPA investigation processes. You will also understand the importance of identifying the true root cause of a problem. You will also learn RCA tools and techniques, as well as common pitfalls in RCA and how to avoid them.

Shifting from Reactive to Proactive Quality Systems

Identifying Potential Risks Before Issues Occur

Preventive Tools: Trend Analysis, Risk Assessments, and Audits

Embedding a Culture of Continuous Improvement

In this module, you will learn how to shift from reactive to proactive quality systems. You will also study how to identify potential risks before issues occur, as well as preventive tools. Finally, you will explore how to embed a culture of continuous improvement in regulated industries.

Developing Action Plans for Effective Problem Resolution

Roles and Responsibilities in CAPA Execution

Timelines, Prioritisation, and Resource Allocation

Monitoring and Tracking Corrective Actions

In this module, you will learn how to develop action plans for effective problem resolution. You will also learn the roles and responsibilities in CAPA execution. You will understand the importance of timelines, prioritisation, and resource allocation in CAPA management. Finally, you will learn how to monitor and track corrective actions.

Integrating CAPA with Risk Management and Continuous Improvement

Leadership’s Role in Effective CAPA Systems

Training and Competence Development for CAPA Teams

Embedding CAPA in the Organisation’s Quality Culture

In this module, you will learn how to integrate CAPA with risk management and continuous improvement. You will also be introduced to leadership’s role in effective CAPA systems. You will also learn about training and competence development for CAPA teams. Lastly, you will learn the benefits of embedding CAPA in the organisation’s quality culture.

Essential Elements of CAPA Reports

Best Practices for Writing Clear and Defensible CAPA Documentation

Regulatory Expectations for CAPA Records (FDA 21 CFR Part 11, ISO)

Maintaining Traceability and Audit Readiness

In this module, you will be introduced to the essential elements of CAPA reports. You will understand the best practices for writing clear and defensible CAPA documentation. You will also learn the regulatory expectations for CAPA records. You will learn how to maintain traceability and prepare for audits.

Defining Effectiveness Criteria and Success Metrics

Verification of Implementation (VOI) and Effectiveness Checks (EC)

Tracking Key Performance Indicators (KPIs)

Continuous Monitoring and Lessons Learned

In this module, you will explore how to define effectiveness criteria and success metrics in the context of CAPA. You will also learn how to carry out Verification of Implementation (VOI) and Effectiveness Checks (EC). You will understand how to track key performance indicators (KPIs).

CAPA in Pharmaceutical Manufacturing (Deviations, OOS, Recalls)

CAPA in Food Safety Management (HACCP Failures, Allergen Control, ETC)

Lessons from Real-World Regulatory Findings

Cross-Industry Comparisons and Best Practices

In this module, you will learn from case studies of CAPA management in pharmaceutical manufacturing, such as deviations, Out-of-Specification results, and recalls, as well as CAPA in food safety management, such as HACCP failures, allergen control, and contamination events. You will also learn from lessons from real-world regulatory findings.

Overuse and Misuse of CAPA Systems

Lack of Root Cause Identification

Delayed or Incomplete CAPA Closure

Strategies to Overcome CAPA Failures

In this module, you will be introduced to common challenges in CAPA management, including overuse and misuse of CAPA systems, lack of root cause identification, and delayed or incomplete CAPA closure. Lastly, you will learn the strategies to overcome CAPA failures.

Corrective and Preventive Action (CAPA) Management for Regulated Industries - Assessment

Master Corrective and Preventive Action (CAPA) Management in Pharma, Food, Biotech and Other Regulated Industries.

Corrective and Preventive Action (CAPA) Management for Regulated Industries

This free online course advances your career in Corrective and Preventive Action (CAPA) management, a critical element of quality and regulatory compliance in industries such as pharmaceuticals, food, biotechnology, and medical devices. You will learn how to identify issues, investigate root causes, and implement effective corrective and preventive measures that align with global standards including FDA, EMA, ISO, ICH, HACCP and WHO requirements.

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