Certified Quality Professional (CQP)

Introduction to Quality Value Chain and Target Operating Model

This lecture introduces the Quality Value Chain Design Engineering to Quality Planning to Quality Execution and Quality Improvement and how each stage follows the PDCA cycle. It also connects these stages to Total Quality Management principles, showing how leadership, people, processes, and data work together to build a culture of continuous improvement and long-term organizational excellence.

A clear overview of what a Quality Department actually does ... Document control, audits, supplier quality, non-conformance and CAPA management, risk and FMEA, customer complaints, quality analytics, training, and continuous improvement support.

This lecture covers the ISO 9001 Quality Management Principles including customer focus, leadership, engagement of people, process approach, improvement, evidence-based decision making, and relationship management. You will see how these principles build a strong, sustainable QMS.

This lecture introduces how businesses identify customer requirements, translate them into measurable operational targets, and elevate customer satisfaction through structured quality practices. Learners will understand the role of VOC (Voice of Customer), customer segmentation, and continuous feedback loops in shaping quality systems, improving service delivery, and driving competitive advantage. The session emphasizes shifting from internal assumptions to evidence-based, customer-led decision making ensuring that every process contributes to creating value where it matters most.

Customer Segmentation is the process of dividing customers into meaningful groups based on shared characteristics such as needs, behavior, value, demographics, or usage patterns. In this lecture, learners explore how segmentation enables organizations to understand different customer types, tailor services, prioritize resources, and design quality improvements that match real customer expectations. By segmenting customers effectively, businesses can enhance satisfaction, optimize processes, and align products or services with the segments that create the highest value.

This section introduces the internal view of the Voice of the Customer by analyzing what employees, teams, and business units believe customers truly need. Learners will explore how to gather insights from internal data sources such as complaints, support tickets, performance reports, and staff feedback to construct an initial hypothesis of customer expectations. This internal reflection becomes the starting point for validating real VOC with customers and helps organizations uncover gaps between assumed needs and actual needs.

This section explains how organizations gather accurate and meaningful data to understand performance and support decision-making. You will learn the different sources of data, how to select the right method for your objective, and how to ensure reliability and validity in the information you collect. The lecture also introduces practical tools used in quality management such as surveys, interviews, checklists, and system reports to help you capture insights that reflect real operational performance and customer needs.

Affinity Diagram teaches how to organize large volumes of ideas or customer insights into logical categories, helping teams identify patterns, themes, and root issues during problem-solving and VOC analysis.

This lecture presents a practical example of building an affinity diagram from capturing ideas on sticky notes to grouping, labeling, and interpreting themes to demonstrate how teams can summarize complex feedback effectively.

This lecture introduces the structured pathway for transforming customer feedback into measurable quality requirements. You will learn how to interpret raw Voice of Customer (VOC) insights, convert them into Critical Customer Requirements (CCRs), and begin defining Critical to Quality (CTQ) factors that guide operational and process performance. The session explains why this translation is essential for aligning products, services, and processes with what truly matters to customers.

This lecture introduces the structured pathway for transforming customer feedback into measurable quality requirements. You will learn how to interpret raw Voice of Customer (VOC) insights, convert them into Critical Customer Requirements (CCRs), and begin defining Critical to Quality (CTQ) factors that guide operational and process performance. The session explains why this translation is essential for aligning products, services, and processes with what truly matters to customers.

This lecture introduces the Kano Model, a framework that categorizes customer needs into basic, performance, and excitement attributes. You will learn how each category influences customer satisfaction and how organizations use Kano analysis to prioritize features and improvements. The session highlights how the model supports product design service excellence, and customer-focused decision-making.

This lecture introduces the Kano Model, a framework that categorizes customer needs into basic, performance, and excitement attributes. You will learn how each category influences customer satisfaction and how organizations use Kano analysis to prioritize features and improvements. The session highlights how the model supports product design service excellence, and customer-focused decision-making.

This lecture explains how organizations translate customer expectations into measurable performance indicators. You will learn how to design KPIs and service metrics that reflect what customers truly value, ensuring operational targets are directly linked to customer needs. The session covers selecting meaningful measures, interpreting results, and using data to enhance satisfaction, reduce complaints, and drive continuous improvement across processes.

This lecture explains how organizations translate customer expectations into measurable performance indicators. You will learn how to design KPIs and service metrics that reflect what customers truly value, ensuring operational targets are directly linked to customer needs. The session covers selecting meaningful measures, interpreting results, and using data to enhance satisfaction, reduce complaints, and drive continuous improvement across processes.

Introduction to Core Pillars of Total Quality Management

This lecture explores the critical role of leadership and team dynamics in driving successful quality management and continuous improvement. Learners will understand how effective leaders shape organizational culture and guide teams through change while strong team structures enable collaboration and high performance execution. The session covers leadership styles relevant to quality environments, techniques for motivating and engaging teams, and the principles of building cohesive groups aligned around shared goals.

This lecture introduces the core principles of managing organizations through interconnected processes rather than isolated tasks or departments. Learners will understand how defining, controlling, and improving processes leads to consistent outputs, reduced variation, and stronger alignment with customer requirements. The session also explains how process-based thinking supports ISO 9001, enhances operational visibility, and enables teams to identify dependencies, handovers, and improvement opportunities across the entire value chain.

This lecture introduces the core principles of managing organizations through interconnected processes rather than isolated tasks or departments. Learners will understand how defining, controlling, and improving processes leads to consistent outputs, reduced variation, and stronger alignment with customer requirements. The session also explains how process-based thinking supports ISO 9001, enhances operational visibility, and enables teams to identify dependencies, handovers, and improvement opportunities across the entire value chain.

The session demonstrates how QMS integration enhances cross-functional collaboration, ensures consistent performance, strengthens governance, and creates a culture where quality becomes a shared responsibility. By the end of the lecture, participants will understand the key enablers required to harmonize people, processes, technology, and measurement systems to achieve sustainable, enterprise-level excellence.

This lecture introduces the PDCA cycle as a foundational engine for continuous improvement within any quality management system. Learners will explore how PDCA structures problem-solving, stabilizes processes, and enables iterative enhancement of performance.

Introduction to Internal and External Audits

This lecture introduces the foundational structure of documented information within a Quality Management System (QMS). You will learn how policies, processes, procedures, SOPs, and work instructions align to form a coherent documentation hierarchy that supports ISO 9001:2015 requirements.

The session explains the purpose of each document type, how they interact, and why proper documentation ensures consistency, governance, compliance, and effective operational control across the organization. By the end, learners will understand how to build, organize, and maintain documentation that is clear, controlled, and aligned with QMS objectives.

This section presents a clear example of how an organizational policy should be formally documented within a Quality Management System (QMS). It illustrates the essential components of a policy such as purpose, scope, responsibilities, and governance showing learners the level of structure, clarity, and alignment required for effective policy documentation. The example helps participants understand how high-level governance documents guide processes and ensure consistency across the organization.

This lecture provides a practical walk through on how organizations can effectively prepare for internal or external quality audits. You will learn how to review documented information, verify process compliance, and ensure teams are ready for auditor interactions.

This section explains the practical execution of an audit from opening meetings and interviewing auditees to collecting objective evidence through observation / document review and process walkthroughs. Learners will understand how to assess conformity / identify nonconformities / record findings clearly and maintain professionalism throughout the audit.

A focused walk through on how to document audit results clearly and accurately. This includes writing nonconformity statements, classifying findings, summarizing evidence, highlighting strengths and opportunities for improvement and formulating corrective action requests. The lecture also explains closing meetings and how to deliver audit reports that support transparency, accountability, and continuous improvement across the organization.

This lecture covers the activities that follow the issuance of the audit report: tracking corrective actions, verifying root cause analysis, ensuring timely closure of nonconformities, and confirming the effectiveness of implemented improvements. Learners will understand how follow-up activities strengthen the QMS and drive continuous improvement.

This recap consolidates all key audit concepts covered in previous lessons—preparation, execution, reporting, and follow-up. Learners will review the full audit lifecycle, understand the differences between internal and external audits, and reinforce how audits support compliance, process improvement, and overall QMS effectiveness. The session connects audit findings to continuous improvement and organizational learning.

The Fish-bone Diagram, also known as the Ishikawa Diagram or Cause-and-Effect Diagram, is a structured visual tool used to identify, explore, and categorize the possible root causes of a problem It helps teams move beyond symptoms to uncover why an issue is happening by organizing causes into logical groups such as Methods, Machines, People, Materials, Environment, and Measurement.

Through a practical, step-by-step example, learners will see how to structure causes into categories such as Methods, Machines, Materials, People, Environment, and Measurement, enabling clearer problem diagnosis and more effective corrective actions. The lecture demonstrates how teams can use the diagram to move from symptoms to true root causes and make data-driven quality improvements.

The X-Y Matrix is a powerful prioritization tool used to connect customer requirements (the X inputs) with the internal process characteristics or deliverables (the Y outputs). This lecture explains how the matrix helps teams identify which process variables have the greatest impact on customer satisfaction and operational performance.

Learners will see how to score, rank, and interpret relationships between X and Y factors to focus improvement efforts where they matter most—supporting strategic alignment, VOC translation, CTQ development, and data-driven decision-making.

This lecture introduces two of the most fundamental quality tools used for understanding, monitoring, and improving processes: Flowcharts and Check Sheets.

Introduces histograms as a tool for visualizing data distribution to identify variation, trends, and performance patterns.

The Pareto Diagram teaches learners how to identify the few critical causes that create most of the problems in a process. Using the 80/20 principle, this tool helps prioritize improvement efforts by visually highlighting the highest impact issues, enabling smarter decision-making and faster quality gains.

A Scatter Diagram visually displays the relationship between two variables to understand whether they move together or independently. By plotting points on a graph, it reveals correlations positive, negative, or none which helping teams detect patterns, predict behaviors, and identify potential root causes.

This lecture explains the full structure of the Cost of Quality model, breaking down prevention, appraisal, internal failure, and external failure costs. Learners will understand how poor quality drains resources, how strong systems reduce long-term costs, and how shifting investment toward prevention improves efficiency and organizational performance.

This lecture explores how to design an effective quality team structure that supports operational excellence across the organization

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