Quality Improvement Skills for Quality Managers Training Course

Course overview

Quality managers are expected to reduce defects, customer complaints, rework, and process variation while maintaining compliance and demonstrating measurable business value. Many improvement initiatives stall because teams collect data without clear operational definitions, apply root-cause tools superficially, or close corrective actions without controls that prevent recurrence. This course equips quality managers to lead structured improvement work from problem selection through sustained results.

Participants learn how to translate customer, audit, and operational issues into improvement charters; define meaningful quality metrics; map processes using SIPOC and swimlane diagrams; and analyse performance using Pareto charts, cause-and-effect analysis, 5 Whys, run charts, control charts, and capability indices. The programme also covers measurement system analysis, FMEA, CAPA, A3 problem solving, Lean waste identification, control plans, and ISO 9001:2015 process-based thinking. Participants practise deciding which method fits the evidence rather than applying tools mechanically.

Teaching combines instructor-led demonstrations, worked industrial and service-process cases, Excel and Minitab analysis exercises, facilitated peer review, and daily workshops. Each participant develops an improvement project pack based on a live or realistic workplace issue: a charter, process map, baseline measures, root-cause analysis, risk assessment, countermeasure plan, control plan, and implementation roadmap. This provides both the participant and their manager with a practical starting point for a quality improvement project after the course.

The course is suited to quality managers and professionals responsible for quality systems, operational performance, customer complaints, corrective actions, audits, or continuous improvement projects. It is appropriate for those building formal improvement capability as well as experienced practitioners who need a more consistent, data-based approach across their teams.

Course objectives

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

• Define improvement project charters with problem statements, scope, targets, owners, and measurable benefits
• Map end-to-end processes using SIPOC diagrams and cross-functional swimlane flowcharts
• Construct operational definitions and data collection plans for quality performance measures
• Analyse process losses using Pareto charts, stratification, histograms, run charts, and scatter plots
• Diagnose root causes using cause-and-effect diagrams, 5 Whys, verification evidence, and 8D logic
• Evaluate process stability and capability using control charts, Cp, Cpk, and measurement system analysis
• Prioritise improvement actions using FMEA risk priority scoring, Lean waste analysis, and CAPA methods
• Produce an A3-based improvement pack including a control plan, dashboard measures, and implementation roadmap

Benefits of attending

Target competencies

Who should attend

• Quality Managers — who must lead improvement priorities, CAPA activity, and quality performance reviews
• Quality Assurance Managers — who need to turn audit findings and nonconformities into sustained process controls
• Continuous Improvement Managers — who require a common toolkit for selecting, analysing, and governing projects
• Operations Managers — who are accountable for reducing rework, variation, delays, and customer-impacting defects
• Quality Engineers — who analyse process data and support teams with root-cause and capability studies
• Internal Auditors — who need to assess whether corrective actions address systemic causes and remain effective

Requirements and prerequisites

Participants should have basic familiarity with their organisation’s processes, quality measures, and common sources of defects, complaints, rework, or nonconformity. Experience reading simple tables, percentages, and charts is helpful, as is access to an example process or quality issue from work. No prior Lean Six Sigma belt, statistical qualification, Minitab experience, or advanced mathematics is required. Complete beginners can attend and should expect guided instruction in every tool, including charts, process mapping, FMEA, control charts, and CAPA. A laptop with Microsoft Excel is strongly recommended for practical analysis exercises.

Training methodology

The five days combine focused instructor-led teaching with quality-improvement workshops built around manufacturing, service, and transactional-process cases. Participants construct SIPOC and swimlane maps, define measures, analyse sample data in Excel and Minitab, interpret control charts, and test causes against evidence rather than assumption. Small-group reviews challenge project logic, FMEA scoring, and proposed countermeasures. Each day adds a component to an individual improvement project pack, and the final session uses peer and instructor feedback to refine an implementation plan for workplace use.

Course outline

Day 1: Framing Quality Improvement Work

• Quality management responsibilities and the cost of poor quality
• ISO 9001:2015 process approach and risk-based thinking
• Improvement project selection and project charter design
• Voice of customer translation into critical-to-quality requirements
• SIPOC diagrams for defining process boundaries
• Cross-functional swimlane process mapping
• Operational definitions and data collection planning

Workshop: Participants create a project charter, SIPOC diagram, and initial data collection plan for a selected quality problem.

Day 2: Analysing Performance and Root Causes

• Baseline measurement and stratification of quality data
• Pareto analysis of defects, complaints, and failure categories
• Check sheets, frequency tables, and histogram interpretation
• Run charts and trend analysis over time
• Scatter plots and correlation cautions
• Cause-and-effect diagrams using the 6M categories
• 5 Whys, cause verification, and 8D problem-solving logic

Workshop: Participants analyse a defect-data case, identify a verified root-cause hypothesis, and draft an 8D-style problem analysis.

Day 3: Controlling Variation and Process Capability

• Common-cause and special-cause variation
• Control-chart selection for variable and attribute data
• X-bar and R charts for continuous process measures
• p and u charts for defect and nonconformity data
• Control-limit interpretation and reaction plans
• Measurement system analysis and gage repeatability concepts
• Process capability analysis using Cp, Cpk, Pp, and Ppk

Workshop: Participants use Minitab or Excel to build a control chart, assess process capability, and define an escalation response to an out-of-control signal.

Day 4: Designing Risk-Based Improvements

• Lean waste identification in quality-critical processes
• Value stream mapping for delays, handoffs, and rework
• Failure mode and effects analysis structure
• Severity, occurrence, detection, and risk priority scoring
• CAPA containment, corrective action, and preventive action
• Mistake-proofing and standard work countermeasures
• Prioritisation matrices and pilot-test planning

Workshop: Participants complete an FMEA for their process, prioritise countermeasures, and design a controlled pilot for the highest-risk failure mode.

Day 5: Sustaining Results and Reporting Value

• A3 problem-solving reports for management review
• Control plans and process ownership assignments
• Visual management and quality performance dashboards
• Microsoft Power BI measures for quality trend reporting
• CAPA effectiveness checks and internal audit evidence
• Benefits tracking for scrap, rework, complaints, and cycle time
• Stakeholder communication and improvement implementation planning

Workshop: Participants assemble and present their improvement project pack, receiving feedback on the A3, control plan, dashboard measures, and 90-day implementation roadmap.

Tools & standards covered

Microsoft Excel, Minitab, Microsoft Power BI, ISO 9001:2015

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