Value Stream Mapping for Quality and Productivity Training Course

Course overview

Quality failures, delayed hand-offs, excess work-in-progress, rework loops and uneven workloads often sit inside processes that appear busy but do not reliably deliver customer value. Teams may track isolated KPIs such as defect rate, output or turnaround time without seeing how material, information and decisions move across the full process. This course equips operations and quality professionals to expose those system-level constraints and use value stream mapping to target improvement work where it will have measurable effect.

Participants learn to define product families, establish customer demand and takt time, observe actual process conditions, and build current-state value stream maps using cycle time, changeover time, uptime, inventory, first-pass yield and information-flow data. They translate the current state into a future-state design using continuous flow, pull systems, supermarkets, FIFO lanes, pacemaker processes and kaizen bursts. The course also addresses how to connect VSM findings to quality tools including Pareto analysis, root-cause analysis, standard work and process capability measures.

Instruction combines worked examples, map-building workshops, facilitator critique and a realistic cross-functional operations case. Participants practise collecting map data, calculating lead time and process-cycle efficiency, distinguishing value-added from non-value-added activity, and prioritising improvement actions. Each participant leaves with a completed current-state and future-state value stream map, a quantified gap analysis, and a 90-day implementation plan for a selected process in their own organisation or the course case.

The course is designed for professionals who already work with operational processes and need a disciplined method for improving quality, flow and productivity across departmental boundaries. It is particularly valuable where local improvement projects have not resolved end-to-end delay, recurring defects or unreliable delivery performance.

Course objectives

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

• Construct a current-state value stream map using observed material, information and process-performance data
• Calculate takt time, total lead time, process-cycle efficiency and capacity gaps for a selected value stream
• Classify process activity as value-added, necessary non-value-added or waste using Lean waste categories
• Analyse quality losses with first-pass yield, rework-loop and defect-flow data on a value stream map
• Design a future-state map using flow, pull, FIFO, supermarket and pacemaker-process decisions
• Prioritise kaizen bursts using impact, effort, risk and dependency criteria
• Create an A3-style improvement charter linking map findings to root causes, measures and owners
• Develop a 90-day value stream implementation plan with milestones, governance and performance measures

Benefits of attending

Target competencies

Who should attend

• Operations Managers — who need to improve end-to-end flow, delivery reliability and resource utilisation
• Quality Managers — who must reduce recurring defects and connect quality data to upstream process conditions
• Continuous Improvement Managers — who lead Lean initiatives and require a consistent mapping method across teams
• Production Supervisors — who manage daily output, changeovers, queues and hand-offs on the shop floor
• Process Engineers — who redesign workflows and need evidence for capacity, layout and control decisions
• Supply Chain and Planning Professionals — who coordinate demand, replenishment and inventory across operational stages

Requirements and prerequisites

Participants should have practical exposure to an operational, service or transactional process and be comfortable reading basic process metrics such as volume, cycle time, lead time, defect rate and inventory or work-in-progress. Familiarity with Lean terms such as waste, standard work and continuous improvement is useful, but detailed prior value stream mapping experience is not required. Participants should be able to work with simple spreadsheet calculations and process diagrams. No statistical qualification, Six Sigma belt, specialist mapping software or advanced data-analysis capability is required; the course explains the measures used and provides map templates.

Training methodology

The programme uses short instructor-led briefings followed by progressive map-building activities. Participants work from a detailed operations case containing demand, cycle-time, inventory, uptime, defect and information-flow data, then apply the same templates to a process from their own context where appropriate. Facilitated groups conduct a simulated gemba observation, create current- and future-state maps, test pull and flow decisions, and defend their priorities in a management review. The final session converts map findings into an A3 action plan and 90-day deployment roadmap.

Course outline

Day 1: Value stream mapping foundations and current-state scope

• Lean value, customer demand and value-stream boundaries
• Product-family selection using routing and demand patterns
• Current-state map symbols and process-box conventions
• Material flow versus information flow
• Voice of customer, demand rate and takt time
• Value-added, non-value-added and necessary non-value-added work
• Gemba observation planning and data-collection sheets

Workshop: Participants scope a product family and produce a data-collection plan and high-level current-state map for the course case.

Day 2: Measuring flow, capacity and quality losses

• Cycle time, waiting time and total lead-time calculation
• Work-in-progress and inventory-triangle analysis
• Process-cycle efficiency calculation
• Uptime, changeover time and available-capacity measures
• First-pass yield and rolled-throughput yield
• Rework loops, scrap points and defect-flow mapping
• Bottleneck identification using demand-capacity comparison

Workshop: Participants complete a quantified current-state map, calculate key flow measures and identify the primary constraint and quality-loss points.

Day 3: Designing the future state

• Future-state design questions and customer-demand alignment
• Continuous-flow suitability and cell-design considerations
• Pull systems, kanban signals and replenishment triggers
• Supermarkets, FIFO lanes and controlled buffers
• Pacemaker process selection and production-control points
• Heijunka concepts and workload-leveling decisions
• Kaizen bursts and future-state map notation

Workshop: Participants redesign the case value stream and produce a future-state map with flow, pull, buffer and pacemaker decisions.

Day 4: Turning map findings into quality and productivity improvements

• Pareto analysis for defect and delay prioritisation
• Five Whys and fishbone analysis for mapped failure points
• Standard work analysis and work-content balancing
• SMED principles for changeover reduction
• Error-proofing opportunities at quality control points
• Visual management and daily performance boards
• A3 problem-solving structure for value-stream improvements

Workshop: Participants develop an A3 improvement charter for one kaizen burst, including root causes, countermeasures, measures and accountable owners.

Day 5: Implementation governance and application planning

• Impact-effort-risk prioritisation of improvement actions
• 90-day implementation roadmap design
• Leading and lagging measures for flow and quality
• Value-stream performance review cadence
• Cross-functional stakeholder roles and escalation paths
• Pilot design, validation and control-plan updates
• Sustaining gains through standard work and map refresh cycles

Workshop: Participants present their current-state map, future-state map and 90-day implementation plan in a simulated sponsor review and receive facilitator feedback.

Tools & standards covered

Microsoft Excel, Microsoft Visio, Minitab Statistical Software, 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