Lean Silver Certification study plan
Lean Silver Certification · Give each week a clear focus.
8 weeks · About 7 hours per week
Lean Fundamentals and Principles
Define and correctly distinguish the five Lean principles (value, value stream, flow, pull, perfection) using your own words and one workplace example each
Classify the eight wastes (TIMWOODS) and identify at least three examples of each from a process you personally know
Explain how takt time, cycle time, and lead time differ, and compute each from a small numeric scenario
Contrast push versus pull systems and describe how a kanban signal authorizes replenishment
Your checkpoint
A one-page personal glossary of 25 Lean fundamentals terms, each with a one-sentence definition and a real workplace example, self-quizzed to 90% accuracy
Lean Fundamentals and Principles & Value Stream Mapping and Analysis
Map the seven value-stream mapping steps from product-family selection through future-state design
Distinguish current-state from future-state maps and list the data boxes required for each process step (cycle time, changeover, uptime, yield, batch size)
Calculate value-added ratio, process cycle efficiency, and total lead time from a simple ten-step map you construct
Identify the three flow enablers (takt, continuous flow, supermarket pull) and decide where each applies on your map
Your checkpoint
A hand-drawn current-state value stream map of a real or realistic process with all data boxes filled and a computed process cycle efficiency percentage
Value Stream Mapping and Analysis
Construct a future-state map from your current-state map, marking kaizen bursts for each gap
Apply the eight value-stream mapping questions (takt, finished-goods strategy, flow, supermarket pulls, pacemaker, leveling, increment, improvements) in sequence
Draft a value-stream plan with owner, target date, and measurable outcome for each kaizen burst
Explain how to select a product family using a product-process matrix or routing analysis
Your checkpoint
A future-state map plus a value-stream plan table with at least six kaizen bursts, each assigned an owner, a metric, and a target date
Continuous Improvement and Problem Solving
Apply the PDCA cycle to a real problem, writing each phase's inputs and outputs explicitly
Complete a structured root-cause analysis using 5 Whys and a fishbone diagram, and verify the root cause with data rather than opinion
Distinguish containment, correction, and corrective action, and explain why containment precedes root-cause work
Define a SMART problem statement and countermeasure with a measurable target condition
Your checkpoint
A completed A3-style problem-solving document (problem, current condition, root cause, countermeasure, target, follow-up plan) for a real process issue
Continuous Improvement and Problem Solving & Lean Leadership and Culture
Compare kaizen, kaizen blitz, and daily incremental improvement events by scope, duration, and facilitation needs
Explain standard work as the baseline for improvement, including takt, work sequence, and standard in-process stock
Describe gemba walks and list the observation behaviors that separate coaching from auditing
Explain how leader standard work and visual management sustain gains after an improvement event
Your checkpoint
A standard work sheet for one process (work sequence, takt, standard WIP, key quality points) plus a 15-minute gemba walk observation log with three findings
Lean Leadership and Culture
Articulate how respect for people and continuous improvement reinforce each other, with concrete leader behaviors for each
Design a leader standard work template covering daily, weekly, and monthly routines at one leadership level
Explain the role of a daily management tiered huddle structure and what escalates between tiers
Identify the cultural failure modes that cause Lean transformations to stall (tool-focused deployment, absent sponsorship, fear of surfacing problems)
Your checkpoint
A leader standard work template and a one-page tiered huddle design (tiers, timing, metrics, escalation rules) for a chosen department
Lean Implementation and Deployment
Sequence a Lean deployment using value-stream selection, pilot scope, and rollout logic, and justify the order
Explain the role of the Lean promotion office, line ownership, and the transition from consultants to internal capability
Define leading and lagging deployment metrics and build a balanced scorecard for a pilot value stream
Describe how 5S, visual management, and standard work are sequenced relative to flow and pull implementation
Your checkpoint
A 12-month deployment roadmap for one value stream with phased milestones, named owners, and a metric dashboard
Lean Fundamentals and Principles & Value Stream Mapping and Analysis & Continuous Improvement and Problem Solving & Lean Leadership and Culture & Lean Implementation and Deployment
Reconstruct each domain's core frameworks from memory using blank-page recall, then correct gaps against your notes
Complete timed practice sets weighted by domain percentage and review every missed item to root cause
Explain the difference between tools and thinking in at least three exam-style scenarios to avoid superficial answers
Rehearse the most commonly confused pairs: lead time vs cycle time, push vs pull, correction vs corrective action, leading vs lagging metrics
Your checkpoint
A full-length timed practice exam scored at or above 85%, plus a one-page error log categorizing every miss by domain and cause
Milestones
Week 2: Can name the five Lean principles and eight wastes from memory, and explain takt, cycle, and lead time with worked numbers, without notes
Week 4: Can produce a current-state and future-state map with correct data boxes and a value-stream plan, and can walk through a complete PDCA and root-cause analysis unaided
Week 6: Can explain standard work, gemba coaching, and leader standard work, and has drafted a leader standard work template and huddle design
Week 7: Can justify a deployment sequence and distinguish leading from lagging metrics, and has a completed 12-month roadmap
Week 8: Scores 85% or higher on a full-length timed practice exam with every error logged and root-caused by domain