methodatlas
Method guideOperations

Standard Work Analysis

A practical method guide: clarify prerequisites and materials, understand the complete process, and look up outputs, pitfalls, and stop criteria.

ComplexityMedium
Time1-3 h
Participants2-6
FormatWorkshop
MaturityCanonical
Plan Standard Work Analysis
01

Prerequisite

What needs to be finished first

Complete firstClear boundary

Choose a repeatable process and product/service family; capture demand, available time, and actual work at gemba.

Without a boundary, cases, periods, or variables become mixed.
Complete firstEvidence access

Customer demand and available time, observed element times, layout, standardized-work combination table, WIP and quality data

Missing sources remain visible as uncertainty.
02

Preparation

What needs to be ready before start

Materials

Customer demand and available time, observed element times, layout, standardized-work combination table, WIP and quality data

People / roles

Frontline operators · team lead · industrial/process engineering · safety/quality · standard owner

Pre-read

Choose a repeatable process and product/service family; capture demand, available time, and actual work at gemba.

Time needed

90–180 minutes per repeatable work cycle plus a pilot across several cycles.

Setup

Prepare a workspace with Takt · Elements · Sequence · WIP · Confirm; separate example from live data.

03

Core question

The one question this method answers

Which safe, quality-capable sequence meets customer takt with the minimum required standard WIP?

04

Flow

Phases with goal, actions, output and pitfall

Actual work is compared with the intended standard so stable steps and variable elements become distinguishable. Deviations become signals of missing clarity or poor conditions. The improved standard supports connected training and quality work.

Standard Work Analysis · working structure

Fictional example

Takt: 420 net minutes / 60 units = 7.0 minutes. Manual 5.3 + walking 0.8 = 6.1 minutes; 0.6 machine minutes run in parallel.

Standard Work Analysis · working structure
SequenceManualWalkMachineQuality/SafetyStandard WIP
Scan reservationAdd evidence and rationale.0.6 min00ID and slot match1 unit in inspection
Fetch unitAdd evidence and rationale.1.8 min0.6 min0Lift aid above 20 kg8 presorted units
Inspect and hand offAdd evidence and rationale.2.9 min0.2 min0.6 min scanVisual and function checkno extra buffer

  1. 1. Manual

    Scan reservation
    0.6 min
    Fetch unit
    1.8 min
    Inspect and hand off
    2.9 min

  2. 2. Walk

    Scan reservation
    0
    Fetch unit
    0.6 min
    Inspect and hand off
    0.2 min

  3. 3. Machine

    Scan reservation
    0
    Fetch unit
    0
    Inspect and hand off
    0.6 min scan

  4. 4. Quality/Safety

    Scan reservation
    ID and slot match
    Fetch unit
    Lift aid above 20 kg
    Inspect and hand off
    Visual and function check

  5. 5. Standard WIP

    Scan reservation
    1 unit in inspection
    Fetch unit
    8 presorted units
    Inspect and hand off
    no extra buffer

All values are fictional.

Reference · original teaching example

  1. 1

    Takt

    Takt time

    Goal

    Takt time: Divide net available time by customer demand and set validity boundary.

    Inputs for this step

    • Choose a repeatable process and product/service family; capture demand, available time, and actual work at gemba.
    • Customer demand and available time, observed element times, layout, standardized-work combination table, WIP and quality data

    Actions

    • Divide net available time by customer demand and set validity boundary.

    Output

    Takt time

    Divide net available time by customer demand and set validity boundary.

    Quality check

    Are time base, demand, and exclusions traceable?

    Pitfall

    Takt is confused with observed cycle time. Calculate takt from demand and measure cycle time separately.

    Timing: 15–25 minutes

  2. 2

    Elements

    Element times

    Goal

    Element times: Break actual work into safe observable elements and measure several cycles.

    Inputs for this step

    • Takt time

    Actions

    • Break actual work into safe observable elements and measure several cycles.

    Output

    Element times

    Break actual work into safe observable elements and measure several cycles.

    Quality check

    Do times show normal variation rather than best case or estimate?

    Pitfall

    Management writes ideal times without operators. Involve operators and measure repeatedly under normal conditions.

    Timing: 30–45 minutes

  3. 3

    Sequence

    Work sequence

    Goal

    Work sequence: Combine manual, walking, and machine time in a sensible order against takt.

    Inputs for this step

    • Element times

    Actions

    • Combine manual, walking, and machine time in a sensible order against takt.

    Output

    Work sequence

    Combine manual, walking, and machine time in a sensible order against takt.

    Quality check

    Does sequence fit takt while retaining safety and quality steps?

    Pitfall

    Quality check is removed to meet takt. Remove waste, preserve mandatory controls, and assess strain.

    Timing: 30–45 minutes

  4. 4

    WIP

    Standard WIP

    Goal

    Standard WIP: Determine minimum standard inventory and material positions needed for stable flow.

    Inputs for this step

    • Work sequence

    Actions

    • Determine minimum standard inventory and material positions needed for stable flow.

    Output

    Standard WIP

    Determine minimum standard inventory and material positions needed for stable flow.

    Quality check

    Is every WIP item justified for smooth operation?

    Pitfall

    Extra inventory hides variation and search problems. State the purpose of each item in process and remove unnecessary buffers.

    Timing: 20–30 minutes

  5. 5

    Confirm

    Confirmed standard

    Goal

    Confirmed standard: Pilot standard with operators, measure deviations, display it, and establish review.

    Inputs for this step

    • Standard WIP

    Actions

    • Pilot standard with operators, measure deviations, display it, and establish review.

    Output

    Confirmed standard

    Pilot standard with operators, measure deviations, display it, and establish review.

    Quality check

    Can several people reproduce takt, quality, and safety?

    Pitfall

    Standard is rolled out as immutable instruction. Label it best current method and define deviation and kaizen path.

    Timing: One to three operating cycles

05

Artifact

What comes out at the end

Sketch: what the artifact looks like

Standard Work AnalysisDokumentierten Standard, tatsächliche Arbeit und Abweichungen vergleichen, um einen besseren Standard und Training abzuleiten
Standard Work AnalysisDas Visual zeigt dokumentierten Standard und tatsächliche Arbeit im Vergleich, daraus sichtbare Abweichungen, Ursachen und einen verbesserten neuen Standard.Standard, gelebte Arbeit und Abweichungen gemeinsam lesenStandard Work Analysis zeigt, ob der Standard zur realen Arbeit passt und wo Training, Prozessbedingungen oder Dokumentation angepasst werden müssen.Standard und Realität nebeneinanderlegenVerbesserung klärenTraining und Aktualisierung schließen die SchleifeDokumentierter StandardSoll-Ablauf, Takt, Qualität undRollenTatsächliche ArbeitGemba-Beobachtung statt AnnahmenSoll/Ist-AbgleichSchrittSollIstBefundVorbereiten3 min5 minMaterialsucheBearbeiten12 min14 minMaschinenstoppPrüfen4 min4 minstabilÜbergabe2 min6 minRollen unklarAbweichungennicht schuldhaft, sondern lernbarUrsachenTraining, Material, Layout oderStandardNeuer Standardrealistisch, trainierbar, stabil
Form

Standardized work with takt time, work sequence, manual/machine/walk time, standard WIP, layout, and review.

Versioning / ownership

Record date, owner, source state, and review date; preserve prior versions.

Tool alternatives
  • Time observation sheet
  • Standardized Work Combination Table
  • Standardized Work Chart

standard-work-analysis-working-template.md

Set subject, evidence, roles, flow, and review.

Standard Work Analysis: Worksheet

Question

To be confirmed

Desired outcome

To be confirmed

Scope

Complete run Time: 90–180 minutes per repeatable work cycle plus a pilot across several cycles.

Complete this worksheet on paper or in your own document during the work.

Preparation for this scope

Method setup

  • Materials: Customer demand and available time, observed element times, layout, standardized-work combination table, WIP and quality data
  • Roles: Frontline operators · team lead · industrial/process engineering · safety/quality · standard owner
  • Advance information: Choose a repeatable process and product/service family; capture demand, available time, and actual work at gemba.
  • Overall time needed: 90–180 minutes per repeatable work cycle plus a pilot across several cycles.
  • Setup: Prepare a workspace with Takt · Elements · Sequence · WIP · Confirm; separate example from live data.

Prepare for the work steps

Takt: Takt time

  • Choose a repeatable process and product/service family; capture demand, available time, and actual work at gemba.
  • Customer demand and available time, observed element times, layout, standardized-work combination table, WIP and quality data

Elements: Element times

  • Takt time

Sequence: Work sequence

  • Element times

WIP: Standard WIP

  • Work sequence

Confirm: Confirmed standard

  • Standard WIP

Standard Work Analysis · working structure

SequenceManualWalkMachineQuality/SafetyStandard WIP
Scan reservation
Fetch unit
Inspect and hand off
  • Scan reservation: Add evidence and rationale.
  • Fetch unit: Add evidence and rationale.
  • Inspect and hand off: Add evidence and rationale.

The blank worksheet contains prompts only.

Reference · original teaching example

Takt: Takt time

Expected artifact: Takt time

Divide net available time by customer demand and set validity boundary.

Entry:

...

  • Are time base, demand, and exclusions traceable?

Elements: Element times

Expected artifact: Element times

Break actual work into safe observable elements and measure several cycles.

Entry:

...

  • Do times show normal variation rather than best case or estimate?

Sequence: Work sequence

Expected artifact: Work sequence

Combine manual, walking, and machine time in a sensible order against takt.

Entry:

...

  • Does sequence fit takt while retaining safety and quality steps?

WIP: Standard WIP

Expected artifact: Standard WIP

Determine minimum standard inventory and material positions needed for stable flow.

Entry:

...

  • Is every WIP item justified for smooth operation?

Confirm: Confirmed standard

Expected artifact: Confirmed standard

Pilot standard with operators, measure deviations, display it, and establish review.

Entry:

...

  • Can several people reproduce takt, quality, and safety?

Open questions and next steps

...

Method guide: https://methodatlas.meierhoff-systems.de/en/methods/standard-work-analysis/run-sheet

06

Example output

Concrete filled scenario, fictional example

Fictional example for orientation. Counts and timings describe this case and are not universal requirements.

standard-work-analysis-beispiel.md

Concrete filled scenario, fictional example

Fictional teaching example

Takt: 420 net minutes / 60 units = 7.0 minutes. Sequence: 5.3 manual + 0.8 walking = 6.1 minutes; 0.6 scan machine minutes run in parallel.

SequenceManualWalkMachineQuality/SafetyStandard WIP
Scan reservation0.6 min00ID and slot match1 unit in inspection
Fetch unit1.8 min0.6 min0Lift aid above 20 kg8 presorted units
Inspect and hand off2.9 min0.2 min0.6 min scanVisual and function checkno extra buffer
07

Pitfalls

Recognize symptoms and steer against them

Quick overview, the full text is in the matching phase in the flow

  1. Takt timeTakt is confused with observed cycle time.View in phase
  2. Element timesManagement writes ideal times without operators.View in phase
  3. Work sequenceQuality check is removed to meet takt.View in phase
  4. Standard WIPExtra inventory hides variation and search problems.View in phase
  5. Confirmed standardStandard is rolled out as immutable instruction.View in phase
08

Stop criteria

When to pause, resolve prerequisites, or choose another approach

Stop Takt: Are time base, demand, and exclusions traceable?
Stop Elements: Do times show normal variation rather than best case or estimate?
Stop Sequence: Does sequence fit takt while retaining safety and quality steps?
Stop WIP: Is every WIP item justified for smooth operation?
Stop Confirm: Can several people reproduce takt, quality, and safety?

Method after Lean Community. The method comes from lean management, the Toyota Production System, or adjacent lean practice. Curated with 1 sources.

Sources: Standard Work Analysis

Flow, timeboxes, and pitfalls are editorially curated practice recommendations based on the listed sources.

Where to go next?

Paper illustration for Kaizen Event.
Operations
Kaizen Event

Uses the confirmed standard as the starting point for a focused improvement event.

Visual Management workspace showing the question, observations, and next decision.
Operations
Visual Management

Makes deviations from the confirmed standard visible right at the work area.

View in playbookSystematically Solve a Recurring Operations ProblemMove from direct on-site observation through a structured DMAIC treatment to a new, anchored standard.

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