Calculate takt time from available production time and confirmed customer demand for a defined period.
Quality & Productivity
Line Balancing and Takt Time Analysis for Manufacturing Flow
Calculate takt time from real demand, assign tasks to stations using recognised line balancing methods, and use yamazumi charts to find and remove the bottleneck holding back manufacturing flow.
🗓️Duration5 training days
📚Content4 modules · 8 sessions
🎓On completionAccredited attendance certificate
About the programme
Course Overview
A line can run every station at full effort and still under-produce, because effort and balance are not the same thing. Takt time analysis sets the pace a line must keep to meet real demand, and line balancing distributes work content across stations so no single station paces the whole line while others wait. This course teaches the arithmetic of takt time, the recognised methods for assigning tasks to stations, and the yamazumi and standard work combination tools that make imbalance visible before it becomes a shortfall. Teaching moves from timing tasks and building a precedence diagram through applying a balancing method, to locating a bottleneck and rebalancing after a demand or product change. Participants work with cycle time data and task lists from their own lines wherever possible, extending the method to mixed-model production where task content varies by unit. Participants finish able to calculate takt time, balance a line to it, and defend a rebalance with data rather than instinct.
Expected Learning Outcomes
Time task elements and build a precedence diagram that records which tasks must precede others.
Apply a recognised line balancing method to assign tasks to the minimum number of stations.
Calculate balance efficiency and balance delay to judge how close a station layout is to ideal.
Build a yamazumi chart and standard work combination table that make workload imbalance visible.
Locate a bottleneck station and distinguish task-content causes from equipment or material causes.
Rebalance a line after a demand or product change, trialling the new assignment before it is fixed.
Who Should Attend
Industrial engineers and line designers responsible for station layout and task assignment.
Production supervisors and team leaders managing daily output against a takt target.
Lean practitioners and continuous improvement specialists addressing line imbalance.
Manufacturing and process engineers introducing a new product or model onto an existing line.
Operations managers accountable for throughput and labour efficiency on assembly lines.
Plant layout and methods engineers planning station counts for a capacity change.
Course Modules
Select any module to see its sessions and points.
01Calculating Takt Time and Mapping the Current Line
2 sessions · 8 points
Session 1Calculating Takt Time from Demand and Available Time
- Calculate takt time by dividing available production time by confirmed customer demand for the period.
- Adjust available time for planned breaks, changeovers and maintenance before it is used in a takt calculation.
- Recalculate takt time when demand shifts, distinguishing a genuine trend from short-term order variation.
- Communicate takt time to the team as a pace to design against, not a speed to chase station by station.
Session 2Recording Cycle Times and Building a Precedence Diagram
- Time each manual and machine element in a task using direct observation rather than an estimate from memory.
- Build a precedence diagram that records which tasks must occur before others regardless of station assignment.
- Separate value-adding work content from walking, waiting and adjustment time within each recorded cycle.
- Validate recorded cycle times against several operators and cycles before using them to design station content.
02Balancing Work Content Across Stations
2 sessions · 8 points
Session 1Applying Line Balancing Methods to Assign Tasks to Stations
- Apply the largest candidate rule or ranked positional weight method to assign tasks to a minimum of stations.
- Calculate the theoretical minimum number of stations from total work content and the target takt time.
- Assign tasks to stations so no station's content exceeds takt time while idle time is spread evenly.
- Calculate balance efficiency and balance delay to judge how close the proposed layout is to ideal.
Session 2Building Yamazumi Charts and Standard Work Combination Tables
- Build a yamazumi chart that stacks each operator's task times so imbalance across stations is visible at a glance.
- Complete a standard work combination table showing manual time, walking time and machine time for each station.
- Use a yamazumi chart to test a proposed rebalance before committing operators to a new station layout.
- Set a visual takt image at each station so operators can judge their own pace against the line's target.
03Identifying and Resolving Bottlenecks and Imbalance
2 sessions · 8 points
Session 1Locating the Bottleneck Station and Its Root Cause
- Identify the bottleneck station as the one whose cycle time is closest to or exceeds the calculated takt time.
- Distinguish a bottleneck caused by task content from one caused by an equipment fault or material shortage.
- Use downtime and cycle time data together to confirm a suspected bottleneck before moving work away from it.
- Quantify the output lost to a bottleneck station over a shift to justify the resource spent resolving it.
Session 2Rebalancing a Line After a Demand or Product Change
- Rebalance station assignments when takt time changes following a confirmed shift in customer demand.
- Move a discrete task between adjacent stations to relieve a bottleneck without redesigning the whole line.
- Assess the labour, training and layout impact of adding or removing a station during a rebalance.
- Trial a proposed rebalance for a limited run before making the new station assignments permanent.
04Extending Balancing to Mixed-Model and Multi-Line Environments
2 sessions · 8 points
Session 1Balancing Mixed-Model Lines With Varying Task Content
- Calculate an average cycle time across a product mix so station assignments suit every model, not just one.
- Sequence models on a mixed line to spread heavy-content units rather than clustering them together.
- Design station content with enough flexibility that a model change does not require a full rebalance.
- Track how the product mix ratio for a period affects the theoretical station count and staffing needed.
Session 2Sustaining Balance Through Ongoing Review and Operator Involvement
- Review line balance on a fixed schedule rather than only after a complaint about pace or output shortfall.
- Involve operators in re-timing their own stations so the resulting balance reflects the actual work performed.
- Set a trigger, such as a takt time change of a set margin, that reopens the line balance for review.
- Record balancing decisions and their rationale so a future rebalance is not started from a blank page.
What the participant receives
4 course modules
A structured syllabus
8 training sessions
across 5 days
32 detailed points
Applied, detailed content
Accredited attendance certificate
On completing the programme
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