What is shop floor management?
Shop floor management refers to the direct management, control and continuous improvement of production processes at the point of value creation. The term ‘shop floor’ encompasses the areas where production, assembly, processing, testing or packaging actually takes place.
The focus is on up-to-date information regarding production orders, machinery, staff, quality, deadlines, disruptions and key performance indicators. This information is visualised in a way that is easy for managers and production teams to understand and is analysed during regular meetings.
The aim of structured shop floor management is to identify deviations at an early stage, make decisions directly on the shop floor and consistently follow up on improvement measures.
With a digital shop floor management Production orders, machine allocations, staff, key performance indicators and actions can be displayed in a single visual planning view.
What does the term ‘shop floor’ mean?
The English term ‘shop floor’ refers to the place where operational value creation takes place.
Depending on the company, the shop floor may encompass various areas:
- Manufacturing
- Assembly
- Production
- Packaging
- Quality check
- Maintenance
- Logistics sectors
- Goods Receipt and Dispatch
- Workshops
- Offices close to production facilities
Shop floor management deliberately delegates management and control tasks to this location. Problems should not be analysed exclusively in meeting rooms or on the basis of belated reports, but wherever possible where they arise.
What are the objectives of shop floor management?
Shop floor management is designed to improve leadership, communication and problem-solving in production.
The key objectives include:
- Provide transparency regarding the current production status
- Identify deviations and faults at an early stage
- Reduce response times
- Clearly define responsibilities
- Communicate production targets clearly
- Better coordination of machinery and staff capacity
- Deal with quality issues more quickly
- Reduce downtime
- Improve on-time delivery
- Involve staff more closely in improvements
- promote continuous improvement
- Bringing managers closer to operational processes
The aim is not merely to display key figures. What is crucial is that deviations lead to specific measures and that the implementation of these measures is tracked in a transparent manner.
What tasks are involved in shop floor management?
Shop floor management combines operational production control with visual management and structured communication procedures.
Typical tasks include:
- Monitor production status
- Co-ordinate orders and priorities
- Monitor machine allocations
- Check staff and shift allocation
- Recording faults and quality deviations
- Visualise production key figures
- Carry out shift handover procedures
- Facilitating shop floor meetings
- Define measures and those responsible
- Trigger escalations
- Edit suggestions for improvement
- Compare planned and actual figures
- Document progress and outstanding issues
The exact scope depends on the type of production, company size, shift pattern and management structure.
How does shop floor management work?
Shop floor management typically follows a recurring cycle comprising data collection, visualisation, discussion, decision-making and follow-up.
1. Set objectives and key performance indicators
First, the production targets and key performance indicators relevant to the respective area are defined.
Typical objectives include:
- Production volume
- On-time delivery
- Machine utilisation
- Quality
- Downtime
- Health and safety
- Staffing
- Availability
The key performance indicators should be understandable, influenceable and relevant to the respective shop floor area.
2. Provide planned figures
Specific planned values are set for each shift, machine, production line or work group.
This may include:
- planned quantity
- Scheduled orders
- planned machine utilisation
- planned staffing levels
- planned set-up times
- scheduled maintenance
- scheduled delivery dates
3. Record the current status
Current values and events are recorded during production.
Examples include:
- actual production volume
- Machine status
- Order progress
- Faults
- Committee
- Staff absences
- Shortage of materials
- unplanned waiting times
4. Compare planned and actual figures
The current figures are compared with the planned targets. Deviations are highlighted using colours, symbols or a traffic light system.
A red status should not merely indicate a problem. It must be accompanied by a clear description, a designated person responsible and a planned course of action.
5. Hold a shop floor meeting
In a brief and structured meeting, the current status, deviations and outstanding actions are reviewed together.
The meeting takes place, where possible, directly at the shop floor board or on a digital production monitor.
6. Analyse the causes
In the event of significant discrepancies, the cause of the problem will be investigated.
Possible causes include:
- Machine breakdown
- missing material
- Staff shortages
- Quality deviation
- unrealistic planning time
- missing working documents
- unplanned set-up time
- Disruption in the upstream process
7. Define measures
Specific steps will be agreed for each relevant deviation.
A measure should include at least the following:
- clear description
- person in charge
- Due date
- Priority
- Status
- Expected result
8. Trigger an escalation
If a problem cannot be resolved within the team, it is escalated to the next level of management or the relevant specialist department.
A structured escalation process ensures that issues are not left unresolved.
9. Check the translation
Outstanding measures will be reviewed again at the next meeting. A measure should only be considered completed once the agreed outcome has been achieved.
10. Continuously improve processes
Recurring deviations are not merely rectified in the short term. Their causes are analysed so that processes, standards or planning principles can be improved on a permanent basis.
What is a shop floor board?
A shop floor board is a visual information and management interface for production teams and managers.
It provides a concise overview of the most important information for a particular area.
Typical content on a shop floor board includes:
- Production plan
- Order status
- Machine status
- Shift staffing
- Quality indicators
- Security information
- Faults
- Pending actions
- Responsibilities
- Priorities
- Suggestions for improvement
A shop floor board can be implemented as a physical board or as a digital board on a monitor, touchscreen, tablet or workstation.
Practical example of shop floor management
A manufacturing company produces customised assemblies on four assembly lines. Each line operates on a two-shift basis.
During the early shift, an inspection station on Line 2 is out of action. As a result, finished assemblies cannot be released. At the same time, Line 3 is short of a member of staff with the necessary qualifications.
On the digital shop floor board, shift supervisors can see:
- which orders are affected by the disruption
- which delivery dates are at risk
- which maintenance technician is available
- which qualified staff are deployed in other departments
- whether inspection orders can be moved to an alternative workstation
- what measures have already been taken
The shift supervisor temporarily assigns a qualified employee to Line 3 and has urgent inspection orders processed at another workstation.
The fault, the person responsible and the estimated time to resolution are documented directly on the shop floor board. This provides the late shift with an up-to-date and transparent status during the handover.
Shop floor meetings
Shop floor meetings are short, regular management and coordination sessions held directly on the production floor.
They often last only a few minutes and follow a set agenda.
Typical topics include:
- Health and safety
- Staffing
- Production status
- Quality
- Machines and faults
- Dates and priorities
- Pending actions
- Escalations
The meeting should not turn into a lengthy general discussion. Detailed analyses can be passed on to the relevant people and dealt with outside the daily meeting.
Shift handover in shop floor management
The shift handover ensures that all relevant information is passed on in full to the next shift.
These include, for example:
- ongoing production orders
- Machine faults
- Quality issues
- missing material
- key customer priorities
- Pending maintenance work
- Measures taken
- Security information
Digital documentation reduces the risk of important information being passed on only verbally or being forgotten.
Shop floor management and production planning
The Production planning specifies which jobs are to be carried out, when, and with which resources.
Shop floor management monitors actual operations and shows whether the plan is being adhered to.
Production planning provides, amongst other things:
- Order sequence
- Planned start and end dates
- Machine allocation
- Material requirements
- Staffing requirements
- Delivery dates
Shop floor management supplements these planned figures with up-to-date actual data such as progress, disruptions, scrap and actual processing time.
Planning and shop floor control thus form a closed-loop control system.
Shop floor management and production control
Production control implements production planning in day-to-day operations.
Among other things, it coordinates:
- Order approval
- Order sequence
- Machine allocation
- Staff allocation
- Provision of materials
- Progress monitoring
- Rescheduling in the event of disruptions
Shop floor management provides the necessary transparency for these decisions and structures communication between production and management.
Shop floor management and machine planning
The Machine planning coordinates production orders, plant, set-up times, maintenance and technical capacities.
In shop floor management, current machine statuses are taken into account:
- ready
- In production
- during the set-up process
- disrupted
- Under maintenance
- awaiting materials
- is looking for staff
- Awaiting approval
This enables discrepancies between planned machine utilisation and the actual situation to be identified more quickly.
Shop floor management and staff scheduling
Production orders can only be carried out if there are sufficient qualified staff available.
The Staff deployment planning Takes into account, amongst other things:
- Shift models
- Working hours
- Qualifications
- Machine training
- Holidays and Absences
- Minimum staffing levels
- Springer and representatives
Shop floor management shows whether the planned staffing levels are actually in place and where short-term staff shortages are arising.
Shop floor management and resource planning
The Resource planning connects staff, machines, tools, rooms and other operational resources.
Shop floor management reveals whether these resources are actually available and ready for use during ongoing operations.
Example: A production order has been scheduled on a machine. The machine is available, but the order cannot start because the required test equipment is still in use in another department.
The integration of resource planning and shop floor management makes such dependencies visible at an early stage.
Shop floor management and shift planning
Shift planning determines which employees work on which shifts.
The following are particularly important for shop floor management:
- Minimum staffing levels
- Distribution of qualifications
- Break regulations
- Shift change
- Representatives
- Multi-machine operation
- Absences
A shift may be fully staffed in terms of numbers but still have a skills shortage.
Shop floor management and maintenance planning
Maintenance affects machine availability and production capacity.
Co-ordinated maintenance planning takes the following into account:
- preventative maintenance
- Inspections
- Cleaning services
- Tool change
- Calibrations
- Security checks
- unplanned repairs
Shop floor management shows whether a machine is being serviced as scheduled or has suffered an unplanned breakdown.
Recurring faults can serve as a basis for improvement measures and an adapted maintenance strategy.
Shop floor management and quality management
Quality information is a key component of shop floor management.
Typical quality metrics and events include:
- Scrap rate
- Re-work rate
- Types of errors
- Complaints
- Test results
- Initial approvals
- suspended orders
- Deviation approvals
Quality issues should be directly linked to the production order, machine, shift and corrective action.
This makes it easier to recognise recurring patterns.
Shop floor management and continuous improvement
KVP stands for the continuous improvement process. This involves not only changing processes in large-scale projects, but also improving them on an ongoing basis in small, manageable steps.
Shop floor management supports the continuous improvement process by highlighting problems and ideas for improvement directly within the production environment.
A typical CIP process is:
- Report a discrepancy or suggest an improvement
- Investigate the cause
- Define measure
- Identify the person responsible
- Implement the measure
- Check the effect
- Customise the standard
It is crucial that measures are not merely listed, but are consistently implemented and their effectiveness assessed.
Variation management on the shop floor
Deviation management describes the structured handling of differences between the planned and actual states.
Typical discrepancies include:
- Production volume below target
- Machine downtime
- Order delayed
- Content missing
- Committee on Target Values
- Shift not fully staffed
- Maintenance is taking longer than planned
- Quality approval pending
Any significant deviation should be assessed in terms of its cause, impact, responsibility and corrective action.
Escalation management on the shop floor
Not every problem can be resolved directly by the production team.
An escalation process specifies when and to whom a problem is escalated.
Possible escalation levels are:
- Staff or team
- Shift management
- Production management
- Specialist departments such as maintenance or quality
- Plant management or management
An escalation may be triggered if:
- a delivery date is at risk
- there is a security risk
- a machine is out of action for longer
- A quality issue is affecting several orders
- a measure is overdue
- additional resources are required
Shop floor management and lean management
Shop floor management is often an integral part of a lean management system.
Lean Management aims to reduce waste and continuously improve value-adding processes.
Typical types of waste include:
- Overproduction
- Waiting times
- unnecessary journeys
- unnecessary movements
- excessive stock levels
- Errors and rework
- inappropriate processes
- untapped staff expertise
Shop floor management highlights such problems and establishes fixed procedures for dealing with them.
Shop floor management and visual management
Visual management presents information in such a way that the current status can be recognised quickly and, as far as possible, without the need for further explanation.
Typical visual elements include:
- Traffic light colours
- Status icons
- Diagrams
- Progress indicators
- Machine allocation plans
- Key performance indicator dashboards
- Priority markings
- Warnings
Colours and symbols should be clearly defined across the organisation. A red status must have the same meaning everywhere.
Key performance indicators in shop floor management
OEE
OEE stands for Overall Equipment Effectiveness.
The key figure combines three factors:
- Availability
- Service
- Quality
A simplified formula is:
OEE = Availability × Performance × Quality Rate
OEE helps to highlight losses caused by downtime, reduced speed and quality defects.
Machine availability
Machine availability shows what proportion of the planned production time could actually be used for manufacturing.
Downtime
Downtime refers to periods during which a machine or production line is not operating.
A distinction should be made between planned and unplanned downtime.
Production volume
The production volume shows how many units were produced during a shift, a day or another period.
Plan Fulfilment
The plan fulfilment function compares the actual production volume with the planned target.
A simplified formula is:
Plan fulfilment as a percentage = actual quantity ÷ planned quantity × 100
Scrap rate
The scrap rate indicates the proportion of parts produced that do not meet quality requirements.
Re-work rate
The rework rate covers products that require additional work to be rectified.
Lead time
Lead time refers to the period from the start to the completion of a production order or manufacturing stage.
Set-up time
Set-up time indicates how much time is required to prepare a machine for a new job.
On-time delivery
On-time delivery shows how many production orders are completed within the planned timeframe.
Shift performance
Shift performance compares the production volume, working hours or value added of different shifts.
Duration of disruption
The downtime records how long a machine or process was affected by an unplanned event.
Average repair time
The mean time to repair indicates how long it takes, on average, to resolve technical faults.
Action completion rate
The measure completion rate shows the proportion of agreed measures that were completed on time.
Choosing the right shop floor metrics
A shop floor board should not display as many key figures as possible. What matters are a few relevant and controllable figures.
Suitable key figures should:
- be understandable
- be updated regularly
- have a clear target value
- be influenced by the respective team
- to support a specific decision
- in line with the company’s objectives
Too many key figures make it difficult to get a clear picture and can obscure the truly critical deviations.
Shop floor management and document management
In production, numerous documents and records are required.
These include, for example:
- Work instructions
- Inspection plans
- Drawings
- Set-up instructions
- Maintenance documentation
- Security information
- Shift logs
- Fault reports
- Photos
- Action plans
With an integrated Document management Files can be linked directly to machines, production orders, staff, dates or tasks.
This ensures that the required information is immediately available within the relevant planning context.
Common mistakes in shop floor management
The board contains too much information
Significant discrepancies are lost amongst the numerous key figures, texts and diagrams.
Key figures are not updated regularly
The meeting is based on out-of-date data and is therefore no longer meaningful.
Red key figures remain unchanged unless action is taken
Problems are highlighted, but are not dealt with in terms of responsibility or deadlines.
Shop floor meetings take too long
Detailed discussions prevent a brief and structured consultation.
Managers solve all problems themselves
Employees are not involved in root cause analysis and improvement.
Responsibilities are unclear
Measures are not assigned to any specific person in charge.
Escalation procedures are missing
Problems remain unresolved because the team cannot solve them on its own and no next level of decision-making has been defined.
Planning and shop floor data are separate
Production planning, machine status and actual progress are managed in different systems.
Only results will be considered
Causes and processes are not analysed. As a result, the same problems recur.
Tasks are being closed too early
A task is considered complete even though its actual impact has not yet been verified.
Shop floor management is regarded as a control tool
Staff tend to avoid giving open feedback when the system is used exclusively for monitoring individual performance.
Management are not regularly on site
Shop floor management loses its effectiveness if managers do not consistently support the established routines.
Software as a support tool
Software can support shop floor management by providing centralised information on deadlines, availability, resources and responsibilities. Which solution is suitable depends on the specific process, the available data and the existing systems. One example is Shop floor management with Visual Planning®.
Conclusion
Shop floor management combines visual leadership, production metrics and continuous improvement directly at the point of value creation. Key factors include up-to-date information, clearly defined responsibilities and a reliable process for handling deviations and implementing corrective actions.