Mapping the current process (as-is): step by step

Basics 10 min read · Updated November 14, 2026

Mapping the current process records how a process really runs today, not how the manual says it should. You get there by talking to the people who do the work, looking at their workplace and the documents they use, and walking through one real case together: “what happens next?”. Times and volumes are estimated as ranges in the same conversation.

Why the current process comes first

Every improvement is measured against a starting point. If the starting point is the process as described in an old procedure, the analysis will miss the detours that cost the most: the phone call because a field is missing, the printout for the signature, the invoice that sits in someone’s inbox during their holiday.

Mapping the current process also creates a shared picture. Each department usually knows its own part well and the rest only vaguely. Seeing the whole path in one diagram is often the moment when people notice that a case crosses the same two desks three times.

Preparation: scope and participants

Before the first conversation, agree on where the process starts and ends, who the result is for and roughly how many cases there are. This takes half an hour and prevents the mapping from drifting into neighboring processes. See scoping a process with SIPOC.

Then choose the participants: at least one person per role who does the steps personally, the process owner, and someone who moderates. Managers who only know the process from reports are welcome to listen but should not be the ones describing it.

Four sources of information

A good mapping of the current process combines several sources, because each one alone is incomplete:

Running the workshop

Many teams still work with brown paper and sticky notes on the wall, then type everything up afterwards. Mapping directly into a tool on a projector saves the typing and lets the group see the numbers while they talk. Either way, follow one real, recent case rather than the general idea of the process.

Start with the trigger and ask “what happens next?” until you reach the result. Put each step in the lane of the role that does it. At every decision, ask what the alternatives are and how often each one occurs. Write problems on the step where they occur, not on a separate list – that keeps them attached to the place where a measure will have to act.

Record open questions instead of guessing

Almost every mapping session leaves something open: nobody in the room knows who approves above which amount, or the volume has to be pulled from the system first. Do not guess. Write the question down and get it answered before the next session.

In the editor, add a “To clarify” entry to the step (in the step’s details under “Problems, ideas, measures”), type the question and, if you like, who answers it by when. The step then shows a blue flag. Once the answer is in, tick “Clarified” and enter the outcome. Open questions are also listed under Measures in the analysis, in the report and in the shared view, so everyone can see what is still missing before the next session.

Questions to ask at every step

These questions collect the data that the analysis needs later:

QuestionWhat it gives you
How often does this happen per month?Volume, and shares at decisions
How long do you actually work on it?Processing time
How long does it lie before you start?Waiting time
What do you need to start, and what if it is missing?Queries, query rate and the delay they cause
Which system, form or list do you use?IT system, artefacts, media breaks
Who else can do this?Number of people per role and their availability

Estimating times as ranges

Nobody in an office measures their processing times with a stopwatch, and nobody needs to. Ask for three values instead: how long does it take in the best case, typically, and in the worst case. People find this easier than a single number, and the range shows how uncertain the estimate is.

For example, a back-office employee entering an invoice into the ERP might say “usually six minutes, four if everything is clean, twelve if I have to look up the supplier”. The waiting time before that step might be “half a day, sometimes two days”. Record minutes of working time; a working day is the number of working hours per day.

The calculation then runs three times – with all best, all typical and all worst values – which gives a range for the lead time as well. How the times combine into a lead time is explained in lead time calculation.

Record processing time and waiting time separately from the start. “It takes two days” usually means ten minutes of work and two days of waiting.

Typical traps

Step by step: from an empty canvas to the metrics

The “Purchasing via purchase requisition” template in four stages, the way a process takes shape in the editor. Drawn with the app’s export from the model it calculates with.

  1. Purchasing via purchase requisitionPurchasing via purchase requisition: empty Requester Cost centre managers Purchasing Supplier Goods receipt Purchasing via purchase requisition Catalogue item (60%) One-off purchase (40%) Line width = number of cases
    1. Empty: just the lanes, i.e. who takes part in the process.
  2. Purchasing via purchase requisitionPurchasing via purchase requisition: steps Requester Cost centre managers Purchasing Supplier Goods receipt Purchasing via purchase requisition Need identified Fill in purchase requisition missing missing Amount above €1,000? ×0.3 Approve purchase requisition missing missing Approved? Requisition rejected Item in catalogue? ×0.39 ERP Select supplier and obtain quotation missing missing ×0.97 ERP Create and send purchase order missing missing Delivery time ×1.05 ERP Receive and inspect goods missing missing Delivery in order? ×0.08 Email Raise delivery complaint with supplier missing missing ×0.97 ERP Book goods receipt missing missing Goods booked yes · 30% no · 70% yes · 90% no · 10% yes · 60% no · 40% yes · 92% no · 8% Catalogue item (60%) One-off purchase (40%) Line width = number of cases Rework loop Media break Form or document worked in an IT system done manually ×0.3 Passes per case, if not exactly one (below 1: only some of the cases) Problem Measure End without result (cancellation or error)
    2. Steps: tasks, decisions and connections in the order of the flow, still without times.
  3. Purchasing via purchase requisitionPurchasing via purchase requisition: times Requester Cost centre managers Purchasing Supplier Goods receipt Purchasing via purchase requisition Need identified Fill in purchase requisition 10 min 1 h Amount above €1,000? ×0.3 Approve purchase requisition 3 min 2 working days Approved? Requisition rejected Item in catalogue? ×0.39 15% ERP Select supplier and obtain quotation 20 min 2 working days ×0.97 ERP Create and send purchase order 8 min 1 h Delivery time 10 working days ×1.05 ERP Receive and inspect goods 10 min 4 h Delivery in order? ×0.08 Email Raise delivery complaint with supplier 15 min 4 h ×0.97 ERP Book goods receipt 3 min 30 min Goods booked yes · 30% no · 70% yes · 90% no · 10% yes · 60% no · 40% yes · 92% no · 8% Catalogue item (60%) One-off purchase (40%) Line width = number of cases Rework loop Media break Form or document worked in an IT system done manually ×0.3 Passes per case, if not exactly one (below 1: only some of the cases) Query rate Problem Measure End without result (cancellation or error)
    3. Times: processing and waiting time per step. From these the app already calculates the lead time; without case volume and headcount there is no utilization yet.
  4. Purchasing via purchase requisitionPurchasing via purchase requisition: metrics Requester 20 ppl. · 57% Cost centre managers 6 ppl. · 28% Purchasing 2 ppl. · 58% Supplier Goods receipt 2 ppl. · 76% Purchasing via purchase requisition Need identified Fill in purchase requisition 10 min 1 h Amount above €1,000? ×0.3 Approve purchase requisition 3 min 2 working days Approved? Requisition rejected Item in catalogue? ×0.39 15% ERP Select supplier and obtain quotation 20 min 2 working days ×0.97 ERP Create and send purchase order 8 min 1 h Delivery time 10 working days ×1.05 ERP Receive and inspect goods 10 min 4 h Delivery in order? ×0.08 Email Raise delivery complaint with supplier 15 min 4 h ×0.97 ERP Book goods receipt 3 min 30 min Goods booked yes · 30% no · 70% yes · 90% no · 10% yes · 60% no · 40% yes · 92% no · 8% Catalogue item (60%) One-off purchase (40%) Line width = number of cases Rework loop Media break Form or document worked in an IT system done manually ×0.3 Passes per case, if not exactly one (below 1: only some of the cases) Query rate Problem Measure End without result (cancellation or error)
    4. Metrics: with case volume (500 / month), headcount and cost rates, cost, staffing and utilization are added: lead time 12.9 working days, cost per case €38.15, staffing 2.4 FTE, highest utilization Goods receipt at 76%.

Try it in the editor

Current-state capture

The empty template starts with a trigger, a result and two lanes, so you can map the process step by step during the conversation.

Open the example in the editor

Free, no sign-up, in your browser. Lead time, cost and utilization are calculated while you draw.

Frequently asked questions

Should I map in a workshop or in individual interviews?

Ideally both: short interviews to collect details and workarounds, then one workshop to put the whole path together and resolve contradictions.

What if people give very different times?

Record a range from best to worst case and ask why the values differ. Often the difference points to an exception that deserves its own path, or to a query that should be recorded separately.

How detailed should the current process be?

Detailed enough that each step has one role, a processing time and a waiting time. Going below that level rarely changes the result of the analysis.

Can I start with an empty diagram?

Yes. The empty template contains only a trigger, a result and two lanes; you add steps as the conversation progresses.

Self-test

1. Which question gives you the waiting time of a step?
Waiting time is the time a case lies before someone starts working on it; it is asked for separately from processing time.
2. Why ask for a best, typical and worst case?
People estimate more easily in ranges, and the calculation runs with all three values to show a range for the lead time.
3. Where should a problem mentioned in the workshop be recorded?
A problem attached to its step stays connected to the place where a measure has to act later.

Keep learning

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