What you will get from this page
Map food and dish-return routes, measure the waits, and compare a practical station change against the same service conditions.
Map the real path of a dish
Trace receiving → storage → prep → cook → pass → service → dish → waste. Note every reverse movement and every shared surface that creates queues.
Zone by function, not by habit
Separate clean and dirty routes, keep high-use storage close to the stations that need it, and place the pass where FOH can collect without entering hot lines.
Design for peak, not average
Average covers hide the Friday crush. Equipment capacity, landing space, and dish machine throughput should be tested against peak tickets per hour.
Small fixes before rebuilds
Often the first wins are mise layout, ticket rail position, shared tool placement, and dish landing. Major steel moves come after the operational case is clear — see kitchen design and build when structural change is justified.
Put the guide to work
Follow one ticket, then test one change
Map food and dish-return routes, measure the waits, and compare a practical station change against the same service conditions.
The timing comparison is a worked example, not a measured myCHEF client result. Cooking time and food standards stay unchanged.
- Sample ticket before
- 18 min
- Sample ticket after
- 14 min
- Less waiting in this example
- 4 min
1. Draw the two routes separately
Use the sequence below to trace the food route through the actual room. Mark every handoff, backtrack and shared landing surface. Then trace returning dishes separately.
Food route
- Receiving
- Storage
- Preparation
- Cooking
- Pass and collection
Return route
- Dining area
- Dirty dish landing
- Washing
- Clean storage
- Receive and store
Check the delivery and move it to its designated storage.
- Prepare and cook
Bring the planned batch to the correct station.
- Plate and collect
Finish at the pass; service staff collect from its guest-facing side.
- Return route: dining area, dish landing, washing, clean storage. Keep this separate from ready-to-serve food.
- On your sketch, mark a crossing with an X and a queue with its observed waiting time. The busiest crossing is often a useful first test.
2. Compare the same dish and workload
In this example, garnishes move within reach of the plating station and one person owns collection from the pass. The cook step is unchanged. Record several comparable tickets before judging the effect.
On smaller screens, scroll the table to see every column.
| Stage | Before | After | What changed |
|---|---|---|---|
| Order to cooking start | 4 min | 2 min | Station supplies prepared before the rush. |
| Cooking | 10 min | 10 min | Same method and cooking requirements. |
| Finished plate to collection | 4 min | 2 min | Clear pass ownership and collection point. |
| Total | 18 min | 14 min | 4 minutes removed from waiting, not cooking. |
3. Keep a fair trial log
- Log ticket type, covers during the window, team on duty and any equipment outage.
- Compare the median and slowest tickets as well as the average. A fast average can hide a congested station.
- Count remakes, missed items and collisions. A shorter ticket time is not a win if those increase.
- Test one change at a time. Keep the change only when the team can repeat it in comparable service conditions.
Your next step
Pick the point where tickets wait longest. Agree one reversible change with the station owner and measure the next comparable service.
Related commercial service
Commercial Kitchen Design and Build
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