Rotation Schedule Generator

Paste participants and station names, choose the number of rounds, and generate a simple rotating schedule without sending data anywhere.

Participants — one per line

Stations / roles — one per lineRounds

Core random, wheel & group workflows

Use the broad picker, number, wheel, name, team or dice workflow first. Move to a specialist only when the probability model or output structure genuinely changes.

All 35 random tools

Random Number GeneratorSecure integer draws & unique mode Random PickerPick names or items from a list Spin the WheelVisual choice wheel & winner history Random Name GeneratorGenerate names in local batches Random Team GeneratorSplit a roster into teams Dice RollerCustom dice count & sides Yes or No WheelBinary decision with visible odds Weighted WheelCustom non-negative probability weights

Timed rotation & fairness handoff

The fast cyclic schedule above remains first. This optional workspace reads the same participant, station and round inputs, preserves the displayed cyclic rule, and adds local wall-clock timing, load evidence, CSV and ICS handoff.

Start dateStart timeMinutes per roundGap between rounds

Participant	Unique stations visited	Total assignments	Repeat visits

Rotation evidence

ICS times are floating local wall-clock values; confirm the venue time zone after import.

Fairness and randomness boundaries

Random selection can make equal-probability choices from the entered pool, but it cannot prove that the input list itself is appropriate or unbiased. Visual wheel/dice animations are presentation only. Seeded tools remain reproducible pseudo-random workflows rather than cryptographic randomness, and rating-balanced teams use a transparent heuristic rather than an optimal or human-judgment model.

How to use this Rotation Schedule Generator

Paste participants and station names, choose the number of rounds, and generate a simple rotating schedule without sending data anywhere.

How it works

This tool runs locally in your browser. Randomized workflows use browser cryptographic randomness where selection or shuffling is required; deterministic schedule tools follow the displayed rotation or round-robin rules.

Rotation coverage is periodic

Participant i moves to station (i + round) modulo the station count. Everyone reaches each station once per station-count cycle; additional rounds intentionally repeat the cycle.

Practical guide and verification

Use the tool first, then apply these checks to verify the inputs, interpret the result, and hand it off without displacing the primary workflow.

Define what fairness means for this rotation

A cyclic station schedule guarantees a predictable visit pattern, but fairness can also mean equal station exposure, equal idle time, balanced difficult assignments or accommodation constraints. Decide which dimensions matter before treating a mathematically even cycle as operationally fair.

Check participant and station counts together

When there are more participants than stations, some stations will host multiple people in the same round. When there are more stations than participants, some stations remain unused. Review per-round load and per-participant visit counts so capacity limits are not hidden by a neat-looking table.

Use dates and durations as handoff metadata

Adding a start date, start time and minutes per round turns an abstract cycle into an operational schedule. Verify breaks, setup time and time-zone expectations before importing an ICS file; the browser workspace uses visible local wall-clock values rather than pretending to know a remote venue’s time-zone rules.

Export evidence before making manual edits

CSV and ICS outputs preserve the generated assignment order. If you later swap people, skip a station or add exceptions, keep the edited version as a new artifact and re-check fairness. Otherwise the original audit metrics no longer describe the schedule people will actually follow.