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As of 13 August 2026, AI can design your wedding seating plan.
Most people should do this themselves; the prompt is on this page.
Can you do it?
5 minutesto a draft.
30 minutesto something you’d act on.
Cost, all in£0
Skill neededchat-fluent
Who has to check ityou
What the alternative costsNo priced human or specialist alternative is provided in the available tool data.
If this goes wrong: guests are placed with someone unsuitable or a table exceeds its capacity, and you change the plan before printing or sending it to the venue.
What to actually do
Do it yourself
The route this page recommends
A chat interface, chat-fluent skill, and roughly 30 minutes until you can act on the result.
How to actually do it
- Open a spreadsheet and make a complete guest list with one person per row, including partners, household groups, accessibility needs and any people who must or must not sit together.
- Write down the number, shape and capacity of every table, plus the couple's preferred table arrangement and any venue restrictions.
- Add a separate list of hard constraints and softer preferences, keeping facts such as family relationships separate from guesses about who will get on.
- Paste the guest list, table details and constraints into a chatbot using the prompt, then ask it to produce the table-by-table plan and spreadsheet-ready version.
- Compare the output against the spreadsheet by checking that every guest appears exactly once, every table is within capacity and every hard constraint is marked correctly.
- Ask the chatbot to revise only the specific errors or conflicts you found, then repeat the name and capacity checks on the revised plan.
- Send the checked table allocations to the venue or wedding coordinator for a practical layout check before printing place cards or a table plan.
Prompt
Design a wedding seating plan from the information below. Do not invent guests, relationships, constraints or venue details. Treat hard constraints as mandatory, treat preferences as suggestions, and flag any conflict instead of silently breaking a hard constraint. Wedding details: - Number and shape of tables: [for example, 10 round tables] - Seats available at each table: [details] - Couple's preferred table or top-table arrangement: [details] - Venue or layout restrictions: [details] Guest list, with one person per line: [Name | group or relationship | partner or household | children or age group if relevant | accessibility or dietary seating needs] Relationships and constraints: - People who must sit together: [details] - People who should not sit together: [details] - People who would get on well: [details] - Guests who need particular accessibility, sightline or proximity arrangements: [details] - Any other preferences: [details] Produce: 1. A table-by-table list of every guest. 2. A count of guests and seats at each table. 3. A list of every hard constraint and whether the plan satisfies it. 4. Any unresolved conflicts, missing information or assumptions. 5. A short, neutral reason for each table's mix. 6. A plain text version that can be copied into a spreadsheet. Check that every guest appears exactly once, no table exceeds its capacity, partners and required groups are handled as specified, and no unprovided fact is treated as true. Do not claim that the arrangement will prevent awkwardness or guarantee that guests will enjoy it.
Open it prefilled in ChatGPT or Claude, or copy it into Gemini, which takes no prefill link.
Use a tool built for this
Second choiceHand it to a person
The distant thirdA person who owns the outcome does this end to end, worth it when the failure is dear.
What it gets wrong
- AI does not know the private history behind a family conflict unless you explain it, and it cannot infer which polite preference is actually a firm boundary.
- AI cannot predict whether two guests will enjoy sitting together or whether a table will feel comfortable in person.
- AI may treat vague descriptions such as "keep the groups balanced" as if they were precise rules.
- AI can produce a tidy-looking plan while missing a duplicate, omission or capacity error, so the guest list still needs a manual check.
- AI does not know the venue's real sightlines, noise levels, access routes or final furniture layout unless the venue confirms them.
Even on a YES, the friction has a name: relationship, judgement under ambiguity and context depth.
How we scored this
Five axes, each scored nought to two by hand: ten means AI carries the task cleanly, and the thresholds that turn a total into YES, PARTLY or NO are published in the methodology. Each axis name links to its definition.
| Axis | Score (0–2) |
|---|---|
| Output | 2 |
| Inputs | 2 |
| Verification | 2 |
| Liability | 2 |
| Effort delta | 2 |
| Total | 10 / 10 |
The methodology and its thresholds are published in full.
FAQ
- Can ChatGPT make a wedding seating plan?
- Yes. Give it the complete guest list, table capacities and clear rules about people who must or must not sit together. Check every name and table yourself because it cannot know the private context behind a seating decision.
- What information does AI need to make a wedding seating plan?
- It needs every guest's name, the available tables and their capacities, partner or household links, accessibility needs, firm conflicts and softer preferences. It also needs any top-table or venue restrictions.
- Can AI decide who should sit together at my wedding?
- It can suggest combinations based on the relationships and preferences you describe. It cannot judge private history, chemistry or family sensitivities that you have not supplied, so treat the result as a draft rather than a decision made for you.
- How do I check an AI wedding seating plan?
- Compare it with your guest spreadsheet and check that every person appears exactly once, no table exceeds its capacity and every hard constraint is met. Ask the venue or wedding coordinator to check the physical layout before you print the final plan.
Nearby answers
Assessed by gpt-5.6-luna (gpt-5.6-luna) on 2026-08-13, second-checked by an independent model. Wrong somewhere? Email [email protected] and it gets re-checked.
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