Planning a school trip used to take half a day. Here's how that's changing

School trips are brilliant. The planning for school trips is considerably less so. If you've ever found yourself on your third hour of risk assessment on a Wednesday evening, this one's for you.

The trip planning problem

A standard day trip involves: a permission letter to parents, a risk assessment, a medical information request, an itinerary, a packing list, a staff briefing, and often a follow-up communication. None of these are complicated documents. But together, they add up to a lot of time — especially when you're doing them for a school that runs multiple trips a term.

Where AI helps most

The permission letter. Give AI the destination, date, cost, and any key information, and it'll produce a well-structured parent letter in seconds. You review, personalise, and send. What used to take 30 minutes takes five.

The risk assessment framework. This one requires care — you should never publish a risk assessment you haven't properly reviewed — but AI can produce a comprehensive framework covering common risks for your type of trip. Starting from a thorough draft is much faster than starting from scratch, and means you're less likely to miss something.

The itinerary. Give AI the venue, timings, and group size and it'll produce a structured itinerary you can share with staff and parents. Again, you review and adjust — but the structure is there instantly.

The packing list and pupil guidance. A friendly, age-appropriate packing reminder for parents takes about 30 seconds to generate and usually needs minimal editing.

What AI can't do

AI can't do the site visit, it can't assess the specific risks of your venue on the day, and it can't make the professional judgements that an experienced trip leader makes — and the DfE guidance on educational visits makes clear that professional oversight is essential. Those things remain human. But the paperwork that surrounds them? That's where AI earns its keep.

One of the schools we work with estimated that AI had saved their trip coordinator about three hours of admin per trip. Over a full year of school trips, that adds up to a significant amount of time back.

The bit that always takes longest

Ask any teacher who has organised a school trip and they'll tell you the same thing: it's not the trip itself that's exhausting, it's the weeks of administration before it. The permission letters. The dietary requirement forms. The risk assessment. The letter to parents explaining what to wear and what to bring. The reminder letter the week before. The itinerary for staff. The contact list.

Each of these is a relatively small task on its own. Together, they represent several hours of writing that could be spent on almost anything else — and that tends to fall on already-busy teachers who are also trying to prepare the actual educational content for the trip.

The tasks where AI genuinely helps

Permission letters and parent communications are where AI is most immediately useful for trip planning. The structure of these documents is always the same — date, destination, purpose, cost, consent — and AI produces solid first drafts in seconds. You add the specific details, check the dates, and it's done.

Risk assessment templates are another strong use case, though with an important caveat. AI can give you the framework and prompt you through the standard categories — transport, activities, supervision ratios, emergency procedures — but the specific local knowledge needs to come from the people who are actually doing the site visit. The template saves time; the judgement is still yours.

What to say to cautious colleagues

Some teachers are nervous about using AI for anything connected to safeguarding or duty of care — and that instinct is healthy. The right response isn't to dismiss that concern, it's to be specific about where AI does and doesn't sit in the process.

AI drafts the letter. You approve it. AI suggests risk categories. Your designated staff member completes the assessment on site. AI is a drafting tool, not a decision-making one. When that distinction is clear, most concerns evaporate.

The bit that always takes longest

Ask any teacher who has organised a school trip and they'll tell you the same thing: it's not the trip itself that's exhausting, it's the weeks of administration before it. The permission letters. The dietary requirement forms. The risk assessment. The letter to parents explaining what to wear and what to bring. The reminder letter the week before. The itinerary for staff. The contact list.

Each of these is a relatively small task on its own. Together, they represent several hours of writing that could be spent on almost anything else — and that tends to fall on already-busy teachers who are also trying to prepare the actual educational content for the trip.

The tasks where AI genuinely helps

Permission letters and parent communications are where AI is most immediately useful for trip planning. The structure of these documents is always the same — date, destination, purpose, cost, consent — and AI produces solid first drafts in seconds. You add the specific details, check the dates, and it's done.

Risk assessment templates are another strong use case, though with an important caveat. AI can give you the framework and prompt you through the standard categories — transport, activities, supervision ratios, emergency procedures — but the specific local knowledge needs to come from the people who are actually doing the site visit. The template saves time; the judgement is still yours.

What to say to cautious colleagues

Some teachers are nervous about using AI for anything connected to safeguarding or duty of care — and that instinct is healthy. The right response isn't to dismiss that concern, it's to be specific about where AI does and doesn't sit in the process.

AI drafts the letter. You approve it. AI suggests risk categories. Your designated staff member completes the assessment on site. AI is a drafting tool, not a decision-making one. When that distinction is clear, most concerns evaporate.