Stripe Young Scientist & Technology Exhibition 2027: A Parent-Friendly Guide

Stripe Young Scientist & Technology Exhibition 2027: A Parent-Friendly Guide

The Stripe Young Scientist & Technology Exhibition is one of Ireland's most recognised STEM opportunities for secondary school students.

For families, it can feel exciting but also a little daunting. Unlike a short quiz or written competition, this is a project-based event. Students need an original idea, a clear research question, careful documentation, and the confidence to explain their work to judges and visitors.

The Stripe Young Scientist & Technology Exhibition is not about memorising science facts. It is about asking a meaningful question and investigating it seriously.

The 2027 exhibition takes place from 6-9 January 2027, with student project entries due by 17:00 on Friday, 25 September 2026.

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What is the Stripe Young Scientist & Technology Exhibition?

The Stripe Young Scientist & Technology Exhibition, often shortened to Stripe YSTE, is an annual science competition for secondary school students across Ireland.

It is built around original research projects. Students identify a question, investigate it, collect evidence, and present their findings. Each year, thousands of students submit proposals, and around 550 projects are selected for display at the four-day exhibition in Dublin.

At the exhibition, students present their work to judges and the public. The event ends with awards, including the overall title of Stripe Young Scientist & Technologist of the Year.

👉 Parent rule of thumb: this is closer to a research project or science fair than a normal exam-style competition.

Key 2027 dates

These dates are important because the strongest projects usually need time. Students should not wait until September to think of an idea.

Who is it for?

Stripe YSTE is for second-level students across Ireland who want to explore science, technology, engineering, maths, social science, health, or real-world problem-solving through a project.

It can suit students who:

• are curious about how things work
• like asking questions
• enjoy experiments, surveys, building, coding, testing, or analysis
• can work steadily over several months
• are willing to document their process
• enjoy explaining ideas to other people

It is not only for students who already know they want a STEM career. It can also be a powerful way for students to discover whether research, engineering, data, health, environment, or technology topics interest them.

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What kind of project works well?

A strong project usually starts with a clear question.

Not:

"Climate change."

Better:

"Can a simple low-cost sensor system help our school monitor classroom air quality?"

Not:

"AI in healthcare."

Better:

"Can a simple machine learning model classify plant leaf damage from phone photos?"

Good projects tend to be:

• specific
• testable
• realistic for a student timeline
• connected to a genuine problem
• based on evidence, not just opinion
• clear enough to explain in a short proposal

👉 A good YSTE idea is not necessarily the biggest idea. It is the idea a student can actually investigate well.

How entry works

The official entry process asks students to submit a clear project proposal through the online portal.

For 2027, students need to submit a one-page project proposal of up to 500 words by the student deadline. The teacher also completes a separate teacher assessment form.

If the project is selected, the student then prepares the full exhibit.

According to the official FAQ, required project materials include:

• project book
• project diary
• display board
• 3-minute video

This means students should document their work from the beginning. The project diary is not something to create at the end. It should record decisions, trials, mistakes, data, observations, and changes as the project develops.

Individual or group project?

Students can enter individually or as a group.

Groups usually consist of two or three members, ideally in the same age group and from the same school.

Group projects can be excellent, but only when the team works well. Parents should help students think honestly about whether the group can communicate, share workload, and meet deadlines.

❌ Avoid choosing a group only because it feels less scary.
✔ Choose a group when the project genuinely benefits from teamwork.

How much work does it involve?

Stripe YSTE is a substantial commitment.

It is not the kind of competition where a student can simply revise for a week and sit a paper. A good project may involve:

• background research
• trial experiments or prototypes
• data collection
• ethical or safety considerations
• analysis
• writing
• preparing a display
• practising explanations

For many students, the workload is manageable if they start early and choose a realistic project.

The risk is choosing an idea that is too broad, too technical, or too dependent on equipment the student cannot access.

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How parents can help

Parents do not need to become science supervisors. The student's work should remain their own.

But parents can help in healthy ways:

• encourage the student to narrow the question
• help plan a timeline
• ask what evidence the project will collect
• remind the student to record progress
• help them practise explaining the project
• support transport, materials, or scheduling
• keep the pressure reasonable

The most useful parental role is often asking calm questions.

For example:

• What exactly are you trying to find out?
• How will you test that?
• What result would surprise you?
• What data will you collect?
• What could go wrong?
• Can you explain this to someone who is not a scientist?

These questions help the student think more clearly without taking over the project.

Is it worth entering?

For the right student, yes.

Stripe YSTE can help students develop skills that ordinary schoolwork may not fully capture:

• independent research
• scientific thinking
• communication
• resilience
• project management
• creativity
• confidence presenting ideas

It can also be motivating because students see other young people working on ambitious ideas.

But it is not the right choice for every student every year.

It may be a strong fit if your child enjoys long-term projects and has a genuine question they want to explore. It may be less suitable if they are already overloaded, dislike open-ended work, or only want a quick competition experience.

The best reason to enter is curiosity, not pressure.

How is this related to Regeneron ISEF?

Parents may also hear about the Regeneron International Science and Engineering Fair (ISEF), one of the world's largest international pre-college science and engineering competitions.

The important point is that students normally do not enter Regeneron ISEF directly. According to Society for Science, students must first compete in a Regeneron ISEF-affiliated science fair and win the right to attend ISEF. Each affiliated fair can send a set number of finalist projects.

For families in Ireland, that makes Stripe YSTE especially important. It is Ireland's major national student research exhibition and one of the key routes families should understand if a student is interested in high-level project-based science competitions.

👉 Parent rule of thumb: Stripe YSTE is not just another school competition. For an Irish student with long-term international science-fair ambitions, it is one of the most relevant national pathways to understand.

This does not mean families should treat Stripe YSTE only as a stepping stone to ISEF. Its main value is still the research experience itself: choosing a real question, investigating it well, documenting the process, and presenting the work clearly.

But if ISEF is a long-term goal, parents and teachers should check the current official qualification route carefully. ISEF entry depends on affiliated-fair selection rules, project eligibility, research rules, and the number of finalist places available through the relevant fair.

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Parent checklist before entering

Before your child starts an entry, ask:

• Does the student have a question they genuinely care about?
• Is the project realistic with school, exams, and other commitments?
• Can the idea be investigated safely and ethically?
• Is there enough time before the September deadline?
• Is a teacher available to support the entry process?
• Does the student understand that selection is competitive?
• Would the project still be worthwhile even if it is not selected?

That final question matters.

A good research project can still teach a student a lot, even if it does not reach the exhibition stage.

Common mistakes to avoid

❌ Choosing a topic that is too broad
✔ Narrow the project into one clear question.

❌ Starting with a conclusion
✔ Start with a hypothesis or question, then collect evidence.

❌ Leaving documentation until the end
✔ Keep a project diary from the beginning.

❌ Picking an idea mainly because it sounds impressive
✔ Pick an idea the student can investigate properly.

❌ Treating the project as a parent-led application
✔ Let the student own the thinking and explanation.

Related competition on CompeteMap

You can check key dates, age range, registration method, and official links on the Stripe Young Scientist & Technology Exhibition 2027 page.

Related reading

These guides may also help families plan a balanced competition year:

• How Many Competitions Should a Student Enter Each Year?
• Best Competitions for Beginners in UK & Ireland (Ages 11-14)

Key Takeaways

• Stripe YSTE 2027 is a major project-based STEM competition for secondary school students across Ireland.
• The exhibition takes place from 6-9 January 2027.
• Student project entries are due by 17:00 on Friday 25 September 2026.
• Around 550 projects are selected for the exhibition.
• Strong projects are specific, realistic, evidence-based, and student-led.
• Regeneron ISEF is not a direct-entry competition; students qualify through affiliated science fairs.
• For Irish students with international science-fair ambitions, Stripe YSTE is one of the key national pathways to understand.
• Parents can help by supporting planning and asking good questions, not by taking over.
• The best reason to enter is genuine curiosity about a problem worth investigating.

Final thoughts

The Stripe Young Scientist & Technology Exhibition can be a powerful experience for students who enjoy asking questions and building something original from an idea.

It rewards more than science knowledge. It rewards curiosity, persistence, communication, and careful thinking.

For parents, the healthiest approach is to help the student choose a project that is ambitious but realistic. Start early, keep the question focused, and let the student own the work.

A good project does not need to solve the world's biggest problem. It needs to ask a clear question and investigate it honestly.