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How to Choose a STEM Program for Your Teen in Vancouver or Richmond: 7 Questions to Ask First

September 5, 2026

How to Choose a STEM Program for Your Teen in Vancouver or Richmond: 7 Questions to Ask First

Every September, the same conversation happens in kitchens across Vancouver and Richmond. Your teen has three free afternoons a week and no plan for them. You have a vague sense that something in science or technology would be good for them, and a browser with eleven tabs open, all of which look roughly the same.

The programs all use the same words. Hands-on. Innovative. Future-ready. None of that tells you whether your kid will actually build something, or whether they will spend twelve weeks assembling a kit that goes in the recycling in January.

Here are seven questions that cut through it. They work on any program, including ours.

1. Is it project-based, or a worksheet in disguise?

This is the question that separates most programs from the rest.

A worksheet program has a predetermined outcome. Everyone builds the same robot from the same kit, following the same instructions, and everyone’s robot works because it was designed to. Your teen learns to follow directions. That is not nothing, but they already do it at school for six hours a day.

A project-based program starts with a problem nobody has solved yet, and the outcome is genuinely unknown. Things fail. Students redesign. Some projects do not work at the end of the term, and the students learn more from those than from the ones that do.

How to tell which you are looking at:

Ask: what the students made last year?

If the answer is a single product name, it is a kit program.

If the answer is a list of different things that different teams built, it is project-based.

2. Who are the mentors, and do they still do the work?

There is a real difference between someone who teaches engineering and someone who is an engineer.

Both have value. But a working practitioner brings something a curriculum cannot: they know what the job is actually like, which parts of it are tedious, and what they wish someone had told them at sixteen. A teenager deciding whether to pursue computer science needs that far more than they need another lecture on loops.

Ask: what do the mentors do when they are not here? How often do students actually talk to them, and is it one-to-one or a room of forty?

At YSIS, mentors are working professionals from a range of industries who volunteer their time, and they stay with teams through the full project cycle rather than presenting once and leaving.

3. Does the work ever leave the room?

A project that exists only inside the program is an exercise. A project that meets a real user is an experience.

The difference matters more than it sounds. When a fifteen-year-old shows their prototype to an actual person who has the problem they are trying to solve, and that person says it does not work for them, something changes. They stop building for a grade and start building for a human being. That shift is the whole point.

Ask: does the program work with community partners, and do students ever pilot anything outside the classroom?

4. What is the real time commitment?

Programs are usually clear about session hours and vague about everything else. The honest number includes travel.

If you are in Richmond and the program meets in Vancouver, the Canada Line makes it manageable, but budget the round trip realistically before you commit. A ninety-minute session can be a three-hour afternoon. Do that arithmetic in September, not in November when your teen is exhausted and behind on homework.

Also ask about the invisible hours. Project-based programs often involve work between sessions. That is a feature, not a flaw, but you should know about it in advance.

Ask: how many hours per week, including work outside sessions? What happens if my teen misses a week?

5. What does it cost, and what is actually included?

Enrichment in Metro Vancouver is expensive, and price is not a reliable signal of quality. Some of the most expensive programs are the most standardized, because standardization is what makes them scalable.

Watch for costs that appear after enrolment: materials, competition entry fees, travel to events, software licences.

It is also worth checking how the organization is funded. Nonprofit and community-supported programs often cost less than commercial equivalents for the same contact hours, and many offer financial assistance that is not advertised on the pricing page. If cost is a barrier, ask directly. Most programs would rather find a way than lose a student who wants to be there.

Ask: what is the total cost including materials, and is financial assistance available?

6. Camp or cohort? They solve different problems

These get lumped together and they should not be.

A camp is short, intensive, and usually runs during a school break. It is a good way to test whether your teen is interested in something before committing to more. Low risk, low depth.

A cohort program runs across months during the school year. The same group of students works on the same project long enough for it to get difficult, which is where most of the learning lives. Higher commitment, considerably higher return.

If your teen is unsure, start with a camp. If they have already shown sustained interest in something and you want that interest to turn into a real skill, the cohort is the better use of their time.

7. Is the organization credible?

Anyone can build a website with photos of children looking at circuit boards. The question is whether anything has actually happened.

  • Age. How long has it existed? YSIS has run programs since 2025.

  • Outcomes you can verify. Not testimonials. Actual results. A YSIS student robotics project won bronze at the regional science fair and was recognized by the Rideau Hall Foundation.
  • Named people. Real mentors, real speakers, with real backgrounds you can check. Our speaker sessions have featured people working in computer science, startups, and research, speaking under their own names.
  • A public record. Events that happened on dates, with attendees. Not a plan.

If an organization cannot show you these, it does not mean they are bad. It may mean they are new. But you should know that going in, rather than finding out in March.

How YSIS answers these seven

We built the program around the same questions, so here is where we stand.

Students at YSIS work through a four-stage cycle: they find a real need with a community partner, research and prototype a response, pilot it and measure whether it worked, then share what they learned and do it again. It is deliberately not a kit.

Teams are guided by industry mentors rather than instructors, and projects are meant to leave the room. One student robotics team took their work through to a regional science fair, where it earned a bronze and recognition from the Rideau Hall Foundation.

The program serves students in grades 8 through 12 across Vancouver and Richmond.

What to do next

Applications for our cohorts open and close on a schedule, so the timing may or may not line up with when you are reading this. If it does not, join the list below and we will let you know before the next intake opens rather than after.

In the meantime, take these seven questions to every program you are considering, ours included. A program that answers them clearly is worth your teen’s afternoons. One that cannot is worth walking away from.

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2026-09-18T18:35:42+00:00
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