STEMA Learning Centre

Frequently asked questions

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What is STEM/STEAM and STEMA?
  • S.T.E.M. is an acronym for science, technology, engineering and mathematics. S.T.E.M. education has become a global trend as we live in a rapidly changing world of technology. Modern technology is everywhere in our daily lives. Thus, developing skills to work with and even create new technology is more critical than ever.
  • S.T.E.A.M. is the same as S.T.E.M. but includes an Arts component to help develop a well-rounded learner.
  • STEMA Learning Centre is based upon the concept of S.T.E.A.M. education. Our goal is to develop a new generation of innovators and entrepreneurs.
What do students learn at STEMA?

At STEMA Learning Center, children learn much more than just technology skills. Our programs are designed to build strong foundations in problem-solving, logical thinking, creativity, and confidence through hands-on STEAM learning.

Depending on their age and level, students may learn:

  • Coding and computer science fundamentals, including sequencing, loops, conditionals, and basic algorithms

  • Robotics and engineering concepts through building, testing, and improving real projects

  • Digital skills such as animation, game design, 3D design, and creative technology tools

  • Math and logical thinking skills applied in real contexts, helping children better understand numbers, patterns, and structure

  • Collaboration, communication, and perseverance by working through challenges and projects independently and in teams

Our goal is to help children become curious learners and confident creators, not just users of technology. Skills are taught in an age-appropriate, engaging way, with a strong focus on understanding, creativity, and real-world application.

Why do kids need to learn STEAM so early?

Coding is the new literacy in today's digital world, just like reading and writing were essential skills in the past. Early exposure to STEAM education, especially coding, equips children with the tools they need to succeed in the future. Here’s why:

  1. Coding is a Fundamental Skill – Just as reading and writing help us communicate, coding helps children understand and interact with technology. It’s not just for programmers—it’s a core skill for problem-solving and logical thinking.

  2. Technology is Everywhere – From smartphones to smart homes, technology shapes our daily lives. Learning to code gives kids the ability to understand, create, and control the technology around them.

  3. Boosts Logical Thinking & Problem-Solving – Coding teaches kids how to break down complex problems into smaller, manageable steps, strengthening their analytical skills.

  4. Enhances Creativity – With coding, kids don’t just use technology—they create it! They can build apps, design games, and bring their ideas to life through digital projects.

  5. Prepares for Future Careers – The demand for coding skills is growing across all industries, not just in tech fields. Early exposure gives kids a head start in careers involving AI, robotics, data science, and more.

  6. Encourages Resilience & Persistence – Coding teaches kids how to learn from mistakes, debug errors, and improve their work—skills that are valuable in all areas of life.

  7. Empowers Kids to Be Innovators – Instead of being passive consumers of technology, children who learn to code become creators, inventors, and problem-solvers, shaping the future instead of just adapting to it.

With AI tools becoming so advanced, why do kids still need to learn coding?

AI is a powerful tool, but it doesn’t replace the need for foundational thinking skills. Learning to code helps children develop problem-solving, logical thinking, creativity, and perseverance — skills that remain essential no matter how technology evolves.

Rather than just using AI, coding teaches children how technology works, how to break problems into steps, and how to think critically about digital tools. This understanding helps kids become confident creators, not passive consumers of technology.

As AI becomes more common in everyday life, children who understand coding concepts are better equipped to work alongside AI — giving clear instructions, evaluating results, and using technology responsibly and ethically. Coding isn’t about memorizing syntax; it’s about learning how to think.

What is STEMA's operation hours?

Please check with the specific location for the operation hours https://stemalearning.com/index.php/locations/

What types of camps do you offer?

STEMA offers spring, summer and winter camps. There are half day or full day options. You can find our more detail on the specific location site: https://stemalearning.com/index.php/locations/

Do you accept children with special needs?

We welcome children with diverse learning needs and do our best to create a supportive, inclusive environment. Our programs are designed to be engaging and flexible, and our instructors are experienced in working with children who learn at different paces.

That said, STEMA Learning Center is not a specialized therapy or one-on-one support facility. To ensure a positive and safe experience for everyone, we ask parents to share any relevant information about their child’s needs in advance. This allows us to assess whether our program structure, class size, and staffing are a good fit.

If additional one-on-one support is required, we may recommend private sessions or ask that a support worker accompany the child, depending on the situation. Please feel free to contact us to discuss your child’s needs — we’re always happy to have an open conversation and explore the best options together.

How much does it cost?

The cost of enrollment varies depending on the program, duration, and level of instruction. Please contact 604-283-6788 for more details. 

What age group is the target audience for your programs?

Our programs are designed for children ages 5 to 15 years old. We offer age-appropriate learning pathways that grow with your child — from early exposure to coding and logical thinking for younger learners, to more advanced coding, robotics, and digital technology skills for older students.

My child has no experience with coding or robotics. Can they still start?

Absolutely. No prior experience in coding or robotics is required to start our programs. Many of our students begin with little or no background, and our courses are designed to introduce concepts gradually in a fun, supportive, and age-appropriate way.

We focus on building strong foundations first, using hands-on activities, visual programming, and guided practice to help children gain confidence. Students progress at their own pace, and instructors provide ongoing support to ensure each child feels comfortable and successful as they learn.

How do I register my kids?

You are welcome to book a trial class with us at the nearest location. Our location manager can help you to register your child to the program. 

Where is your learning center located?

Here are our addresses:

Surrey City Centre:  Unit 215, 10070 King George Blvd, Surrey, BC, Canada V3T2W4

Vancouver East: 1025 Kingsway, Vancouver, BC V5V3C7

What can kids create through coding in your programs?

Kids can make their own codes to create cartoons, games, design virtual environments, program robots, and work on many science projects.

Do you provide after-school lessons on school grounds?

Yes. We currently offer after-school programs in partnership with a number of schools across Greater Vancouver. These programs allow students to learn in a familiar environment right after school, making it convenient for families.

For the current list of participating schools, please contact us at [email protected]. If your child’s school is not yet on the list, we would love to explore the opportunity to work with your school as well.

How are math and logical thinking represented in coding?

Coding is built on math and logic. When children learn to code, they are constantly practicing skills such as sequencing, pattern recognition, counting, measuring, and problem-solving.

For example, students use math when they work with coordinates, timing, loops, variables, and simple equations. Logical thinking is developed as they learn to create step-by-step instructions, make decisions using conditions (if–then statements), and debug their code when something doesn’t work as expected.

Even at beginner levels, coding strengthens core math foundations by helping children see how numbers and logic are applied in real situations. This hands-on approach makes abstract math concepts more concrete and helps students build confidence in both math and critical thinking.

What is your refund policy?

For information about our refund policy, please refer to our Terms and Conditions

What are the payment options available?

There are various options to make payment: credit cards, interact e-transfer and cheque

How can parents track their kids' learning progress?

We will regularly report kids' progress with parents. Parents can also track their kids' learning progress using our Learning Management portal.

How can I manage my subscription?

For subscription management, including cancellation, this can be done directly under your account. If you need help, please contact our friendly customer service team at 6042836788

Do you offer any discounts?

For information about discounts, please contact our friendly customer service team at 6042836788
We have discounts for family members or longterm payment discount

Can kids work in teams or independently in your programs?

Yes, our programs are designed to develop students' capability to work effectively in a team or independently. There are options of learning in batches or coming in anytime that works for both you and your kid (independent/guided learning)

I am not sure if my kid(s) will like it

Yes, kids love our program. At STEMA, kids can have fun while gaining meaningful knowledge through our interdisciplinary programs. We implement gamification concepts in many of our courses, kids will learn at the same time get entertained.

STEMA Learning Centre