Kids have fun creating at STEMA
STEAM Learning
At STEMA Learning Center, we turn children’s natural curiosity into creativity, confidence, and real-world problem-solving. Our hands-on, project-based programs in coding, robotics, and digital design help students learn to create with technology—not just use it.
By combining Science, Technology, Engineering, Math, and Arts (STEAM), we build both analytical and creative skills. STEMA is a supportive community where children experiment, collaborate, and grow—preparing them to thrive in a rapidly changing, tech-driven future.
ROBOTICS
Robotics merges mechanical, electrical, and software engineering, offering hands-on learning that builds resilience. It fosters collaboration, stimulates curiosity, and develops essential critical-thinking and problem-solving capabilities.
CODING
Coding fosters critical thinking and systematic problem-solving, encourages creativity, opens career pathways in tech, and promotes collaboration through teamwork. It cultivates adaptability in an ever-evolving digital landscape.
DIGITAL ARTS
Digital arts blend creative expression with technical expertise, embracing software tools for illustration, animation, and design. This versatile field fosters innovation, collaboration, and flexible career prospects.
Our Team
We are the experts in Education and Technology
Phoebe Nguyen
Mira Dang
CUSTOMERS REVIEWS
I enrolled my child in their after school program and my kid loves being in Stema. After picking them up directly from school, they provide the children with a number of activities. They start with tutoring Math, Science, or English as per their grade level, which supplements their school work. After doing some worksheet, they sometimes go to the nearby playground (if the weather permits) with other kids to shake off those energy. Then they have different STEM courses such as Designing, Computer Programming, Animation, typing and making basic games. Additionally, they are incorporating awareness on climate change and environmental protection in their courses. I also love the fact that they provide a weekly report that includes photos of my child playing, completing worksheets, and working on computers, along with feedback on the progress. All of these definitely helped my child in understanding technology and expanding their knowledge. Lastly, the teachers are very nice, and Mira is incredibly helpful.
We’ve had a great experience with STEMA East Vancouver. Our child always looks forward to the classes and comes home excited to share what they’ve built or created. From learning to code and build robots to designing and 3D printing new projects, it’s been a wonderful mix of fun and education.
The instructors are patient, kind, and knowledgeable, creating a positive learning environment where kids feel comfortable exploring new concepts.
My son is thriving at STEMA. The staff are wonderful, knowledgeable and organized. He looks forward to every class, and comes back happy and excited. My daughter enjoys it, too.
Our STEAM Program
Integrated Curriculum: A STEMA learning center provides a curriculum that integrates science, technology, engineering, mathematics, and arts disciplines. This interdisciplinary approach allows students to explore connections between different subjects and develop a holistic understanding of real-world problems and solutions.
Qualified Instructors: STEMA learning centers employ qualified instructors with expertise in science, technology, engineering, mathematics, and arts fields. These instructors are skilled at facilitating learning experiences, providing guidance, and inspiring students to explore and excel in STEMA disciplines.
Sample Student Project
Hands-on Learning: Hands-on, experiential learning is a key component of STEMA education. Learning centers often offer interactive activities, experiments, projects, and workshops where students can apply theoretical knowledge to practical challenges, fostering creativity, critical thinking, and problem-solving skills.
Technology and Resources: Learning centers often provide access to state-of-the-art technology and resources, including computers, robotics kits, 3D printers, multimedia tools, laboratory equipment, and educational software. These resources enable students to explore advanced concepts and develop technical skills in a supportive environment.