In Vancouver, students are diving headfirst into STEM education. They experiment, code, and bring their own projects to life. The city is full of opportunities to apply knowledge in real-world settings, sharpen critical thinking, and get ready for careers in high-tech fields. More on vancouver1.one.
This article explores both school and extracurricular STEM programs in Vancouver and looks at how they are evolving.
School STEM Programs
STEM education starts early in Vancouver. Teachers introduce students to basic coding and research activities, gradually building their technical skills.
For instance, at Vancouver iTech Preparatory, educators work with Grades 6–12 on interdisciplinary projects that combine science, engineering, math, technology, and even elements of design and art. Classes are part of the Vancouver Public Schools district.
Meanwhile, at the Vancouver Independent School for Science and Technology (VISST), students from Grade 8 onward tackle real-world projects and dive deep into computer science. VISST became the first school in the city fully focused on STEM.
In addition, the Vancouver School Board runs summer programs, online courses, and career-focused pathways, giving students the flexibility to explore the areas of science, technology, engineering, or math that match their interests and future plans.
Extracurricular STEM Initiatives
Learning doesn’t stop after the school bell. Extracurricular programs help students consolidate knowledge, gain hands-on experience, and try different paths within STEM.
For example, Engineering For Kids® Vancouver works with children aged 4–14 through clubs and short intensive programs. Kids learn the basics of mechanics, robotics, and coding. They often build LEGO structures, design bridges, or create simple algorithms. Programs take place in schools, community centers, and online.
The STEMA Vancouver team also runs a wide range of after-school classes and summer courses for children aged 5–16. Instructors focus on coding, digital literacy, robotics, and 3D modeling. By the end of the programs, students are capable of creating mobile apps, developing games, and working with Arduino and Raspberry Pi kits.
At the University of British Columbia (UBC), faculty and students run the UBC Geering Up initiative. Through hands-on sessions, summer camps, and in-school workshops, kids take on engineering challenges and conduct exciting experiments. Teamwork skills are also a key focus. The program operates both in Vancouver and surrounding communities.
Alongside these larger organizations, smaller initiatives thrive in the city. Public libraries offer free coding and 3D printing courses, while tech companies sometimes host open houses and educational workshops for students.
Teacher Training, Program Development, and Other Initiatives
The growth of STEM in Vancouver relies heavily on teacher training and educational initiatives. Local universities and professional communities consistently work to improve teacher skills and introduce modern teaching methods.
For example, UBC offers STEM Cohort Programs—online master’s-level courses designed for educators in science, math, and media technology. Participants learn new approaches, collaborate on projects, and adapt their knowledge to real classroom situations, whether that means finding new ways to explain a topic, organizing group work, or running a hands-on experiment. Programs are offered through the Office of Professional Learning and are suitable for both current teachers and those preparing to enter STEM education.
The STEM Education Research Exchange (SERE) is another important initiative. It brings together researchers and educators to share experiences and develop practical teaching solutions. The program hosts seminars, collaborative research, and publishes materials to help teachers implement effective practices. In addition, local teacher associations run short training sessions, workshops, and summer schools where educators explore new tools and exchange successful methods.
Partnerships between schools and tech companies are also vital. Students participate in regional hackathons, engineering competitions, and science fairs, applying their knowledge in real-world situations. These initiatives help build practical skills and familiarize students with the demands of today’s job market.
Sources: