Abbotsford Airshow STEM Program
Step-by-step learning: Jr. Makerspace students start with Coding & Robotics before moving on to more advanced modules. Students who complete all of the advanced modules may receive an invitation into our Sr. STEM Academy.
What Is STEM?
STEM stands for Science, Technology, Engineering, and Mathematics.
For students, it means learning by doing. In our programs, STEM looks like building robots, designing parts with 3D printers, experimenting with electronics, and solving real problems.
No prior experience is needed. Our programs are designed to meet students where they are and help them grow.
Abbotsford Airshow STEM Program
A clear, step-by-step learning path.
Coding & Robotics Module
New students begin here to learn coding fundamentals, robotics logic, and problem-solving skills required for advanced Maker modules.
- Mandatory starting module
- No extra hardware required
- Virtual programming platform included
- Build logic, confidence, and resilience
Advanced Maker Modules
Students choose hands-on modules that explore digital design, electronics, robotics, and creative computing.
Digital Design & Fabrication
- Intro to Tinkercad (3D Printing)
- Intro to Inkscape (Laser Cutting)
- Intro to Onshape (CAD)
Electronics & Robotics
- Micro:bit Microcontroller
- Arduino Uno Microcontroller
- Autonomous Robotics Design
Creative Computing
- Game Design Module
Sr. STEM Academy
Students who excel in Step 2 may be invited into advanced cohorts focused on systems engineering and real-world problem solving.
- Completion of Step 2 Modules
- Skill readiness and engagement
- Instructor recommendation
What Students Learn
Our programs are built around real-world skills that help students thrive in school, future careers, and everyday life.
Engineering & Design
Students design, build, test and refine using core engineering principles and structured problem-solving.
Robotics & Coding
Robotics projects introduce coding logic, mechanical systems, and the satisfaction of bringing ideas to life.
Creative Problem Solving
Students learn to experiment, troubleshoot, and iterate, turning challenges into opportunities to learn.
Teamwork & Communication
Working in teams helps students share ideas, divide tasks, and celebrate success together.
Jr. Makerspace
Our STEM Courses offer structured, skill-building pathways for students who want to go deeper into technology, engineering, and design.
Through hands-on projects in coding, robotics, digital design, and electronics, students develop real-world problem-solving skills while working with professional tools and hardware.
Courses are designed to support steady progression—from foundational concepts to more advanced engineering challenges—allowing students to build confidence, creativity, and technical ability over time.
Jr Makerspace Course - Thursdays: Jan-Mar 2026
In Step 1, new students will explore the basics of mechatronics, learn how to program a robotic device to complete specific challenges. In step 2, returning students will learn about applied digital design and electronics through different platforms. View & Register
Sr. STEM Academy - Tuesdays: Jan-Mar 2026 (invite only)
By invitation only from our Jr Makerspace program, Sr STEM participants will build and test a remote-controlled vehicle while learning mechanics, electronics and systems integration. View & Register
Sr. STEM Academy - Thursdays: Jan-Mar 2026 (invite only)
By invitation only from our Jr Makerspace program, Sr STEM participants will build and test a remote-controlled vehicle while learning mechanics, electronics and systems integration. View & RegisterSTEM Camps
Our STEM Camps give students hands-on experience with coding, robotics, drones, and digital design in a fun, structured learning environment.
From introductory programs for curious beginners to advanced camps for returning makers, students build real skills using industry-standard tools like programmable drones, robotics kits, and 3D design software.
Each camp emphasizes creativity, problem-solving, and learning by doing—while encouraging confidence, teamwork, and curiosity in technology and engineering.
2026 Spring Break: Introduction to Drones
Participants will learn how drones fly and how to program in a simulator before coding real drones for fun challenges. View & Register
2026 Spring Break: Introduction to Digital Design
Participants will learn about aerodynamics and how to digitally design and test using a 3D printer and laser cutter. View & Register
2026 Spring Break: Introduction to Coding & Robotics
Participants will learn the basics of coding and build & program a robotic device to complete fun challenges. View & Register