STEM Racing Canada is a hands-on, multidisciplinary educational initiative designed for students aged 9 to 19. Participants design, build, and race miniature Formula 1-style cars using computer-aided design (CAD) and computer-aided manufacturing (CAM) tools. The program supports the development of skills in science, technology, engineering, mathematics, the arts, and entrepreneurship, aligning with Nova Scotia's curriculum objectives.

🧪 Integration into Nova Scotia's Science Curriculum (Elementary and Secondary)

Elementary Level: Grades P–6
Students explore materials, energy, force, motion, and scientific inquiry, aligning with the curriculum's focus on understanding the natural and physical world. (Science P–6)

Secondary Level: Grades 7–12
The program supports learning outcomes in topics such as technological systems, physics (force, motion, and energy), and scientific literacy. Students apply engineering processes to optimize their vehicle designs, considering aerodynamics and material properties. (Grades 7–9 Science, Science 10, Physics 11, Physics 12, Technology Education)

📐 Integration into Nova Scotia's Mathematics Curriculum (Elementary and Secondary)

Elementary Level: Grades P–6
Measurement, number sense, geometry, and data management are applied during vehicle design and performance testing. (Mathematics P–6)

Secondary Level: Grades 7–12
Students calculate speed, acceleration, angles, and analyze race data using algebraic and statistical tools. This aligns with curriculum outcomes in patterns, functions, measurement, and data literacy. (Mathematics 7–9, Mathematics 10, Mathematics at Work 11/12, Pre-Calculus 11/12, Math Essentials)

🎨 Integration into Nova Scotia's Arts Curriculum (Visual Arts and Music)

Elementary and Secondary Levels:

Visual Arts: Students design car liveries, team branding, and presentation visuals, reinforcing principles of design, color, and visual storytelling. (Visual Arts P–12)
Music: The use of soundtracks or team jingles supports curriculum goals in composition and music appreciation.
(Music P–12)

💻 Integration with ICT and Digital Skills

The program supports Nova Scotia’s integration of Technology Education and Digital Literacy, which are embedded across all subjects. Students engage with CAD software, 3D modeling, data logging tools, and simulations. They also learn programming basics, design thinking, file management, and digital safety. (Technology Education 10–12, Digital Literacy Curriculum, Options and Opportunities [O2])

💼 Integration into Career Education and Skilled Trades

Middle School: Grades 7–9
Encourages early career exploration through hands-on STEM activities and inquiry-based learning. (Exploring Technology, Integrated Science & Tech Courses)

High School: Grades 10–12
Students gain practical experience in design, fabrication, budgeting, and entrepreneurship through CTS-aligned courses. (Skilled Trades 10, Skilled Trades Co-Op, Business Innovation, Design Technology 11/12, Entrepreneurship 12)

🧩 Interdisciplinary Integration

Students work in teams, applying concepts from science, math, tech, the arts, and business, reflecting real-world interdisciplinary learning.. Thus STEM Racing Canada enhances cross-curricular competencies such as communication, collaboration, critical thinking, creativity and innovation

🎓 Conclusion

STEM Racing Canada offers a dynamic, project-based learning opportunity that integrates seamlessly with Nova Scotia’s 2025 curriculum. By blending academic content with career readiness and 21st-century competencies, this program equips students with the knowledge and skills to excel in STEM fields and beyond.

📘 Consolidated List of Nova Scotia Curriculum Areas & Course Codes Referenced

Science:
Science P–6
Science 7–9
Science 10
Physics 11
Physics 12
Technology Education 10–12

Mathematics:
Mathematics P–6
Mathematics 7–9
Mathematics 10
Mathematics Essentials 11/12
Mathematics at Work 11/12
Pre-Calculus 11
Pre-Calculus 12

Arts:
Visual Arts P–12
Music P–12

ICT / Technology:
Digital Literacy (Grades P–9, integrated)
Technology Education 10–12
Options and Opportunities (O2 Program)

Career and Skilled Trades Education:
Exploring Technology (Middle School)
Skilled Trades 10
Skilled Trades Co-op
Design Technology 11/12
Entrepreneurship 12
Business Innovation
Options and Opportunities (O2 Program)