Bridge elementary curiosity and high school rigor. Students build, code, and engineer solutions to real-world problems — deepening computational thinking every step of the way.
Each course is one semester, building directly on the prior — a seamless three-year progression.
Write first Python programs and control hardware like LEDs, motors, and buzzers.
Build and program a multi-sensor robot for autonomous navigation through challenge courses.
Collect, clean, visualize, and interpret real data while learning sorting and searching basics.
Teams identify a community problem and build a tech-powered solution for a school showcase.
Every unit culminates in a project students can show off — building portfolio-worthy work by 8th grade.
Program a robot to find its way out of a maze using sensor feedback and decision logic.
Build a sensor array streaming live temperature, humidity, and pressure data to a web dashboard.
Model a city intersection, optimize light timing with collected data, and present findings.
Assemble a 3-DOF arm and write code to sort objects by color using a camera module.
Gather local data, build visualizations, and craft a narrative-driven presentation.
Final project combining hardware, software, and design thinking — judged by industry volunteers.
Schools using the Grades 6-8 program for two or more years report:
See how districts across the country are using the Grades 6-8 pathway.
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