Learning Focus
This stage emphasizes research design, portfolios, competitions, and future field exploration. Students connect science ideas, engineering materials, programming logic, and communication in one project workflow.
Pathway
High school: move from projects to research and direction.
The high school pathway is built around research design, portfolios, competitions, and future field exploration. Students learn inside projects with age-appropriate challenge and clear evidence of progress.
Typical Projects
Students may build a machine learning study, an engineering design report, a math modeling case, an innovation prototype. Each project includes a goal, process record, test result, and presentation.
Next Step
When students develop stable project habits, they can move into AI, robotics, Python, data science, research, or competition studios.
Related
Continue exploring the B1P STEM pathway.
CurriculumA STEM pathway from discovery to research.Explore B1P K-12 STEM curriculum across AI literacy, Python coding, robotics, maker engineering, science research, data science, and math modeling.
CourseRobotics Engineering CourseRobotics Engineering at B1P teaches elementary through high school students robotics coding classes and STEM robotics education through project-based STEM work.
CoursePython Coding CoursePython Coding at B1P teaches middle and high school students Python coding classes for teens through project-based STEM work.
AdmissionsStart with an assessment, then choose the right pathway.Book a B1P Academy trial class or learning assessment for K-12 STEM pathways in AI, robotics, coding, engineering, and science research.