A STEM project gives a student a reason to use the math or science they have been learning. To see what they understood, look at the question they asked, the measurements they took, and how they explain the result. A paper bridge provides a useful example.
What to look for in a STEM project
- It starts with a question that can be answered or a problem that can be solved.
- It leaves work behind: designs, measurements, and a finished piece.
- It is graded on reasoning, not on how polished it looks.
- The student explains what worked, what failed, and what they would change.
A concrete example
For example, a student could test how many books a paper bridge holds. They would sketch two designs, change one feature at a time, record the load each one supports, and graph the results. A useful report explains why one design held more and what the test cannot tell us. This is an illustrative project, not a reported student result.
Keep the reasoning with the result
For the paper bridge, a photo shows the design while the measurements show what it held. A short explanation connects the two: which change helped, and how does the learner know? We keep those pieces together with the grade and its feedback. If the work will be submitted to a school or evaluator, check what they ask to see.
How our projects work
Projects can connect a target skill to an interest, such as optimizing lap times for F1 or working out a rocket’s fuel load. The Always-On Mentor, software that stays open beside every project, guides each step without completing the work and offers help when the student seems stuck. The report is graded as soon as the student submits it, with written feedback on the reasoning they used and what needs revision, so you never grade it. We help your child work through anything they get wrong.
Placement, a short adaptive test, suggests a starting point for the course sequence. Project difficulty then needs to match the skill the student is practicing, with room to stretch as their work improves. Electives and AP-aligned advanced courses carry this approach into high school.
When the first design fails
In the paper bridge example, an unexpected collapse is still useful if the student can explain what changed and how they would test it next. The report can show sound reasoning even when the first design fails. Browse the catalog for courses that include projects.
