STEM activities for students

Every grade page here takes a STEM classic teachers already run, like the egg drop or the catapult, and rebuilds it to meet six things the research says separate a fun build day from one the class learns from. Find yours by grade, subject, or method.

Who we are. Mission.io makes Missions: teacher-led, whole-class simulations where students use what they’re learning to work through a real scenario together. In STEM, that might mean shoring up three islands before the tsunami arrives, or reading seismic maps to move a town somewhere safer.

Building them took years of research and development into what makes a class period worth it. These pages point what we learned at the build challenges you already run, so they’re worth the masking tape, with a free printable for each. Use any of it, with or without us.

On this page

The six things every STEM page here checks for

Most of the build challenges on our grade pages miss several of these the way they usually run. (At the usual egg drop, two kids build, two kids tape, and the teacher’s whole job is dropping eggs.) Each page shows the fix that gets its classic to all six, with a printable to run it. The research behind each one is on our problem solving activities for students page, whose grid scores STEM build challenges against the same six.

  1. 1. A real problem with stakes the class can feel

  2. 2. Apply, don't recall

  3. 3. Group goals with individual accountability

  4. 4. The teacher leads the thinking

  5. 5. A debrief where the class argues it out

  6. 6. A way to see who did what

Find your grade

Pick a subject, then your grade. The first row is the grade overviews: each one rebuilds a single build challenge, from the Three Little Pigs house in kindergarten to the water bottle rocket in 8th, and lists every Mission at that grade. Each subject name opens its hub, with all nine grades on one page.

By subject, by method, and by skill

By subject

Each subject hub says what a good activity looks like in that subject, by the standards it answers to (NGSS, NCTM, CSTA and ISTE), and links all nine grades. The technology pages rebuild unplugged classics: binary bracelets, a Caesar cipher, a human sorting network.

By teaching method

The named structures, with steps, and where whole-class Missions fit (and where they don’t). To try one with your staff before your students, there’s the Faculty Mission.

By human skill

Every build challenge here is also a group-work problem. Each skill has its own hub, with a page for every grade, K to 8.

For science leaders choosing a curriculum

Eleven NGSS programs on one rubric, with EdReports by grade band, cost structure, and a verdict for each.