Technology activities for students
What technology looks like at every grade from kindergarten to 8th, by the CSTA and ISTE standards, with a straight answer about our own Missions. Pick your grade for the unplugged activity rebuilt there.
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.
Building them took years of research and development, and these pages share what we learned, free. Take whatever helps. (In the 1st grade one, RALF misses the Intergalactic Music Festival unless the crew builds a light that can send a message.)
On this page
What technology activities are, K to 8
Technology activities for students teach how computers work and how to stay safe using them: writing and debugging step-by-step instructions, using symbols to stand for information, breaking a big problem into parts, and protecting personal information online. In K-8 classrooms they answer to the CSTA computer science standards and the ISTE Standards for Students, and many of the best run unplugged.
Cyber Defense Force is our one cybersecurity Mission, for grades 4 to 12. The library has no coding Mission, so each grade page names the Mission nearest its standards and is built around an unplugged classic (binary bracelets, a Caesar cipher, a human sorting network) that runs with or without a lab. Then come five marks of a good technology activity, the Missions to start with, and the method guides.
Find your grade: technology from K to 8th
From K to 8, CSTA uses three levels: 1A, 1B, and 2. 1A is K to 2, 1B is 3 to 5, and 2 is 6 to 8. The same ideas come back every level, harder each time.
Kindergarten
Following and making step-by-step instructions, the first algorithms, often with a child playing the robot (CSTA 1A-AP-08). Nearest Mission: Forecast Fiasco, on weather forecasts (K-ESS3-2). All subjects: Kindergarten STEM activities.
Floor-grid robot, rebuilt. Kindergarten technology activities →
1st grade
Breaking a task into precise steps, then finding and fixing the step that went wrong (1A-AP-11, 1A-AP-14). Nearest Mission: Botspace Boys, sending a message with light (1-PS4-4). All subjects: 1st grade STEM activities.
Sandwich robot, rebuilt. 1st grade technology activities →
2nd grade
Using numbers or symbols to stand for information, the idea underneath binary (1A-AP-09). Nearest Mission: The Speed of Change, retraining a glitching AI (2-ESS1-1). All subjects: 2nd grade STEM activities.
Binary bracelets, rebuilt. 2nd grade technology activities →
3rd grade
Level 1B opens with real cybersecurity problems: strong passwords and keeping personal information private (1B-NI-05). Nearest Mission: Melting Point, reading climate data in tables and graphs (3-ESS2-1). All subjects: 3rd grade STEM activities.
Password Power-Up, rebuilt. 3rd grade technology activities →
4th grade
Programs built from sequences, events, loops, and conditionals, then tested and debugged (1B-AP-10, 1B-AP-15). Cyber Defense Force starts here; the nearest science Mission is Extraction, sending information in patterns (4-PS4-3). All subjects: 4th grade STEM activities.
Conditionals with cards, rebuilt · 1 Mission. 4th grade technology activities →
5th grade
Breaking a problem into subproblems, and comparing two algorithms for the same task (1B-AP-11, 1B-AP-08). All subjects: 5th grade STEM activities.
Cup-stacking robots, rebuilt · 1 Mission. 5th grade technology activities →
6th grade
Level 2 begins: how encryption and physical and digital security protect information (2-NI-05, 2-NI-06). All subjects: 6th grade STEM activities.
Caesar cipher, rebuilt · 1 Mission. 6th grade technology activities →
7th grade
Algorithms written as flowcharts and pseudocode, then tested against every case (2-AP-10, 2-AP-17). All subjects: 7th grade STEM activities.
Human sorting network, rebuilt · 1 Mission. 7th grade technology activities →
8th grade
Designing for someone else, and changing the design because of their feedback (2-AP-15). All subjects: 8th grade STEM activities.
App paper prototype, rebuilt · 1 Mission. 8th grade technology activities →
The count from 4th to 8th is Cyber Defense Force, one Mission at every grade.
What makes a good technology activity
- Students write the steps, and something runs them exactly. A classmate, the teacher, or a robot follows the instructions as written, so a vague step fails in front of everyone (CSTA 1A-AP-08, ISTE 1.5.d).
- Debugging is the lesson. The first version is supposed to break, and finding why is the work (CSTA 1A-AP-14, 1B-AP-15, 2-AP-17).
- The big problem gets broken into parts. Each student owns a piece and has to make it fit the others (CSTA 1B-AP-11, 2-AP-13, ISTE 1.5.c).
- Safety gets practiced on real examples. Students build the strong password themselves, or sort what’s safe to share online from what isn’t (CSTA 1B-NI-05, 2-NI-05, ISTE 1.2.d).
- Somebody else has to use it. The design changes because of where a classmate got stuck (CSTA 2-AP-15, ISTE 1.4.c).
These five are technology’s view of the six things every page here checks for. Typing practice skips all five. It’s still worth doing; it’s just a different subject.
Our part · We make Missions
Technology Missions to start with
A Mission is a teacher-led, whole-class simulation: the class can become the crew, the crisis is built from the unit you just taught, and the only way through is using it together. Here are three for technology, by grade: the two science Missions closest to the CSTA standards, then our cybersecurity Mission. Start with the first one.
Communication first, then three for technology
Communication Mission briefs by grade: K to 1, 2 to 3, 4 and up. One device per student, plus your projector. 5 minutes of prep, with the Teacher Preview. Teaching a digital citizenship unit? Cyber Defense Force is where it can end.
- The Communication MissionRun this one first. It gives your class the training to run any Mission in the library.
- Botspace BoysTo get RALF to the Intergalactic Music Festival, the crew will create a light device to overcome a communication failure (1-PS4-4).
- ExtractionThe crew will use data to design a method for getting an extraction plan to Cobalt without being detected (4-PS4-3).
- Cyber Defense ForceA planetary firewall update leaves the defense system open to hackers. Teams sort safe messages from phishing with the S.T.O.P. method.
Will it work in my room?
Students join with a class code on Chromebooks, laptops, or tablets, with no student accounts or passwords, and their data is covered by COPPA and FERPA and by the Student Privacy Pledge we signed.
Who's behind it
Mission.io is the research and design organization behind them: over a million students have run a Mission, the research is funded by the National Science Foundation and the U.S. Department of Education’s Institute of Education Sciences, and Mission.io meets ESSA Level II standards, as validated by Instructure.
START FREEMISSION BRIEF →Free teacher account, no card. Run the Communication Mission first, after its 5-minute Teacher Preview, then Cyber Defense Force.
Methods, skills, and the curriculum guide
By teaching method
The named structures, with steps, and where whole-class Missions fit (and where they don’t). For your whole staff, run one with adults: the Faculty Mission.
By human skill
Pair programming is group work with a keyboard in the middle. 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.
Start with your grade’s technology page
Each one rebuilds an unplugged classic so it meets its CSTA standard, with a printable to run it, lab or no lab.