MissionLab Education
Mission-based learning on one shared Digital Twin.
Students enter as guests, prepare a prediction, pass a local readiness check, operate a bounded spacecraft mission, inspect evidence, reflect, and keep a private local-practice record.
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Institutional software
MissionLab is the recurring product: missions, teacher preparation, evidence and progression—not a one-off hardware purchase.
One Digital Twin
Education and university engineering use the same computational core with progressive disclosure, never a simplified physics fork.
Software-runnable missions
MissionLab missions can be completed in software. Supervised hardware can add measured evidence after separate correlation and acceptance.
Thirteen runnable software missions. One consistent journey. No student account or hardware required.
Every pilot mission follows seven stages: Mission, Preparation, Readiness, Operate, Evidence, Complete, and Recognition. The language and disclosure deepen from Grade 6 to university while the underlying Digital Twin does not fork.
Fourteen mapped experiments are available as software lessons. MLX-12 remains mapped but unavailable, and every mission awaits educator review.
School and university journeys use the same bounded models, adapters, and evidence endpoints at different academic depths.
Learners can run software missions without an account. Sign-in is reserved for institutional evidence workflows.
Mission timing, prompts, misconceptions, evidence review, reflection, and truth boundaries follow the same seven stages.
Completion remains on the learner's device with zero measured channels and no identity, grade, public token, or verified-pass claim.
After valid software completion, a teacher and operator may add a bounded KidSAT extension. It is training evidence, not flight qualification.
Frame a spacecraft mission objective and success criterion
Predict before operating a model
Distinguish simulated, derived, reference, and measured evidence
Compare bounded configurations and runs
Make an engineering decision from selected evidence
State a limitation and reflect on what should be tested next
Connect mission goals, spacecraft behaviour, constraints, and decisions.
Keep simulation truth, simulated sensors, estimator state, and measured telemetry distinct.
Use quantitative evidence appropriate to the selected academic depth.
Change bounded inputs and explain what caused the modeled response.
Judge whether evidence is trustworthy and sufficient for the claim being made.
Make a decision, cite evidence, state a limitation, and reflect on the next test.
A school can begin with ordinary browsers and a teacher-guided mission. Accounts, paid hardware, and official competition attempts are not prerequisites for learning or completing local practice.
Clear teacher-led mission structure
Private learner work by default
Progression without a separate education physics fork
Truthful pilot and evidence status
Software-first Challenge pathway
University continuation on the same core
The two recommended Grade 7 starting missions are MLX-15 and Orbit–Pass–Link. They are starting points, not the only runnable missions; teachers can choose from all thirteen based on supported level and learning goal.
Mission — role, objective, and success criterion
Preparation — diagnostic, theory, and prediction
Readiness — local formative confirmation
Operate — bounded configuration and run
Evidence — provenance, decision, limitation, assessment
Complete and Recognition — reflection and local record
Teachers brief the role and objective, guide preparation, confirm local readiness, facilitate the bounded run, review evidence and reflection, and explain the difference between local practice and verified recognition.
Explore all thirteen pilot missions or open the teacher delivery guide.
MissionLab produces simulated and derived software evidence. Local readiness is not Challenge qualification, local completion is not a verified Mission Pass, and optional supervised hardware is not flight qualification.
Contact: info@cubestem.com