Built for university aerospace & propulsion programs. Five guided lab missions, real-time 3D plume physics, and a full engineering toolkit — ready for the syllabus, not the demo reel.
Every feature was scoped against a real graduate-level propulsion syllabus. No toy demos — these are the same workflows real spacecraft propulsion teams use during PDR / CDR.
Real-time particle systems for plasma and ion plumes, driven by live telemetry. Reactor → power converter → thruster physics modelled end-to-end.
From LEO station-keeping to emergency abort. Each step is auto-validated against telemetry. Quizzes mix multiple choice and short-answer.
Per-student lab progress, certificate issuance, and a one-click "View as Student" mode let instructors audit any submission.
Mass budget with BOL/EOL margins, tank sizing, Pareto trade studies, launcher fit and cost roll-up — everything a real propulsion review board uses.
Export lab grades as CSV gradebooks and engineering analyses as polished PDFs — drop straight into the LMS or course Drive.
Set reactor power, exhaust velocity, propellant load, radiator temperature and dozens more parameters from a single sidebar.
Run guided lab missions or free-form sandbox experiments. Telemetry updates in real time as you slide each control.
Pass auto-graded quizzes, earn a printable certificate, and export CSV/PDF reports for your TA in one click.
ALREADY USED IN AEROSPACE PROGRAMS AT
(* representative target programs — your university could be next)
One yearly fee per program. No per-seat traps, no hidden lab credits. Self-host the entire stack on your own infrastructure or use our managed cloud.
Up to 30 students · 1 instructor
Up to 250 students · 5 instructors
Unlimited seats · SSO ready
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