Digital Twin Program

Bridging aerospace engineering and classroom education. Experience the first comprehensive CubeSat simulation and curriculum platform built for Pakistan.

Books & Curriculum

Access the Demo Edition textbooks and teaching manuals designed for Grades 7-9. Discover our unique Pakistan-first STEM framing.

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Competition Pathway

Prepare your school team for the July 2026 planning track. Write Python controllers, run them in the cloud, and analyze telemetry.

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Mission Dashboard

Get a glimpse of the internal mission-control surface. View backend health, recent simulated runs, and telemetry analysis.

View Dashboard →Digital Twin landing →

CubeSTEM Digital Twin

Explore mission-based STEM learning for CubeSat systems: guided experiments, mission design, telemetry evidence, and replay.

Public landing is software-first. Private pilot access remains separate and invited.

Explore Digital Twin →Open Pilot Session →Browse Experiments →Mission Design Lab →One-axis Console →

Why This Matters

The Digital Twin Program democratizes access to aerospace education. By providing a software-first approach (Digital Twin) before transitioning to physical hardware (Kit Lab), we drastically lower the barrier to entry for schools across Pakistan. Our curriculum uses rigorous physics without overwhelming students, building a true educational-commercial bridge.

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Roadmap: What's Visible vs Coming Next

NowDigital Twin public landing, guided experiments, mission design, telemetry, replay, and pilot route shells.
PilotInvited pilot access, feedback, and reviewer export stay on the private pilot path.
Future PhaseFull 3-axis ADCS, public hardware-linked learning, LMS accounts, and high-fidelity mission analysis remain future scope.