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QUBICON.AIAim Beyond Horizon

Frontier Tech · Intermediate

SpaceTech & Orbital AI Systems

LEO networks, space-based computing, lunar-resource missions and private launch: the commercial space stack, taught for teams building products and careers on top of it.

4 weeksLive online, 2 sessions/week4.8 rating90 learners
A corridor of server racks in a modern data centre
Frontier Program in session

Space has become a commercial platform: low-Earth-orbit constellations run AI for autonomous navigation and networking, orbital data-centre concepts are being tested, lunar south-pole missions are prospecting for water and in-situ resources, and private launch providers are opening access. This program gives engineering and strategy teams a working map of the orbital economy — the physics you can't ignore, the AI that makes autonomous spacecraft possible, and the ground-segment, data and regulatory realities of building products on space infrastructure.

Who it's for

Engineers, product and strategy teams in aerospace, telecom, defence, logistics and climate — and ambitious generalists entering spacetech.

Tools & stack

PythonEarth-observation datasetsOrbit simulation toolsSTK/GMAT basicsQube copilot

What you'll walk away with

  • Map the 2026 commercial space stack: launch, LEO, lunar, ground
  • Explain autonomous spacecraft navigation and on-orbit AI workloads
  • Assess space-based computing and LEO networking use cases honestly
  • Work with orbital and Earth-observation data in real pipelines
  • Scope a space-enabled product with launch, cost and regulatory reality

Curriculum

01The orbital economy
  • Launch economics and providers
  • LEO constellations and networking
  • Lunar south-pole missions and ISRU
  • Who pays for what in space
02AI in orbit
  • Autonomous navigation and station-keeping
  • On-board inference under radiation/power limits
  • Space-based computing concepts
  • Lab: EO data pipeline
03Building on space infrastructure
  • Ground segments and downlink reality
  • Latency, coverage and hand-off
  • Regulatory and orbital-debris constraints
  • Lab: LEO-backed product design
04Capstone
  • Space-enabled product pitch
  • Feasibility and cost review
  • Practitioner panel feedback
  • Certification

Pricing

Value-based

Two-part: a one-time enablement fee plus a per-seat rate that falls as the cohort grows.

Indicative rate card · ≈ ₹9,999/hr · $260/hr

Seats limited

Choose a cohort

New cohort dates announced weekly — enrol now and pick your dates with an advisor.

Request a quote

Pay by PO · nothing upfront · net 30 days · GeM & tender-ready

Or reserve a seat online

9,999deposit

Reserves your seat & dates. Balance invoiced per your engagement.

Secure · Razorpay · full refund 7+ days before start

Every enrolment includes

  • • Qube copilot access throughout
  • • All session recordings & materials
  • • Graded applied project with review
  • • Verifiable certificate on completion
  • • 30-day post-programme support

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