school
School Mission Teams
Visual controls, guided missions and age-appropriate engineering decisions.
Pakistan CubeSat MissionLab Challenge 2026
Write mission logic, practise in an engineering-grade digital twin, qualify through controlled scenarios and progress towards commanding real CubeSat training hardware.
Code. Simulate. Command. Compete.
A Pakistan-wide CubeSat mission challenge with international invitational participation.
Mission control preview
StableSat · Explorer Qualification
TARGET
90.0°
WHEEL
2,840 RPM
SCORE
72 / 100
The mission season
Teams progress through learning, digital-twin practice, qualification and an IST final. The same platform supports schools, colleges, universities and selected international teams without giving every category the same technical interface.
Register a mentor-led mission team
Receive initial Mission Credits and a Parwaz Mission Crew Pass
Learn and practise in the level-appropriate digital twin
Qualify through server-authoritative mission runs
Shortlisted teams attend the final event at IST
Selected winners enter the Parwaz Pathfinder development pathway
Participation paths
The mission objective stays recognisable while guidance, controls, physics visibility and fault complexity change by participant level.
school
Visual controls, guided missions and age-appropriate engineering decisions.
college
Block coding, sensors, telemetry and controller tuning.
university
Control systems, mission scripting, faults, AI and evidence-based engineering.
international
Selected teams participate through the same digital-twin mission framework.
Initial mission library
Practice missions run on versioned MissionLab models. Official seeds, scoring authority and attempt limits remain server-side and inactive until a separately approved competition round.
Stop an initial rotation and stabilise the CubeSat inside the target tolerance.
Use directional light sensing to acquire and maintain the artificial Sun target.
Point the onboard camera towards the Earth target and hold a valid observation window.
Protect the mission through low-power, eclipse and payload-load conditions.
Find sensor, link or actuator abnormalities in mission telemetry.
KidSAT exhibition lane
KidSAT correlation may be demonstrated locally by a trained operator as a future exhibition lane. It does not change official software scores, attempts, or standings; an official hardware division requires separate rules and safety acceptance.
Difficulty control
Administrators can tune validated difficulty profiles and choose fixed, random-pool or hidden-seeded scenarios. Official runs remain server-controlled, versioned and equal within each category.
Strong guidance, visual controls and forgiving mission limits.
Block logic, moderate disturbances and clearer engineering trade-offs.
Controller tuning, sensor uncertainty, saturation and mission evidence.
Hidden bounded scenarios, faults and minimal guidance under fixed rules.
Mission Credits
Teams receive included credits. Additional credits may later be purchased for optional practice—especially scarce supervised hardware rehearsals. Every rate, pack, limit and activation gate remains under administrator control.
Parwaz Mission Crew Pass
Approved teams receive a privacy-safe public Crew Pass, milestone badges and a shareable animated mission page. The production pass will include a tested QR code linking directly to that public experience.
Founding edition
Registration persistence and payment activation will follow the approved Phase 1 database deployment. The current route begins the mentor-led application journey without claiming that production applications are already open.