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4 WeeksIntermediate
CubeSat Technology
End-to-end nanosatellite mission design and assembly
About This Program
A complete journey through CubeSat mission architecture — from orbital requirements definition through payload integration to ground station telemetry. Students work through the full satellite systems engineering lifecycle using the 1U CubeSat standard as the reference platform.
Curriculum
01
CubeSat standards, form factors, and mission classification
02
Orbital mechanics for LEO nanosatellite operations
03
Power systems: solar arrays, battery management, and budgeting
04
Communication subsystems and ground station link budgeting
05
Attitude Determination and Control (ADCS) fundamentals
06
Payload design, integration, and environmental testing
07
Mission operations: commissioning, telemetry, and deorbit planning
Tools & Software
STK (Systems Tool Kit)GMATPythonC++
What You'll Achieve
- ISRO Accredited Certificate in Satellite Engineering
- Complete a CubeSat Preliminary Design Review (PDR)
- Hands-on experience with flight-ready components
- Co-authorship on CubeSat structural optimization paper
Program Trajectories
Foundation
15 Days
₹4,999
- Satellite subsystems overview
- Basic orbital concepts
- Certificate
Innovative
4 Weeks
₹11,999
- Full CubeSat curriculum
- STK simulation project
- ADRCS design exercise
- LOR
Research
8 Weeks
₹22,999
- Payload integration design
- Research paper
- Hardware lab access
- ISRO certificate
Elite
3 Months
₹39,999
- Complete CDR documentation
- Published paper
- Flight hardware portfolio
- Industry referral