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Aerospace2025CubeSatFull StackBest ThesisIEEE

Indigenous 1U CubeSat — Full-Stack Hardware

Client: AAUB — Undergraduate ThesisRole: System Architect — All Five Subsystems
Indigenous 1U CubeSat — Full-Stack Hardware - Image 1
Indigenous 1U CubeSat — Full-Stack Hardware - Image 2
Indigenous 1U CubeSat — Full-Stack Hardware - Image 3
Indigenous 1U CubeSat — Full-Stack Hardware - Image 4

Overview

A complete flight-ready 1U CubeSat — EPS, OBC, Radio, Antenna and Science Payload, every subsystem architected, designed, fabricated and validated as one integrated PC-104 stack.

Challenge

Design, fabricate and validate all five subsystems of a 1U CubeSat end-to-end — from power architecture to antenna matching to science payload — as an integrated PC-104 stack.

Our Approach

  • EPS with N-1 redundant architecture and live telemetry
  • OBC with ATmega2560, Si4463 UHF, dual F-RAM
  • 437 MHz dipole antenna with impedance matching
  • Science payload: GPS, camera, LoRa, gas sensors
  • Full LEO simulation and bench integration

Technical Highlights

  • Complete 5-subsystem PC-104 stack — all designed in-house
  • N-1 redundant EPS with R = 0.991 reliability
  • Dual communication: UHF + LoRa
  • Awarded Best Thesis Award

Deliverables

  • ✓All five subsystem boards
  • ✓Integrated PC-104 stack
  • ✓LEO simulation results
  • ✓Thesis documentation

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