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Space Systems & Satellite Technology

Satellite Systems Engineer

Defines how a satellite’s subsystems work together to meet a mission’s goals.

0 of 6 signature competencies evidenced. Ready means Level 3 on each.

Recommended next · Explore · SatellitesWhat would happen if Earth lost all its satellites?Builds Satellite Systems Understanding, Systems Prioritisation, Space Governance & Policy Reasoning
PathwayFollow the Space Systems & Satellite Technology PathwayFive stages from first mission to work placement.

Signature competencies

  • Satellite Systems Understanding

    Knowing how satellites are built, what they do and what depends on them.

    Not yet evidenced

  • Systems Prioritisation

    Deciding what matters first when systems depend on each other and resources are limited.

    Not yet evidenced

  • Mission Operations

    Running a mission in real time: timing, windows, procedures and contingencies.

    Not yet evidenced

  • Risk Assessment

    Weighing likelihood and consequence to decide when and how to act.

    Not yet evidenced

  • Space Governance & Policy Reasoning

    Reasoning about the rules, responsibilities and shared risks of using space.

    Not yet evidenced

  • Technical Communication

    Explaining complex technical decisions clearly to the people who need to act.

    Not yet evidenced

Why it matters

African nations are launching their own satellites — each needs engineers who see the whole system.

Technical foundations

  • Systems engineering
  • Orbital basics
  • Electronics

Mentors in this field

UNIVAST mentors with experience relevant to becoming a Satellite Systems Engineer.

  • Engineering

    Salisu Abubakar

    Space Engineer, Navigation Engineer, Systems Engineer and Embedded Systems Engineer

  • Engineering

    Larissa Ramaromanana

    Space Systems Engineer: Small Satellites, CubeSat Operations and Data-Driven Aerospace Systems

See all mentors