Senior Robotics Software Engineer | Flight GNC for Rockets

Gilmour Space Technologies; Gold Coast City; In loco; AUD 120.000 - 180.000; Tempo pieno

Descrizione del lavoro

Gilmour Space Technologies is seeking a Senior Robotics Software Engineer to design algorithms and implement flight-critical software for rocket systems. You will work with a skilled team to develop, analyse, test and operate launch vehicles and subsystems to ensure reliable flight and mission success.

You will lead and collaborate across teams in GNC, flight software, and avionics, develop control models, validate through simulations, and contribute to next-generation propulsion and launch

Competenze

• Bachelor’s degree in Physics or Aerospace / Aeronautical / Mechanical / Electrical Engineering or STEM field.
• 4+ years of experience in professional GNC, Flight Software or robotics design engineering settings.
• Ability to obtain NV1 Security Clearance.

Mansioni

• Serve as a Responsible Engineer for GNC products, conducting concept studies and analyses.
• Develop flight-critical software for rocket systems and test subsystems.
• Integrate GNC subsystems with avionics, software, mechanical, propulsion teams.
• Lead the GNC team and mentor peers.
• Drive tool automation, simulations, and data analysis for mission design.

Conoscenze

Python

MATLAB

C++

C

Git workflows

Software verification & validation

Continuous integration

Systems Engineering

Formazione

Bachelor's degree in Physics or Aerospace / Aeronautical / Mechanical / Electrical Engineering or STEM

Strumenti

Linux

Containerised toolchains

Descrizione del lavoro

Gilmour Space Technologies is seeking a Senior Robotics Software Engineer to design algorithms and implement flight-critical software for rocket systems. You will work with a skilled team to develop, analyse, test and operate launch vehicles and subsystems to ensure reliable flight and mission success.

You will lead and collaborate across teams in GNC, flight software, and avionics, develop control models, validate through simulations, and contribute to next-generation propulsion and launch