AOCS Engineer II Satellite Attitude Control & Simulation

AOCS Engineer II Satellite Attitude Control & Simulation

Full-Time 94500 - 115500 $ / year (est.) On-site
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At a Glance

  • Tasks: Design and analyse satellite attitude control systems and develop high-fidelity simulations.
  • Company: Join Gilmour Space Technologies, a leader in the space industry.
  • Benefits: Competitive salary, career growth, and the chance to work on exciting space projects.
  • Other info: Work in a dynamic environment with opportunities for professional development.
  • Why this job: Make a real impact in the space sector with innovative technology.
  • Qualifications: Degree in physics or engineering, 4+ years in satellite development, C++ or Python skills.

The predicted salary is between 94500 - 115500 $ per year.

Gilmour Space Technologies seeks an experienced AOCS Engineer II (Satellites) to design and analyze attitude control systems, develop high-fidelity simulations, and implement pointing and orbit-keeping algorithms.

The role is based in Australia and requires strong C++ or Python software development skills and satellite experience.

Ideal candidates will have a physics or engineering degree, 4+ years in satellite development, and eligibility for NV1 security clearance.

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AOCS Engineer II Satellite Attitude Control & Simulation employer: Gilmour Space

Gilmour Space Technologies is an exceptional employer, offering a dynamic work culture that fosters innovation and collaboration in the exciting field of satellite technology. With a strong focus on employee growth, we provide opportunities for professional development and hands-on experience in cutting-edge projects, all while being located in Australia’s thriving aerospace sector. Join us to be part of a team that values creativity and dedication, making a meaningful impact in the space industry.

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Contact Details:

Gilmour Space Recruitment Team

We think you need these skills to ace AOCS Engineer II Satellite Attitude Control & Simulation

C++
Python
Attitude Control Systems Design
High-Fidelity Simulations
Pointing Algorithms
Orbit-Keeping Algorithms
Satellite Experience