Senior Quantum Navigation Scientist - GPS-Denied Sensing

Matchbox; Sydney; Hybrid; AUD 140,000 - 200,000; Full time

Job summary

Q-CTRL in Sydney is seeking a Senior Navigation Scientist to enhance GPS-denied navigation using quantum sensors. You will develop robust navigation algorithms, fuse sensor data, and analyze field trials on maritime and airborne platforms. Collaboration with physics and engineering teams is essential.

You will contribute to algorithm development, data analytics, and software in Python, while liaising with academic and industry partners to drive real-world impact in quantum sensing navigation.

Qualifications

• PhD or equivalent industry experience in physics, engineering, or related field.
• Experience in navigation theory and numerical navigation modelling.
• Experience working in interdisciplinary R&D environments with scientists and engineers.
• Desire to contribute to the future of quantum technology.

Responsibilities

• Develop navigation algorithms and sensor fusion strategies for diverse navigation scenarios.
• Plan, participate in, and analyse field trials on maritime and airborne platforms.
• Translate quantum sensor performance into end-user navigation capabilities.
• Develop, document, and review high-quality Python software.
• Present results to the Quantum Sensing Division and external stakeholders.

Skills

Navigation theory

Sensor fusion

Python

Bayesian methods

Git

Field trials

Interdisciplinary collaboration

Machine learning state estimation

Education

PhD in physics or engineering

PhD or equivalent industry experience

Tools

Python

Git

Job description

Q-CTRL in Sydney is seeking a Senior Navigation Scientist to enhance GPS-denied navigation using quantum sensors. You will develop robust navigation algorithms, fuse sensor data, and analyze field trials on maritime and airborne platforms. Collaboration with physics and engineering teams is essential.

You will contribute to algorithm development, data analytics, and software in Python, while liaising with academic and industry partners to drive real-world impact in quantum sensing navigation.