Home / Jobs / Lead Fiber Optical Gyroscope Engineer - Sydney based, Australia
Lead Fiber Optical Gyroscope Engineer - Sydney based, Australia
LondonSource: WhatJobs
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Overview
In this role, you will advance our Fiber Optic Gyroscope (FOG) technology through design, development, testing, and manufacturing scale-up. You’ll work with cross-functional teams to deliver high-performance, reliable navigation systems for demanding applications. You will analyse data, troubleshoot and optimize FOG performance, while staying aligned with cutting-edge photonics and manufacturing methods. This position offers a chance to impact scalable, customer-focused FOG solutions within a research-driven culture.
Responsibilities
Lead the design and development of FOG and related systems for performance, reliability, and manufacturability
Develop and refine manufacturing processes for FOGs with scalability to large production volumes
Collaborate with software, hardware, and production teams for integrated product development
Analyze test data, troubleshoot issues, and implement improvements for FOG performance and reliability
Stay updated on advancements in FOG technology, photonics, and manufacturing techniques
Contribute to a customer-centric approach ensuring FOG meets demanding applications
Develop and establish efficient testing processes for fibre optic coils
Develop capabilities for coil stress conditioning
Support and guide Production Engineering to develop performance metrics and SPC measures
Guide design and development of fibre optic coil related process tooling
Key requirements
Bachelor's or Master's degree in Physics, Optics, Photonics, Electrical Engineering, or a related field
Proven experience in Fiber Optic Gyroscopes
Strong theoretical and practical understanding of FOG physics including the Sagnac effect
In-depth knowledge of photonics (light sources, optical fibers, couplers, modulators, detectors) relevant to FOGs
Solid background in electro-optical systems design and integration
Experience with manufacturing processes for optical or precision electro-mechanical systems, especially at large scale
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