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About the Role
In this role, you will be a subject matter expert, filling a critical knowledge gap in your engineering team. Given that our company heavily relies on software to enhance hardware performance, this person must have a strong multidisciplinary background across physics, electronics, and software. The ideal candidate would have a unique blend of hands-on testing experience and a deep theoretical understanding of sensor technologies. Your background should bridge the gap between our software, mechanical, and electronic engineering teams.
Responsibilities
- Contribute to the research and development of novel, internally-developed sensor technologies.
- Provide expert guidance to the engineering team on the critical properties of sensors for inertial navigation systems.
- Develop and implement advanced sensor calibration techniques to optimise system performance.
- Lead the testing, characterisation, and selection of third-party inertial sensors.
- Analyse test data to identify sensor performance limitations and areas for improvement.
- Collaborate with cross-functional teams to integrate sensors into our diverse product range, from low-cost to high-end systems.
Requirements
- A degree in a relevant field such as Physics, Mechatronics, Electrical Engineering, or a closely related discipline is essential.
- An advanced degree (Master's or PhD) would be highly advantageous, especially if their research was focused on sensor technology or inertial navigation.
- Proven experience in designing and executing tests for inertial sensors (accelerometers and gyroscopes).
- Understanding of test methodologies, sources of error, and how to analyse the resulting data.
- Experience in the development of new sensors is crucial.
- A deep understanding of how sensor characteristics impact the performance of an Inertial Navigation System (INS) is paramount.
- Proficiency in advanced sensor calibration methods to minimise errors and optimise performance.
- Proficiency in software tools used for data acquisition and analysis, such as Python or MATLAB, is important.
- Experience in one of our key industries—like defense, maritime, or autonomous vehicles—would be a significant plus.
Skills
- Sensor technologies
- Multidisciplinary background (physics, electronics, software)
- Hands-on testing
- Theoretical understanding
- Inertial navigation systems
- Sensor calibration techniques
- Sensor testing and characterisation
- MEMS
- FOG
- Software and data analysis
- Python
- MATLAB
Education Level
- Degree in Physics, Mechatronics, Electrical Engineering, or related discipline
- Master's or PhD (highly advantageous)