Job Information
Civitanavi Systems Opto-Electronic Engineer in Porto Sant'Elpidio, Italy
Company overview
Civitanavi Systems was established in 2012 with a vision to become a principal player in the provision of the design, development, and manufacture of high-tech solutions of Inertial Navigation, Geo Reference, and Stabilization systems for both Industrial and Defense use (dual use).
Civitanavi Systems is an Italian company which provides domestically inertial solutions and has developed in a short time an international market for it specialized products.
The company has been able to quickly develop and assemble a team of world leading experts in inertial technology with a solid background in the design and development of inertial sensors, navigation software, certification, and manufacturing processes.
The company has acquired customers and end users for its inertial products in both industrial (mining, oil and gas) and defence (naval, land and air domains) in a relatively short time.
Civitanavi Systems S.p.A. is a listed company on Euronext Milan, it is controlled by Civitanavi Systems Ltd (holding) which unites an international pool of strategic investors.
Job Summary
To increase our capability in the Optoelectronics, we are screening candidates for a position in the Team. The candidate will focus his activity in supporting design and testing of sensors based on Interferometric Fiber Optic Gyroscope (I-FOG), including selection of optical and opto-electronic components and its electronics. The candidate will develop and improve analog and mixed-mode electronics circuits.
Responsibilities and Duties
Acquire knowhow in I-FOG (Interferometric Fiber Optic Gyroscopes) applied to for inertial navigation system
Understand testing procedures and diagnostic methodologies for I-FOG
Master the I-FOG raw data processing flow and the related data analysis techniques
Improve or define procedures to characterize I-FOG in various environmental conditions
Support debug by means of failure troubleshooting and root cause analysis to improve product design reliability and robustness, and to increase production yield
Contribute to the development of production test procedures and process workflow to improve I-FOG overall quality and yield
Select optical and electronic component for I-FOG design improvement and for test setups
Design optical setups and test benches for I-FOG
Improve or develop analog and mixed-mode electronics circuits interfacing the I-FOG
Qualification and Skills
Required Skills
Master’s degree in Electronic or Physics (with Optoelectronic specialization)
Knowledge in signal conditioning and processing/data analysis
Knowledge in designing high speed Optoelectronics subsystems (optical transmitter and receivers) for telecommunication (SDH/SONET, PON, etc)
Knowledge in designing EDFA (Erbium Doped Fiber Amplifiers)
Knowledge in designing DWDM and/or CDWM network
Knowledge of Office suite (Word, Excel, Power Point)
Knowledge of Matlab and Simulink programming languages
Knowledge in using standard laboratory optical equipment (OTDR, Power Meter, OSA, Oscilloscope, fiber splicing machine, etc)
Experience in analogue and mixed signal electronic design
Self-starter capability
Systematic mindset to perform in-depth investigation
Multidisciplinary attitude and team working capability
English Language (written and spoken): B1 or higher
Work passion and smart learning attitude
Optional Skills
Knowledge of Inertial Navigation Systems
Labview programming skills
Benefit and Perks
Additional health insurance
Free lunch meal
Coffee bar
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