Qualifications
Key ResponsibilitiesDrive R&D initiatives in maritime acoustic sensing and underwater signal systems for autonomous vessel applications. Assess and benchmark acoustic sensors and subsystems (e.g., sonar arrays, hydrophones, acoustic modems, Doppler sensors) across both commercial and defense-grade offerings. Design and implement experiments for acoustic performance testing, calibration, and environmental validation in laboratory settings and during sea trials. Conduct and analyze trade studies comparing acoustic hardware and architectures to guide system selection, performance optimization, and integration strategies. Create and document system architectures for acoustic data acquisition, amplification, filtering, and digital conversion. Work collaboratively with autonomy, software, and mechanical teams to incorporate acoustic systems into vessel control and perception frameworks. Develop and validate signal conditioning and analog front-end circuitry for low-noise, high-fidelity acoustic measurements. Produce comprehensive R&D documentation, including test reports, design specifications, and performance evaluations. Contribute to system safety, reliability, and environmental qualification efforts, ensuring compliance with relevant maritime and defense standards. Mentor junior engineers and assist in their professional development.
About the job
At Saronic Technologies, we are pioneering the future of autonomy at sea, committed to crafting innovative solutions that significantly enhance maritime operations via intelligent and autonomous platforms.
Position Overview
We are currently in search of a Senior Electrical Engineer specializing in maritime acoustic sensor systems to join our Electrical Engineering - Advanced Development group.
This role is centered on researching, evaluating, and developing cutting-edge underwater acoustic sensing technologies, encompassing sonar transducers, hydrophones, acoustic modems, and signal processing subsystems. These technologies are vital for advancing navigation, detection, and situational awareness capabilities for autonomous surface vessels.
The ideal candidate will possess extensive experience in the design, integration, and testing of acoustic systems within marine or defense sectors, complemented by a robust background in hardware evaluation, data analysis, and system trade studies. This position demands both analytical rigor and hands-on experimentation in laboratory and at-sea environments.