Acoustic Engineer

• Hydrophone Architecture: Design and deploy ruggedized, high-fidelity hydrophone arrays. You will move beyond standard setups to create configurations capable of handling the high-speed dynamics of our waterjet-driven platforms.
• Target Localization: Build the intelligence that allows our systems to "see" underwater. You will implement advanced TDOA and beamforming logic to pinpoint the position and velocity of objects in real-time.
• Noise Fingerprinting: Lead the classification of acoustic signatures. You will develop robust models to distinguish between engine noise, cavitation, biological interference, and target-specific signatures, ensuring our systems perform perfectly amidst high-noise ambient conditions.
• Rapid Iteration: Work hand-in-hand with our propulsion and electronics teams. You will move from simulation to hardware implementation, leading sea trials to validate your models in actual maritime conditions.

• You have a deep grasp of the sonar equation, multipath propagation, and acoustic impedance. You don't just run software; you understand the physics behind every signal.
• Focus on shipping real, functional results. You are capable of defining technical requirements and executing them without constant oversight.
• Proficiency in DSP and data analysis (Python/MATLAB). Experience with underwater communication protocols is a major plus.

We are a team of engineers, operating with action, a flat hierarchy, and a singular focus on out-performing the status quo in the maritime industry. If you want to contribute to the next generation of autonomous underwater vehicle platforms and see your work deployed in real-world environments, we would love to meet you.