Acoustic Engineer

EnErgo Recruitment; Town of Montana (WI); On-site; USD 90,000 - 130,000; Full time

Benefits offered by this job

Equity / Stock Options

Autonomy over budgets

High-Impact environment

Job summary

EnErgo Recruitment is seeking an Acoustic Engineer to turn raw hydrophone data into realtime tactical intelligence for maritime platforms. You will design hydrophone arrays and implement localization algorithms to support high-speed underwater operations.

Proficiency in DSP and data analysis (Python/MATLAB) is essential, with experience in underwater communication protocols as a plus. The role emphasizes fast iteration and sea-trial validation.

Qualifications

• Deep understanding of sonar equations, multipath, and acoustic impedance.
• Ability to translate physics into actionable hardware/software requirements.
• Experience with real-time signal processing and data analysis.

Responsibilities

• Design and deploy rugged hydrophone arrays for real-time data capture.
• Implement TDOA and beamforming to localize targets in real time.
• Develop models to classify acoustic signatures amidst high noise.
• Collaborate with propulsion and electronics teams to validate at-sea.

Skills

DSP & Analysis

Python/MATLAB

Underwater comm protocols

Job description

We are looking for an Acoustic Engineer who thrives on solving complex signal processing challenges. You will be responsible for turning raw hydrophone data into reliable, real-time tactical intelligence, ensuring our platforms maintain total domain awareness in the most challenging underwater environments.

What you will do?

• 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.

Who are we looking for?

• 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.

What do we offer?

• Competitive Salary: Corresponding to the high responsibility of owning total vehicle architecture.
• Equity / Stock Options: Direct ownership stake in the hardware and platforms you bring to life.
• Real Authority: Full autonomy over technical budgets; you make the key engineering decisions that shape the vehicle.
• High-Impact Environment: Flat hierarchies, rapid execution, and a passionate team building cutting-edge maritime defense capabilities.

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.