Senior Embedded Signal Processing Engineer - Undersea (TS)

STR; Woburn (MA); On-site; USD 139,000 - 170,000; Full time

Job summary

STR is seeking a Senior Embedded Signal Processing Engineer for undersea systems in Woburn, MA. The role emphasizes designing real-time acoustic signal processing algorithms and implementing software on low-SWAP to server-class processors, with collaboration across cross-functional teams.

Candidates should have strong C/C++ and MATLAB/Python skills, experience with embedded Linux, and a demonstrated ability to optimize software for constrained hardware while meeting high fidelity requirements.

Qualifications

• Solid understanding of acoustic signal processing principles and array processing.
• Experience optimizing software for performance and resource constraints on low-SWAP processors.
• Embedded software development experience on ARM processors and DSP boards.
• Real-time deterministic signal processing algorithms development and testing.
• Proficiency in C/C++ and MATLAB/Python for signal processing.
• Linux-based embedded development and shell scripting proficiency.

Responsibilities

• Design, develop, and optimize real-time acoustic signal processing algorithms.
• Implement software on various hardware platforms including low-SWAP and ARM processors.
• Use development containers, Git, and Jira for project collaboration and version control.
• Ensure software meets stringent real-time and high-fidelity requirements.
• Collaborate with cross-functional teams to validate software on target hardware for distributed undersea systems.

Skills

Signal processing

Software optimization

Embedded systems

Real-time processing

C/C++

MATLAB

Python

Linux

Shell commands

Git

Jira

I2C/UART/SPI

Team collaboration

Analytical thinking

Security clearance

Tools

Development containers

Git

Jira

ARM processors

DSP boards

Linux development

MATLAB

Job description

STR is seeking a Senior Embedded Signal Processing Engineer for undersea systems in Woburn, MA. The role emphasizes designing real-time acoustic signal processing algorithms and implementing software on low-SWAP to server-class processors, with collaboration across cross-functional teams.

Candidates should have strong C/C++ and MATLAB/Python skills, experience with embedded Linux, and a demonstrated ability to optimize software for constrained hardware while meeting high fidelity requirements.