Principal Algorithm and Signal Processing Engineer

About the Team: The Sensors Division develops advanced solutions in radar, space-based sensing, electronic warfare, and underwater acoustics. Within the Space Missions and Sensing (SMS) Sector, we focus on advancing space sensing, space control, and counter-sensing technologies for critical national security missions.

The Role: Principal Algorithm and Signal Processing Engineer The SMS Sector is seeking a Principal Algorithm and Signal Processing Engineer to lead the development of state-of-the-art algorithms for the next generation of space systems. In this role, you will bridge the gap between foundational research and mission-ready deployment, developing techniques for EO/IR and RF sensor detection, classification, and autonomous space platform and payload orchestration.

Your work will center on advancing space-based sensing and spacecraft control, leveraging RF, radar, and machine learning to solve complex sensing and resource management challenges. As a technical leader, you will engage directly with customers to translate high-level national security needs into rigorous mathematical frameworks and deployable prototypes. You will lead a team of researchers and collaborate closely with engineering teams to push the boundaries of what is possible in space-based sensing and control.

What you will do

Lead the design and application of cutting-edge signal processing and machine learning techniques to solve complex space-based sensing and spacecraft control challenges.
Engage directly with customers and mission partners to understand unique requirements and shape technical solutions that address critical national security needs.
Architect autonomous sensor management and processing algorithms that enable real-time processing and autonomy on orbiting platforms.
Guide multi-disciplinary teams of researchers and engineers, providing the technical vision and mentorship necessary to move from early concept to integration and system verification.
Drive business development and proposal efforts, identifying new technical opportunities and shaping the future direction of the sector’s research portfolio.

Who you are

Clearance: Active Top Secret (TS) security clearance (U.S. citizenship required).
Education/Experience:
BS + 7 years, MS + 5 years, or PhD + 3 years of relevant experience in Electrical Engineering, Applied Mathematics, Physics, or a related technical discipline.
Sensing & Control Expertise: Extensive experience developing sensor system modes and advanced signal/data-processing algorithms. While expertise in Radar is highly valued, we are seeking a broad application of these skills to space systems, including EO/IR space-based sensing and spacecraft control.
Machine Learning: Proven experience applying Machine Learning (ML) or AI techniques to solve complex signal processing or sensing challenges.
Technical Leadership: A track record of leading researchers and engineers through the full lifecycle—from analytical derivation through testing and verification of system performance.
Communication: Excellent communicator and briefer, comfortable translating high-level mission needs into technical requirements for subcontractors, executives, and customers.
Programming: Proficiency in one or more scientific programming languages, such as MATLAB, Python, or C/C++.

Even Better

Prior experience working on SCI (Sensitive Compartmented Information) or SAP (Special Access Programs).
Deep expertise in Cognitive EW, Electronic Attack, Electronic Protection, or advanced ESM techniques.
Hands-on experience with ML frameworks and tools such as PyTorch, TensorFlow, Ray, or MLflow, specifically applied to image recognition or reinforcement learning.
Experience interacting with high-level government decision-makers to translate abstract mission needs into end-to-end technical solutions.
A demonstrated ability to apply novel, interdisciplinary approaches to "impossible" engineering problems.

Pay Information

Full-Time Salary Range: $174.000 to $225.000