Expedition Technology (EXP) is seeking software engineers with a digital signal processing (DSP) background to support the US Department of Defense and Intelligence Community by solving challenging and stimulating problems that impact National Security.
Requirements
- Relevant, practical applied digital signal processing and communication theory experience
- Experience creating, developing, and implementing signal processing solutions in complex systems
- Programming experience in Python or similar scientific computing languages
- Strong communication skills to convey complex technical concepts
- Interest in defining, designing, and integrating architectures for communication and/or radar systems
Responsibilities
- Design and implement complex signal processing solutions that support US defense and intelligence agencies
- Research and develop advanced machine learning algorithms and techniques in application areas including radar, electronic warfare, sonar, SIGINT, RF geo-location, and image processing
- Create signal processing and machine learning models that process and understand signal data faster, more accurately, and more efficiently
- Transition signal processing-based neural networks to field-ready, real-time software applications and systems
- Conduct literature reviews to determine state-of-the-art technologies, incorporate recent research, and apply it to current problem sets
- Define, design, and integrate architectures for communication and/or radar systems
- Rapidly prototype algorithm concepts and ideas
Other
- United States citizenship and an active Top Secret/SCI security clearance
- BA/BS in electrical engineering, physics, applied mathematics, computer science, or related technical discipline
- Ability to work solo and as part of highly motivated, collaborative teams
- Passion for working meaningful programs that protect our nation’s security and impact people’s lives
- Intellectually curious and stimulated by researching new and advanced techniques and technologies in the areas of digital signal processing and machine learning
