Job Title: Digital Signal Processing Engineer
Job Category: Engineering
Time Type: Full time
Minimum Clearance Required to Start: TS/SCI with Polygraph
Employee Type: Regular
Percentage of Travel Required: Up to 25%
Type of Travel: Local
What You’ll Get to Do
- Design, develop, debug, integrate, and test signal processing algorithms and SIGINT software systems running on a variety of platforms supporting intelligence, defense, and other government missions.
- Design, develop, integrate, and test analytic signal processing software tools for DSP algorithms
- Design, develop, integrate, and test software for Machine Learning applications.
- Enhance and maintain existing X-Midas and M2Extra Government Off The Shelf (GOTS) signal processing tools.
- Help define the requirements, CONOPs and architecture for future systems.
- Use computer-assisted engineering and design software and equipment to perform engineering tasks.
- Expected graduation in Spring 2026 with a Bachelor’s degree in Electrical Engineering, Computer Engineering, Applied Mathematics, Computer Science or related field
You’ll Bring These Qualifications
- TS/SCI with Polygraph
- Bachelor's degree in Electrical Engineering, Computer Engineer, or Electrical and Computer Engineering
- Experience processing signals using any signal processing software tool suite
- Experience programming in Python, and C++
- Linux software development experience
- Demonstrated proficiency in communicating technical and analytical information in written products
- Exposure to all phases of software development lifecycle (concept, design, implementation, test, and production).
- Experience working in collaborative team environments centered around signal processing and software development
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These Qualifications Would be Nice to Have
- Master's Degree in Electrical Engineering, Computer Engineering, Applied Mathematics, Computer Science or related field
- Development of link budgets, range estimates, and system sensitivity assessments
- Understanding of software defined radio systems:
- Receiver architectures
- Software channelization
- Modulation/demodulation techniques
- Spectral analysis
- Experience with X-Midas in the development of RF transmission and receiver systems or software defined radios
- Experience with Kubernetes or Docker
- Experience with telemetry systems
- Knowledge and experience of processing signals, including:
- Error correcting codes
- Digital video formats
