Digital Signal Processors/Algorithm Designers
Our team activities include software development, custom hardware design, digital signal processing, FPGA design and implementation, and python/java/C++ programming/simulation. As a member of our team, you will be responsible for the design of custom SDR functions such as DF engines, demodulators, detectors, advanced waveform analyzers, and classifiers for use in intercept and geo-location of signals of interest. You will work with SDR and FPGA design engineers to code, implement, and test algorithms and systems.
We are looking for an individual that generates creative, technically sound solutions and can rapidly prototype them to support proof-of-concept experiments. Projects include: design and implementation of digital signal processing (DSP) algorithms for embedded and software defined radio (SDR) centric systems and integration of various sensor types including inertial measurement units (IMUs). Specific responsibilities include implementation of signal demodulators, signal detectors, signal classifiers, DF algorithms, positional processing algorithms, heat mapping for geo-location of emitters, etc.
Duties
- Stochastic analysis and algorithm development for communication and radar waveforms
- Real-time algorithm development
- Algorithm design for embedded systems
- Integration of algorithms with SDR and Geo-location platforms
- Integration of GPS and GNSS processing systems
- Performance analysis and system validation simulations
- SDR system bring-up and test
Qualifications
- BS/MS/PhD in Electrical Engineering or other relevant technical discipline
- Minimum 5 years DSP design experience
- Skilled coder in python/C/C++
- Experience with parallel coding on Intel-based processors using OpenMP
- Personal communication skills
- Strong desire to work with, understand, and solve problems in the RF domain
Relevant Extras
- X-Midas, Salvage, REDHAWK/TOA, GNU Radio
- Working knowledge of GPS and GNSS processing systems
- TS/SCI clearance desired. U.S. Citizenship required
