This challenging position offers an experienced Engineer an opportunity to make major contributions in developing algorithms to a number of our software defined radio and positioning and navigation projects. The successful candidate will be an integral part of the R&D effort necessary to complete advanced research and navigation projects. This person will then support the advancement of the technology necessary to sustain multiple product development opportunities.

The Research Engineer will be responsible for the following:

• Perform functions with signal acquisition and tracking loops (PLL, DLL, FLL, MLE, KF).
• Develop and implement navigation and signal processing algorithms.
• Perform functions associated with research, development, and application of novel signal processing techniques.
• Provide signal processing analytical support for research and systems projects
• Devise signal detection and classification techniques.
• Evaluate alternate/improved sensor processing algorithms to enhance system functionality via analysis/simulation/experimentation.
• Prototype software designs in MATLAB, transition to real-time C-code, and support demonstration efforts on sensor test-bed and prototype hardware.
• May serve as a technical lead or program manager for research contracts.

This position requires an experienced self-starter with strong independent and team research abilities. Flexibility to changing tasks and assignments is key. The ability to multitask across projects is also essential. A positive “get the job done” attitude will be rewarded. The ability to jump in and get to work with little direction and supervision will be of significant benefit.

The successful candidate must possess the following combination of knowledge, skills, and experience:

• A working knowledge of Kalman/Adaptive filtering, Stochastic models, Detection, Estimation and Control theory, Statistical Signal processing and Adaptive Signal processing.
• Experience with implementation of algorithms using general purpose processors for real-time applications.
• Understanding of signal processing theory.
• Advanced mathematics and analytical skills.
• C/C++ and MATLAB programming skills.

The following knowledge, skills and experience are highly desirable:

• Spatial processing algorithm development.
• Experience working with Strapdown inertial navigation algorithms and control systems.
• Familiarity/experience working with real time operating systems and FPGA design.
• Knowledge of TDOA / FDOA analysis and tracking loops.
• IMU and/or UTC system design.
• Waveform design.

• U.S. citizenship required.
• MS degree or higher in Engineering, Physics, Mathematics, or a related technical discipline with 5 years of related experience.
• Individuals with an active security clearance are preferred. Candidates without active security clearance will be subject to a government security investigation and must meet eligibility requirements for access to classified information.