The Level 3 Signals Processing Engineer is responsible for designing and implementing DSP algorithms in software and hardware, specifically Field Programmable Gate Arrays (FPGAs). Developed algorithms will be focused on high throughput exploitation of signals, with an emphasis on low signal to noise ratio, higher-order, and/or adaptive modulations. Will conduct the necessary modifications to existing software and/or firmware to adapt COTS and GOTS products to meet special Government needs.

The Level 3 Signals Processing Engineer shall possess the following capabilities:

• Provides concise explanation of developed models to allow other team members to understand/utilize models or algorithms for processing signals of interest. 
• Acts as technology expert, directing implementation of sub-modules necessary for processing signals of interest.
• Develops novel approaches for utilizing COTS and GOTS systems for creating processing solutions outside the intended use.
• Designs and implements software models in conjunction with SME, in MATLAB or other similar design suite to process signals of interest.
• Implements software modules necessary for processing signals of interest. Provides analysis of module/model output from signals of interest to allow creation of follow on processes.
• Acts as SME, independently designs and implements software models, in MATLAB or other similar design suite to process signals of interest.

Qualifications: Ten (10) years experience as a DSP Algorithm developer is required. Bachelor’s degree in Electrical Engineering, Computer Engineering, or Computer Science from an accredited college or university is required. Five (5) years of addition DSP experience may be substituted for a Bachelor’s degree