
location_onPark View High School, Old Vestal's Gap Road, Sterling, Loudoun County, Virginia, 20164, United States
CACI is seeking a Senior Digital Signal Processing Engineer to join a passionate team of industry-leading individuals developing next-generation signals intelligence (SIGINT) and electronic warfare systems for the Department of Defense. This program leverages best practices in Model-Based Systems Engineering and Agile software development to deliver state-of-the-art capabilities in support of the nation's warfighters.
As a member of the CACI team, you will support the men and women charged with safeguarding the American people and enhancing the nation's safety, security, and prosperity. Our warfighters are on the front lines every day, protecting national security from increasingly sophisticated and complex threats posed by adversaries.
Work model: On-site
Park View High School, Old Vestal's Gap Road, Sterling, Loudoun County, Virginia, 20164, United States
Sterling, Virginia
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Skills: Digital Signal Processing, Sigint, Electronic Warfare, Model-Based Systems Engineering, Agile Software Development, Signal Processing Algorithms, Machine Learning, X-Midas, M2extra, Computer-Assisted Engineering.
Education: Bachelor's degree in relevant engineering disciplines required; Master's degree preferred.
Master's degree. Understanding of software defined radio systems including receiver architectures, software channelization, modulation/demodulation techniques, and spectral analysis. Experience with X-Midas in the development of RF transmission and receiver systems or software defined radio. Experience processing signals using any software tool suite. Experience with Kubernetes or Docker. Experience with telemetry systems. Knowledge and experience of processing signals including error correcting codes and digital video formats. Knowledge and experience with target tracking systems. Knowledge and experience performing machine learning techniques. Experience in design, development, or testing of weapons systems. Development of link budgets, range estimates, and system sensitivity assessments.