What are the responsibilities and job description for the Lead RF Engineer position at Emonics, LLC?
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Job Summary:
Technical Requirements
To hit the ground running, you are comfortable across the entire engineering life
cycle from system design to algorithm development to system testing and
optimization, leading to a successful product launch. In particular:
You have developed one or more RF/radar digital signal processing and
analysis systems based on RF integrated circuits
You have developed such algorithms for calibration, human pose detection,
tracking, and biometrics
You can analyze detailed signal processing characteristics of RF/radar
systems
You can perform RF/radar cross-section measurements
You have experience with advanced detection algorithms, angle of arrival
estimation, and high-range resolution (HRR) techniques
You have developed RF/radar digital signal processing algorithm test
frameworks using simulated targets
You are proficient with MATLAB, Python and/or C/C to analyze radar point
cloud data
You have developed, and optimized C/C embedded radar algorithms based
on MATLAB analysis or radar performance
In addition, while not essential, it is a definite plus if:
You have architected, developed, and optimized FPGA code for RF transmit
and receive signal processing chains
You have worked on RF/radar system board design, including translating FCC
requirements into design specifications, link budget analysis, and the impact
of antenna geometry on gain pattern
You have experience with bringing up and testing sophisticated electronic
boards, including the use of oscilloscopes, spectrum analyzers, horns, and
probes.
Job Summary:
Technical Requirements
To hit the ground running, you are comfortable across the entire engineering life
cycle from system design to algorithm development to system testing and
optimization, leading to a successful product launch. In particular:
You have developed one or more RF/radar digital signal processing and
analysis systems based on RF integrated circuits
You have developed such algorithms for calibration, human pose detection,
tracking, and biometrics
You can analyze detailed signal processing characteristics of RF/radar
systems
You can perform RF/radar cross-section measurements
You have experience with advanced detection algorithms, angle of arrival
estimation, and high-range resolution (HRR) techniques
You have developed RF/radar digital signal processing algorithm test
frameworks using simulated targets
You are proficient with MATLAB, Python and/or C/C to analyze radar point
cloud data
You have developed, and optimized C/C embedded radar algorithms based
on MATLAB analysis or radar performance
In addition, while not essential, it is a definite plus if:
You have architected, developed, and optimized FPGA code for RF transmit
and receive signal processing chains
You have worked on RF/radar system board design, including translating FCC
requirements into design specifications, link budget analysis, and the impact
of antenna geometry on gain pattern
You have experience with bringing up and testing sophisticated electronic
boards, including the use of oscilloscopes, spectrum analyzers, horns, and
probes.
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CAES Systems LLC -
Woburn, MA
Senior RF Engineer
CAES Systems LLC -
Woburn, MA
Senior RF Antenna Engineer
Commonwealth Fusion Systems -
Devens, MA
