UEWR Radar Systems Analyst

Indyne Corporation; California (MO); On-site; USD 120,000 - 180,000; Full time

Job summary

InDyne is seeking a UEWR System Analyst to reduce and analyze track data for a ground-based phased array radar site. You will mentor staff and help develop operational procedures while engaging with customers on performance results.

The role requires a strong background in radar design, signal processing, and BMDS concepts, plus experience with MATLAB/Mathematica for data analysis and modeling.

Qualifications

• Bachelor’s degree in Electrical Engineering, Computer Science, Mathematics, Physics, or related degree and 5 years’ experience in radar/analysis.
• Strong background in radar design, simulation, and performance analysis.
• Experience with large-scale system simulations and BMDS radars such as AN/TPY-2, Cobra Dane, UEWRs, GBR-P, SBX.

Responsibilities

• Utilize Matlab and Mathematica to perform data reduction, analysis, and report trends of radar track data.
• Analyze hardware diagnostics to identify anomalies for troubleshooting.
• Develop mathematical algorithms for array signal processing and performance predictions.
• Apply math to define system performance for radar tracking and processing thresholds.
• Perform trajectory analysis and provide insights on RF/IR signature data products.
• Document results and present analysis at team meetings and customer reviews.
• Write and execute test plans for mission software versions and assess anomalies.

Skills

UNIX

IRIX

Solaris

Perl

Python

Shell scripting

Orbital mechanics

Radar signal processing

Phased Array Radar

BMDS radar concepts

Matlab

Mathematica

Education

Bachelor's in Electrical Engineering

Bachelor's in Computer Science

Bachelor's in Mathematics

Bachelor's in Physics

Related engineering or science degree

Tools

Matlab

Mathematica

Job description

InDyne is seeking a UEWR System Analyst to reduce and analyze track data for a ground-based phased array radar site. You will mentor staff and help develop operational procedures while engaging with customers on performance results.

The role requires a strong background in radar design, signal processing, and BMDS concepts, plus experience with MATLAB/Mathematica for data analysis and modeling.