UEWR System Analyst

Overview InDyne is a full-service military, civilian and commercial operations company. Our Mission is to provide tailored cost effective, quality services and solutions. Our Vision is to exceed customer expectations by delivering results through agility, flexibility and responsiveness. Our Core Values include integrity, trust and loyalty. Job Title: UEWR System Analyst Contract: SSPARS Location: Beale AFB, CA FLSA Status: Exempt MINIMUM QUALIFICATIONS: Desired qualifications include a bachelor’s degree in Electrical Engineering, Computer Science, Mathematics, Physics, or related engineering or science degree and/or 5 years’ experience with a concentration in the following areas: UNIX, IRIX, and Solaris operating systems. Perl, Python, and Shell Scripting. Background in mathematics as related to orbital mechanics and radar analysis. Signal Processing concepts, radar search, track, and synthetic aperture radar mapping. MATLAB, MATE, Mathematica, Satellite Tool Kit (STK), Missile Conversion Tool (MCT) Phased Array Radar principles. Thorough understanding of radar design, performance, capabilities, and limitations: simulation of radars in large, complex systems, radar model requirements development for large scale system simulations, radar requirements or performance analysis using models and simulations, and large-scale system simulation verification and validation. Knowledge of Ballistic Missile Defense concepts and specific knowledge of one or more BMDS radars such as AN/TPY-2, Cobra Dane, UEWRs, GBR-P, SBX is desired. BASIC FUNCTIONS OF THE JOB: The UEWR System Analyst has the overall technical responsibility for reducing and analyzing track data for a ground-based phased array radar site. The System Analyst will also act as a mentor for the computer and radar operations staff and will help to develop and refine operational procedures or checklists. PRIMARY DUTIES AND RESPONSIBILITIES: Utilize software tools such as Matlab and Mathematica to perform data reduction, analysis, and report trends and performance of radar track data. Analyze hardware diagnostic outputs to determine anomalies for troubleshooting. Develop mathematical algorithms for array signal processing, performance predictions/analysis, data analysis for radar returns. Apply mathematical and algorithm knowledge to define system performance related to radar tracking, target discrimination, computing loads and processing thresholds, and system engagement timelines. Perform trajectory analysis and provide insight to the customer for RF/IR signature data products. Use digital simulation tools and perform some original programming as needed for analysis and data manipulation. Document mathematical and statistical analytical results in a combination of formal presentations and present analysis results at team meetings and customer reviews. Recommends system modifications as required to maintain radar/computer system performance within…