Job Summary:

Audit Change Requests (CRs) and Notifications (CNs) (today: IPs and ECs) to ensure continuity between previous and subsequent documents, records and data. Verify that each report is properly identified by form, number and revision rate as stated in the Roadmap Change Notification.
checklists of review criteria from Fast-track and Full-track Changes (today: On-line and Off-line Changes) and comprehensive implementation improvement plans. Verify that each document has been authenticated by its assigned author and by one or more authorized users. Check the revision history for each revised report as shown in the revision record.

Responsibilities:

RADAR Signal Processing, System Design, Operational Optimization, Detection, Discrimination and Tracking
RF / EO / IR Signal Processing, System Design, Signature, Tracking and Testing
Electronic Warfare (EW) System Design, Research, Testing, Counter-Measurement
Antennas System Design and Testing
Image Processing Segmentation, Recognition and Denial
Critical Infrastructure Control Systems,Situational awareness, cyber security, anomaly detection
Vehicles and vessels Situational awareness, cyber security, anomaly detection
ML / AI R&D Algorithm creation, GPU acceleration, global and local optimization of complex and fused data, adversarial ML, network architecture and compatibility

Qualifications:

MS degree in Electrical Engineering, Computer Science, Applied Mathematics, Statistics or related fields, plus 2 + years of experience in the application of engineering solutions with AI / machine-learning
BS degree in Electrical Engineering, Computer Engineering or Computer Science plus 3 + years of experience in the application of engineering solutions with AI / machine-learning
Experience implementing solutions using at least 2 of the following supervised methods: SVM / SVR, fuzzy systems (TSK, etc.), tree set methods (Bayesian, bagging, boosting, etc.), NNs (supervised)
Experience applying advanced math and statistics, in particular optimization and related linear algebra techniques.
PhD in Electrical Engineering, Computer Science, Computer Engineering or related field
Proficiency in at least 1 hard programming language (C/C++, Java, etc.)
Experience implementing solutions using any of the following unsupervised methods: Clustering (k-nearest neighbor, DBSCAN, Dirichlet, etc.), autocorrelation,
Deep learning methods (DNNs, CNNs, RNNs, LSTMs, etc.) and packages (TensorFlow, Theano, Torch, Caffe, Neon, etc.), GMMs, HMMs, etc.
Experience with Government funding agencies and programs (e.g. DARPA, IARPA, AFRL, SBIR/STTR, RiF, etc.)
Publication and/or patent history of applying original solutions to relevant types of problems
Experience implementing solutions using signal processing algorithms and packages
TS/SCI clearance;
Engineering experience in the defense industry;
Image processing experience;
Radar system analysis experience;
RF Electronics experience;
Antenna design and analysis experience;
Software Defined Radio (SDR) experience;
Analysis tool-building experience;
Target acquisition, tracking and/or algorithm development;
Advanced modeling skills and optimization;
Knowledge of domain-specific RADAR principles, including signal processing, RCS analysis, target acquisition; target tracking, resource management, discrimination and battle management interfaces; and/or experience with GMD / BMDS systems, BMDS radar systems, radar simulation and or radar metrics.

Top Hiring Companies:

[vtab]

ASML

Overview

HeadquartersVeldhoven, Netherlands

Size10000+ employees

Founded1984

TypeCompany - Public

IndustryComputer Hardware & Software

SectorInformation Technology

Revenue$5 to $10 billion (USD)

CompetitorsApplied Materials, KLA, Lam Research

Visit ASML Website

Johns Hopkins

Overview

HeadquartersLaurel, MD

Size5001 to 10000 employees

Founded1942

TypeNonprofit Organization

IndustryAerospace & Defense

SectorAerospace & Defense

Revenue$1 to $2 billion (USD)

CompetitorsMIT Lincoln Laboratory, Lockheed Martin, Northrop Grumman

Visit Johns Hopkins University Applied Physics Laboratory Website