Defense Systems Radar Cross Section (RCS) Modeling Engineer/Analyst

Delta Research Inc•Huntsville, AL

110d•Onsite

About The Position

We are seeking RCS analysts and engineers with the experience and expertise needed to develop high fidelity digital representations of foreign weapon systems. These models will play a critical role in the development and assessment of U.S. systems designed to defend the U.S. and its friends and allies. Responsibilities/tasks involve the development of high-fidelity RCS models of threat weapon systems that are based on intelligence assessments and a keen understanding of the physics and electromagnetic interactions of the radar energy and the threat object. Experience with RCS modeling tools such as Xpatch and Method of Moments prediction tools such as SENTRi and SAF are desired. Knowledge of radar signal processing and radar simulation input interfaces is preferred as well as an understanding of the various methods of presenting the important characteristics of RCS models.

Requirements

Bachelor's Degree in any Engineering, Math, Physics, Computer Science or other similar scientific field.
Ability to obtain Secret Clearance Required.
U.S. citizenship
3+ years of experience in Radar Cross Section (RCS) modeling and analysis is desired.

Nice To Haves

Experience with RCS modeling tools such as Xpatch.
Experience with Method of Moments prediction tools such as SENTRi and SAF.
Knowledge of radar signal processing.
Knowledge of radar simulation input interfaces.
Understanding of the various methods of presenting the important characteristics of RCS models.
Familiarity with LINUX OS.
Familiarity with programming languages such as Python, C++ and Fortran.

Responsibilities

Develop high-fidelity RCS models of threat weapon systems based on intelligence assessments and understanding of physics and electromagnetic interactions.
Utilize RCS modeling tools such as Xpatch.
Utilize Method of Moments prediction tools such as SENTRi and SAF.
Understand radar signal processing and radar simulation input interfaces.
Present important characteristics of RCS models.