Job Overview
This job announcement will be accepting candidate submissions until 29 August 2024.The AFRL Directed Energy Directorate, Laser Division, Effects, Modeling & Simulation Branch, Laser Effects Section seeks to hire a Laser Vulnerability Assessment Engineer. The incumbent will develop, plan, oversee and execute laser effects threat assessments to establish laser weapon lethality and target vulnerability for the future battle-space.
Position duties include but are not limited to:
- Investigate laser induced failure modes and mechanisms (materials to surrogates to actual targets)
- Couple the failure mechanisms with 1v1 assessment modeling deriving viable aimpoints
- Advance increased confidence models of materials and target vulnerability
- Support initial assessment planning
- Conduct threat research
- Use or Oversee use of internally developed engineering level software tools and methods to evaluate threats of interest to the Air Force and DoD
- Collaborate with multidisciplinary S&E’s internal and external to include contractors
- Prepare, manage and present briefings, reports and papers
- Contract management
Telework
Yes, this position is eligible for telework opportunities; as determined by agency policy
Remote Work (CONUS)
No, this position is not approved for remote work.
Required Qualifications
- US Citizenship
- Must be able to obtain and maintain a Top Secret clearance
- A BS (+2yrs experience), MS or PhD in Engineering or Science
- A background in two or more of the following focus areas: Aerodynamics, Computer-Aided Design (CAD) and simulation, Experimental Methods and Design of Experiments, Statistics, Weapon Lethality Analysis, Optics/Optical Design, High Energy Laser Design/Operations/Diagnostics, Laser-Materials Interaction
Desired Qualifications
- Experience with high energy lasers and laser effects
- Experience with laser-material interaction
- Experience with thermal material physics
- Experience with threat assessment, vulnerability analysis including (but not limited to) fault analysis from changes in aerodynamics or control systems of aerial targets.
- Familiarity with any of the following numerical methods: Finite Element/Finite Difference (FE/FD), Fluid Structure Interaction (FSI), Magneto Hydro-Dynamics (MHD)/Arbitrary Lagrangian
- Eulerian (ALE), and Computational Fluid Dynamics (CFD)
- Coding experience with Python, C++ or Matlab, and experience with uncertainty quantification analysis
- Excellent oral and written communications skills
(Req No. 47048)
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