Senior Aerospace Engineer ( R-00053698 )
Leidos is looking for experienced engineers with an Aerospace background to lead computational fluid dynamics (CFD) efforts in the Eglin office. This is a senior engineering position to perform complex aerodynamic analysis of high speed weapons systems and to lead and develop less experienced aerospace engineers. Candidates should have prior experience in performing CFD on supersonic and/or hypersonic platforms and have recent experience in the CFD tools presently being used in the field. Successful candidates will work directly with the organizations developing the most advanced weapons systems in the world in the high profile area of hypersonic weapons systems.
The Aerophysics group operates in a small team environment where individual creativity is rewarded and continuous learning is the norm. Our engineers typically work directly with DOD personnel and regularly interact with leaders in the development of hypersonic weapons. The Destin-Fort Walton Beach-Niceville area is home to world famous beaches and a relaxed ‘salt-life’ lifestyle.
Successful candidates will perform high fidelity CFD to solve complex challenges associated with hypersonic and high speed weapons systems. This may include high Mach number CFD and heat transfer, high angle of attack aerodynamics, jet interactions, cavity flows, separation events, etc. Candidates who have demonstrated experience in these areas will be preferred. Lower fidelity (Euler) CFD tools may be used to support preliminary designs and to perform detailed trajectory analysis. Candidates who have experience in batch running large numbers of jobs on HPCs will be preferred.
Experience Level: Candidates should have 10+ years’ experience in addition to an Aerospace Engineering degree (or similar) or a PhD and 5+ years’ experience. Candidates would be expected to both conduct advanced CFD analysis on complex structures in complex flow fields and to lead a team of 1-2 junior engineers. Candidates will also be expected to generate new ideas to solve complex issues surrounding hypersonic weapon development.
Communication Skills: Successful candidates should be able to effectively communicate results and issues with Leidos aerodynamics and structural engineers, and interact daily with customers, team members and end users. Must develop a clear understanding of customer goals and objectives and shape work activities to satisfy them. Must present both verbal and written status on a regular basis, and prepare manuscripts for publication at technical conferences and for professional journals.
Engineering Skills: Experience with one of the following disciplines is required:
CFD tools and analysis
Computational fluid dynamics for supersonic / hypersonic flows (CART3D or KESTREL preferred)
Numerical gridding (Pointwise or similar)
Post processing CFD data
Scripting to enable numerical codes to communicate and to run in a batch fashion (Python and C++)
Operating on supercomputing clusters
Prior experience in system analysis and trade space analysis
Clearance: Must be a U.S. Citizen with active Secret clearance.
CART3D, KESTREL, US3D, FUN3D, CFD++
Pointwise, CUBIT, GRIDGEN, Tecplot, ParaView
Python Scripting, Object Oriented Programming
Finite Element Analysis
Experience with Artificial Neural Nets (TensorFlow, MATLAB tools)
Solidworks or similar CAD experience
Experience with MATLAB
Analysis of experimental and flight test data
TRAVEL: Attend technical reviews and professional conferences, estimated < 5%.
Electronic WarfareExternal Referral Bonus:EligiblePotential for Telework:NoClearance Level Required:SecretTravel:Yes, 10% of the timeScheduled Weekly Hours:40Shift:DayRequisition Category:ProfessionalJob Family:Aerospace EngineeringPay Range: