Senior Aerospace Modeling and Simulation Engineer

Leidos•Charlottesville, VA

18h

About The Position

Leidos Dynetics is seeking a motivated, detailed-oriented problem-solver to join our modeling and simulation team as a Lead Aerospace Modeling and Simulation Engineer in Charlottesville, VA. You will play a valuable part in developing and testing models of aerospace systems, to include air-launched weapons; ballistic missile systems; avionics; hypersonic vehicles; and guidance, navigation, and controls across a wide range of projects and programs.

Requirements

Candidate must possess a Bachelor’s Degree in Aerospace Engineering, Mechanical Engineering, or equivalent degree from an ABET-accredited university with 4+ years applicable experience (or M.S. with 2+ years)
Experience with 3DOF/6DOF flight models
Experience with ballistic missiles, air-launched missiles, or hypersonic vehicles
Experience in MATLAB/Simulink
Experience in C++ or Python
Experience leading a team to meet customer requirements
Detailed understanding of the systems engineering process
Demonstrates solid understanding and intuition of the functionality and interdependency of aerospace systems
Strong written and verbal communication skills and attention to detail to communicate clearly with internal and external stakeholders
Organizational skills to document work and interface with team members to ensure flow of information
Candidate must be a US Citizen and possess (and be able to maintain) a Secret Clearance
Candidate must meet the eligibility to obtain (and maintain) a Top Secret Clearance.
Candidate must be local to or willing to relocate to the Charlottesville, VA area.

Nice To Haves

Experience with configuration management tools such as SVN and Git
Experience integrating and testing GNC algorithms
Experience in ITASE or AFSIM

Responsibilities

Develop, integrate, and test models of aerospace systems based on provided information, research, and engineering principles.
Assist in guiding a team of engineers in the development of representative flight models.
Document model performance against requirements.
Document algorithm design.
Work collaboratively with an engineering team comprised of internal and external team members.
Interact with external stakeholders to define requirements and perform model demonstrations.