Aerospace Modeling and Simulation Engineer

Leidos•Charlottesville, VA

1d•Onsite

About The Position

Leidos Dynetics is seeking a motivated, detailed-oriented problem-solver to join our modeling and simulation team as an Aerospace 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. For early‑career engineers, this role offers an incredible launchpad. You’ll gain hands‑on experience with real‑world aerospace systems, work alongside seasoned engineers who are eager to mentor, and build a strong technical foundation across multiple modeling and simulation disciplines. If you’re excited to learn quickly, take on meaningful challenges from day one, and grow your career in a fast‑moving, mission‑driven environment, this position gives you the momentum to accelerate your development and make an immediate impact. This posting is for multiple opportunities ranging in years of experience. Level of opportunity, including compensation, will be matched to a candidate’s experience.

Requirements

Candidate must be local to or willing to relocate to the Charlottesville, VA area.
Candidate must possess a Bachelor’s Degree in Aerospace Engineering, Mechanical Engineering, or equivalent degree from an ABET-accredited university
Can have less then 2 years of experience, or up to 2 - 4 years of experience to be considered for these levels
Must have an active Secret clearance with ability to obtain up to a TS/SCI clearance
Experience with 3DOF/6DOF flight models
Some experience with modeling missile systems
Experience in MATLAB/Simulink
Detailed understanding of the systems engineering process for aerospace systems
Strong written and verbal communication skills and attention to detail
Ability to travel when needed by the program

Responsibilities

Develop and test models of aerospace systems based on provided information, research, and engineering principles.
Document model performance against requirements.
Work collaboratively with an engineering team comprised of internal and external team members.
Present results directly to customers.