Trajectory design and optimization for launch vehicles and spacecraft for missions operating in LEO, MEO, HEO, GEO, and other earth-centric regimes
Astrodynamics and orbital mechanics analysis including orbit propagation and maneuver design and optimization for orbit transfer, stationkeeping, graveyard, disposal, and reentry events
Analysis of vehicles with chemical and/or electric propulsion
Evaluating contested missions applications for space systems to understand threat performance, assess vulnerabilities, and improve system resiliency
Exploring and defining the evolving Dynamic Space Operations (DSO) mission area
Maneuver and orbit design, selection, and optimization for missions that support Rendezvous and Proximity Operations (RPO) objectives with complex operational constraints
Developing Concepts of Operations (CONOPS), exploring Tactics, Techniques, and Procedures (TTPs), and incorporating operational constraints into the design and maturation of space systems
Providing operational support for nominal launch and spacecraft deployment and transfer sequences, anomaly resolution, and on-call emerging events
Utilizing optimal control, flight mechanics, and computer science/algorithm development skills to create new capabilities to service customer requests as stand-alone services and/or ready-to-integrate submodules
Combining AI/ML/RL techniques with flight mechanics modeling for assessing complex analysis and decision-making trade spaces
Performing research and development and building new flight dynamics tools to cultivate and maintain a healthy and modern internal tool base
Leveraging external tools like ASSET, GPOPS-II, SNOPT, POST, OTIS, Copernicus, GMAT, EMTG, etc. where appropriate to augment internally developed capabilities

Requirements

Bachelor’s degree in aeronautical/astronautical engineering, physics or applied mathematics, or related disciplines
Two years of experience in flight mechanics, astrodynamics, maneuver optimization, trajectory optimization, launch vehicle trajectory design, hypersonic vehicle modeling, or general trajectory modeling and simulation
Proficiency in one or more of the following programming languages and environments: C, C++, Fortran, Python, Linux, and/or MATLAB
Willing to travel domestically approx. 10%
The ability to obtain and maintain a US security clearance is required.
U.S citizenship is required to obtain a security clearance.
The ability to obtain and maintain a TS clearance (SSBI) with SCI access is strongly preferred (applicant will be submitted for this clearance upon hiring if they do not currently possess it)

Benefits

Comprehensive health care and wellness plans
Paid holidays, sick time, and vacation
Standard and alternate work schedules, including telework options
401(k) Plan — Employees receive a total company-paid benefit of 8%, 10%, or 12% of eligible compensation based on years of service and matching contributions; employees are immediately eligible and vested in the plan upon hire
Flexible spending accounts
Variable pay program for exceptional contributions
Relocation assistance
Professional growth and development programs to help advance your career
Education assistance programs
An inclusive work environment built on teamwork, flexibility, and respect

Applicant Tracking System Keywords

Tip: use these terms in your resume and cover letter to boost ATS matches.

Hard Skills & Tools

trajectory designoptimizationastrodynamicsorbital mechanicsmaneuver designflight mechanicsAI/ML/RL techniquesflight dynamics toolsprogramming in Cprogramming in Python

Soft Skills

operational supportproblem-solvinganalytical thinkingcommunicationteam collaboration

Certifications

Bachelor’s degree in aeronautical engineeringBachelor’s degree in astronautical engineeringBachelor’s degree in physicsBachelor’s degree in applied mathematicsUS security clearanceTS clearance (SSBI) with SCI access