Millions of people living and working in space to benefit Earth.
Blue Origin is self-funding rapid development of multiple in-space flight systems – over a range of sizes, propellant types, and technical challenge. Our versatile spacecraft will serve a wide variety of customers for missions from low Earth orbit to the far side of the moon. On these unique programs, you will experience the full lifecycle from formulation to flight in a short time, while achieving historic milestones!
As part of a hardworking team of diverse spacecraft development engineers, you will study and develop advanced concepts for in-space systems, planetary landers, and crewed vehicles. You will lead teams responsible for solving challenging problems in trajectory analysis and mission design of various spaceflight systems. This position will directly impact the history of space exploration, and your dedicated commitment and detailed attention will further the cause of safe and repeatable spaceflight.
We are looking for someone to apply their technical expertise, leadership skills, and commitment to quality to positively impact safe spaceflight. Passion for our mission and vision is required!
- Lead mission focused trajectory analysis and mission design teams and provide peer review of mission design artifacts across projects in the ADP portfolio
- Bound aerospace engineering mission and vehicle design problems by developing use cases, concepts of operation, and driving requirements
- Trade, optimize, and define system architectures and missions to achieve interdisciplinary design objectives
- Collaborate with other system engineers and design engineers to perform conceptual design, sizing, and analysis
- Model and optimize trajectories for beyond-LEO and lunar missions given myriad constraints.
- Perform in-space mission design and trajectory analysis, including multi-body transfer orbits and destinations such as Lagrange points and halo orbits.
- Incorporate propulsion system models across the range of thrust classes: from electric propulsion to first-stage booster engines.
- Use a fundamental knowledge of flight and orbital mechanics to sanity check the results of inscrutable computer programs.
- Write cogent and succinct technical memos and devise innovative, intuitive, and delightful ways to visualize quantitative information.
- Minimum of a M.S. degree in Aerospace Engineering or equivalent
- 7+ years applied industry experience focused on development of spacecraft conceptual mission designs
- Demonstrated knowledge of systems engineering practices such as requirements and verification, system architecture, developing CONOPS, creating models and performing system simulations, performing trade studies, and establishing system metrics
- A strong, proven understanding of orbital mechanics, astrodynamics, and Guidance, Navigation, and Control (GNC)
- Experience using trajectory analysis tools such as Copernicus or MONTE.
- Experience with a scripting language or platform such as MATLAB, Python, or Julia
- Experience working collaboratively in small teams on fast-paced projects
- Show excellent judgement and be comfortable making high-quality and high-velocity decisions
- Ability to execute in a dynamic, fast-paced, and driven work environment
- Applicant must be a United States citizen or permanent resident alien (current Green Card holder)
- Ph.D. in Electrical, Mechanical, or Aerospace engineering focusing on advanced astrodynamics or spacecraft system design
- 15+ years relevant experience with at least 4 years spent leading a complex multi-disciplinary team
- Spacecraft mission operations flight experience
- Experience designing low-thrust and low-energy trajectories
- Familiarity with version control, preferably Git.
- Experience with collaboration tools like Confluence and JIRA