The coolest jobs on this planet or any other are with Lockheed Martin Space!
At the dawn of a new space age, Lockheed Martin is a pioneer, partner, innovator and builder. Our amazing men and women are on a mission to make a difference in the world and every day we use our unique skills and experiences to create, design and build solutions to some of the worlds' hardest engineering problems. Our culture encourages employees to dream big, perform with excellence and create incredible products. We provide the resources, inspiration and focus and if you have the passion and courage to dream big, we want to build a better tomorrow with you!
We are seeking engineers and scientists interested in a fast-paced design-test-learn life cycle for innovative computer vision projects for space. Utilizing world-class space development and test facilities, LM seeks to engineer the next generation of robust, autonomous space vehicle perception and visible navigation solutions across a variety of challenging missions. Desired experience in and/or knowledge of feature detection, tracking, matching, 3D reconstruction from multiple views, optimization for estimation problems, optical calibration, optical radiometry, image simulation, pose estimation, and algorithm implementation in embedded platforms is desired. With an appetite for accepting risk and a drive for innovation, this team intends to employ the latest advances in machine learning, autonomous driving, and deep learning research to meet exciting, emerging customer needs.
In this role, you can expect to be immersed within a talented team of engineers working across a variety of potential roles. Maturation of simulation environments across a range of phenomenology's are utilized for synthetic image generation. Simulation based performance analysis within a closed-loop simulation environment, inclusive of vehicle guidance, navigation, and control (GNC) simulations, demonstrates end-to-end mission capability. Porting C/C++ code to space-industry leading avionics platforms run within real-time hardware-in-the-loop (HWIL) environments enables the team to demonstrate platform performance. Test environments involving multiple robots hosting rendezvous and proximity operation sensor platforms and space object mockups enables test-like-you flight autonomous demonstrations to retire risk prior to flight. Within this group, we value employees, their contributions, and work hard to build cohesive teams aligned to meet mission needs.
To promote the sharing of ideas, Lockheed Martin fosters an inclusive work environment that encourages differences and big-picture thinking.
Our employees play an active role in strengthening the quality of life where we live and work by volunteering more than 850,000 hours annually. Here are some of the benefits you can enjoy:
Paid time off
Rewards & recognition
You can learn more about Lockheed Martin's competitive and comprehensive benefits package by visiting this link. (https://www.lockheedmartinjobs.com/working-here#benefits)
Minimum BS degree in a related technical discipline
Experience leading small teams, coordinating tasking, budgets, and schedules.
Broad technical skills including rigid body dynamics, control theory, and computer programming/software architecture.
Experience supporting the development of flight vehicle GNC architectures, flight software architectures, and planning and conducting GNC/FSW performance and simulation analysis
Strong team collaboration, communication and presentation skills
Either a DOD TS or SCI
Lockheed Martin Corporation