Software Engineer Sr Staff

Lockheed Martin•Fort Worth, TX

5d•Onsite

About The Position

You will be an Algorithm Engineer on the Lockheed Martin Aeronautics Sensor Fusion team, working at the forefront of sensor fusion, perception, and autonomy for fighter and unmanned platforms. In this role you will have a significant impact on shaping the future of Sensor Fusion across Aeronautics, defining the vision for our current and next generation platforms, and integrating Lockheed Martin’s most advanced technologies. If you thrive on pushing the envelope, have a passion for difficult algorithmic challenges, and are passionate about turning novel sensor concepts into flight ready software, this position on our Emerging Technology Sensor Fusion team is for you. The team is seeking an Algorithm Engineer with a strong background in sensor fusion, algorithm development, and autonomous perception to support current and future development efforts. The successful applicant will own the full lifecycle of key algorithms that enable aircraft based fusion and autonomous decision making. Responsibilities include contributing to software requirements, algorithm design, mode development, design reviews, and testing of operational flight ready, sensor fusion software. As an Algorithm Engineer on the Sensor Fusion team, you will be critical to ensuring we stay “ahead of ready” and continue to lead the Sensor Fusion domain. In this role, you will: -Develop the vision for integration of new technologies, sensors, and capabilities into our programs. -Write high quality, embedded C++ Sensor Fusion software products that are deployed across multiple platforms and run on real-time operating systems. - Stage algorithms in high-fidelity simulation for feasibility studies and operational analysis, pushing the operational effectivity of our warfighter. - Represent the organization as a subject matter expert in your sub-domain. - Coordinate with other fusion sub-disciplines to ensure integration of your algorithms across core fusion domains. - Define pathways for incorporation into a highly reusable, next generation multi platform Fusion Engine that will serve future autonomous systems.

Requirements

Strong proficiency in sensor fusion sub-domain(s) (e.g., state estimation, identification, correlation, sensor tasking) or strong experience across multiple domains including signal processing, artificial intelligence, autonomy/perception, artificial intelligence, navigation, or control systems in a sensor/systems application.
Familiarity with algorithms used in development of sensor modes for RF and/or IR based sensor systems.
Production experience with Real Time Operating Systems development in C, C++, or Rust (Windows/Linux) and high-fidelity prototyping/simulation in MATLAB or Python
Excellent communication skills, ability to work across domains, and demonstrated success working in an AGILE environment

Nice To Haves

Bachelors/Masters degree in Electrical Engineering, Aerospace Engineering, Software Engineering, Mechanical Engineering, Computer Engineering or related field.
Prior experience developing Requirements or Model Base Systems Engineering (MBSE)
Experience with active electronically scanned arrays (AESA) or electronic warfare (EW)
Excellent written and verbal communication skills
Prior customer facing or program management facing experience
Experience with full systems life cycle development including SW, design, architecture, verification, and integration & test

Responsibilities

Develop the vision for integration of new technologies, sensors, and capabilities into our programs.
Write high quality, embedded C++ Sensor Fusion software products that are deployed across multiple platforms and run on real-time operating systems.
Stage algorithms in high-fidelity simulation for feasibility studies and operational analysis, pushing the operational effectivity of our warfighter.
Represent the organization as a subject matter expert in your sub-domain.
Coordinate with other fusion sub-disciplines to ensure integration of your algorithms across core fusion domains.
Define pathways for incorporation into a highly reusable, next generation multi platform Fusion Engine that will serve future autonomous systems.