General Atomics Integrated Intelligence, Inc. (GA-Intelligence), an affiliate of General Atomics, was founded in 1989 and is located in Charlottesville, VA. It provides custom software development and innovative information engineering solutions to customers in government and private industry.
We build mission-critical software and analytics for defense and intelligence customers operating in complex, data-rich, and high-consequence environments. Our teams solve hard technical problems across tracking, sensor fusion, geospatial analytics, and large-scale operational software. We value rigorous thinking, sound technical judgment, and practical execution.
This is an environment for people who want their work to matter. Our teams partner closely across mathematics, software engineering, systems engineering, and mission domains to build capabilities that are used in the real world. We offer the opportunity to work on technically demanding problems with strong teammates in an organization that cares about both innovation and operational impact.
We are seeking an Applied Mathematician to help develop advanced tracking algorithms (for tracking moving objects using sensors) for mission-critical applications. This role is ideal for someone with deep mathematical training, strong programming ability, and a desire to apply rigorous analytical thinking to difficult real-world problems involving uncertain, incomplete, ambiguous, and dynamic data.
You will work with engineers, tracking specialists, and technical leaders to design, evaluate, and improve algorithms for detecting, associating, and maintaining tracks across large volumes of sensor and contextual data. The right candidate will be comfortable moving between mathematical analysis, algorithm design, simulation, experimentation, and software implementation.
This is a hands-on technical role for someone who enjoys turning theory into operational capability.
DUTIES AND RESPONSIBILITIES:
- Develop and improve algorithms for multi-object tracking, data association, track initiation, track maintenance, and track quality assessment.
- Apply advanced mathematical and statistical methods to problems involving noisy, incomplete, ambiguous, and time-varying data.
- Design, prototype, implement, and evaluate tracking approaches in software.
- Analyze tracker performance and propose improvements to accuracy, robustness, scalability, and computational efficiency.
- Build simulation, test, and evaluation methods to characterize algorithm behavior across a range of operational conditions.
- Work closely with software engineers to transition algorithms from prototype to production-quality implementations.
- Collaborate with domain experts, system engineers, and technical leadership to translate mission needs into sound technical approaches.
- Contribute to technical documentation, design reviews, test events, and customer-facing discussions as needed.
- Support integration of tracking methods into larger analytic, fusion, and operational software systems.
We recognize and appreciate the value and contributions of individuals with diverse backgrounds and experiences and welcome all qualified individuals to apply.
