Senior Electro-Optical (EO) Imagery Scientist (TS/SCI)

Artificial intelligence is rapidly changing how GEOINT is collected, analyzed, and operationalized. But before AI can support mission‑critical decisions, it must be tested, validated, and trusted under real operational conditions. This is a special opportunity to join us as an Electro-Optical (EO) Imagery Scientist to support the National Geospatial‑Intelligence Agency’s (NGA) Assurance and Governance Office (QA) Accreditation of AI Models (AGAIM) program. We look to your expertise to help evaluate and validate AI‑enabled GEOINT capabilities against operational imagery datasets to ensure AI systems perform reliably in the environments where mission success matters most. Working at the intersection of GEOINT tradecraft, remote sensing science, and AI/ML evaluation. You’ll analyze how environmental effects, collection geometry, sensor limitations, and image quality impact algorithm performance to design analytic methodologies and validation frameworks that test AI systems beyond ideal conditions. Your expertise in EO phenomenology, collection systems, and image exploitation will directly shape how NGA accredits and operationalizes emerging AI capabilities across the enterprise. If you are ready to apply your expertise and directly influence the future of operational AI within national security, apply today! Requirements Current active Top Secret / SCI clearance with the willingness to obtain CI poly. You’ve achieved an accomplishment of a PhD + 10 years / Master’s degree + 13 / Bachelor’s degree + 15 / Associate's degree + 16 / 18+ years of relevant experience. You’ve gained deep expertise in EO collection systems, phenomenology, and image formation to properly evaluate AI performance as understanding how imagery is created, how sensors behave, and how environmental conditions affect what an algorithm ‘sees’. Strong experience evaluating AI/ML algorithms using operational EO datasets to support assessing whether an algorithm performs reliably across the variability complexity of real‑world GEOINT collection. Experience exploiting EO imagery to determine occurrence and location of objects of interest (OOIs), in order to evaluate whether AI outputs are analytically meaningful. Experience developing, testing, or evaluating analytic methodologies or algorithms to support methodology design, testing framework, and measurable performance standards. Proficiency with Python, MATLAB, and/or Google Earth Engine as you will be handling large operational datasets, testing analytic workflows, and assessing model outputs. Deep understanding of remote sensing principles and GEOINT tradecraft. Experience applying image quality metrics and assessing environmental or sensor impacts in order to understand how haze, shadows, off‑nadir angle, weather, compression, or sensor limitations affect algorithm confidence and reliability. Desired Experience with computer vision and machine learning applied to EO imagery. If you are passionate in helping define how NGA evaluates AI performance, establishes operational confidence, and ensures AI‑enabled GEOINT capabilities are mission ready before they reach the analysts or the battlefield, send your resume directly to Lanchi Lai, View email address on click.appcast.io. #J-18808-Ljbffr