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Geoint Imagery Scientist Jobs (NOW HIRING)

Experience as an imagery analyst, GEOINT analyst, FMV analyst, sensor SME, imagery scientist, collection specialist, or GEOINT instructor. * Experience supporting NGA, DoD, IC, military, or ...

Experience as an imagery analyst, GEOINT analyst, FMV analyst, sensor SME, imagery scientist, collection specialist, or GEOINT instructor. * Experience supporting NGA, DoD, IC, military, or ...

Experience as an imagery analyst, GEOINT analyst, FMV analyst, sensor SME, imagery scientist, collection specialist, or GEOINT instructor. * Experience supporting NGA, DoD, IC, military, or ...

GEOINT Analyst Mid

Charlottesville, VA · Remote

$110K - $150K/yr

... sciences. Exploits imagery, vector, and other data types to include non-geospatially correlated ... Supports GEOINT collection experiments and employs measures of effectiveness to assess remote ...

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Geoint Imagery Scientist information

What does a Geoint Imagery Scientist do?

A GEOINT Imagery Scientist specializes in analyzing and interpreting geospatial intelligence (GEOINT) data collected from satellite and aerial imagery. They use advanced technologies and analytical methods to extract meaningful information about physical features, activities, and changes on the Earth's surface. Their work supports decision-making in areas such as national security, disaster response, and environmental monitoring. By combining technical expertise with critical thinking, GEOINT Imagery Scientists help agencies and organizations understand complex geographic patterns and events.

What are the key skills and qualifications needed to thrive as a Geoint Imagery Scientist?

To thrive as a Geoint Imagery Scientist, you typically need expertise in geospatial analysis, remote sensing, and image interpretation, often supported by a degree in geography, GIS, or a related field. Familiarity with GIS software (such as ArcGIS), remote sensing platforms, and programming languages like Python or MATLAB is crucial. Strong analytical thinking, attention to detail, and effective communication skills help you accurately interpret data and convey findings to diverse stakeholders. These skills are vital for producing precise geospatial intelligence products that support critical decision-making in defense, security, and disaster response applications.

What are the most common challenges faced by Geoint Imagery Scientists in analyzing satellite imagery?

GEOINT Imagery Scientists often encounter challenges related to interpreting ambiguous or low-quality imagery, staying current with rapidly advancing sensor technologies, and managing large volumes of data. They must also balance the need for timely analysis with the requirement for high accuracy, especially when supporting critical missions. Collaborating closely with analysts, data scientists, and field personnel is essential for effective interpretation and actionable intelligence.

What is the difference between Geoint Imagery Scientist vs Geospatial Analyst?

AspectGeoint Imagery ScientistGeospatial Analyst
Required CredentialsBachelor's or higher in GIS, remote sensing, or related fields; certifications like GISP or GIS ProfessionalBachelor's or higher in GIS, geography, or related fields; similar certifications
Work EnvironmentResearch labs, government agencies, defense contractorsGovernment agencies, urban planning, environmental firms
Industry UsageDefense, intelligence, national securityUrban planning, environmental management, transportation

While both roles involve working with geospatial data, Geoint Imagery Scientists focus more on analyzing and interpreting imagery for intelligence and security purposes, often requiring advanced remote sensing skills. Geospatial Analysts typically handle mapping, data analysis, and GIS applications for broader industry needs. The roles overlap in skills and tools but differ mainly in application focus and industry context.

What are popular job titles related to Geoint Imagery Scientist jobs?

For Geoint Imagery Scientist jobs, the most frequently searched job titles are:

Infographic showing various Geoint Imagery Scientist job openings in the United States as of September 2026, with employment types broken down into 4% Internship, 2% As Needed, 87% Full Time, 4% Part Time, and 3% Contract. Highlights an 85% Physical, 2% Hybrid, and 13% Remote job distribution.

GEOINT Imagery Analysis SME Mid

Springfield, VA • On-site

$100K - $130K/yr

Other

Medical, Dental, Vision, Retirement

Posted 16 days ago


Key responsibilities

  • Deliver GEOINT Sensors and imagery-focused tradecraft instruction for NGC courses and learning events.

  • Support learning related to imagery analysis, motion imagery, FMV, SAR, OPIR, TIR, MSI, HSI, spectral imagery, and other GEOINT data sources.

  • Maintain and update courseware, exercises, exams, briefings, practical applications, and supporting learning materials.


Job description

If you are unable to complete this application due to a disability, contact this employer to ask for an accommodation or an alternative application process.

GEOINT Imagery Analysis SME Mid

Full Time Springfield, VA, US

4 days ago Requisition ID: 1789

Salary Range: $100,000.00 To $130,000.00 Annually

GEOINT Imagery Analysis SME, Mid

TULK is hiring a mid-level GEOINT Imagery Subject Matter Expert to support GEOINT tradecraft training for the National Geospatial-Intelligence College. This role is a strong fit for an imagery analyst, GEOINT analyst, sensor specialist, or mission professional who has hands‑on experience using imagery and sensor‑derived data to support intelligence problems.

This is not a purely engineering or sensor‑design role. The best candidates will understand how imagery, motion imagery, SAR, spectral, OPIR, TIR, FMV, MSI, HSI, or related GEOINT data sources are used by analysts to identify activity, characterize features, answer intelligence questions, and support mission decisions.

About TULK

TULK is a boutique strategic technology and management consulting firm supporting U.S. Federal Government, Defense, Intelligence Community, and National Security customers. Our cleared teams help mission organizations operate, communicate, analyze, plan, teach, and execute in dynamic environments.

TULK offers a tailored benefits package that may include medical, dental, and vision insurance, short‑and‑long‑term disability, flexible work schedules where permitted by the customer, performance and referral bonuses, technology support, tuition reimbursement, 401(k), and professional development support.

About the Work

The GEOINT Imagery Analysis SME, Mid supports instruction, courseware maintenance, and learning development for imagery and sensor‑focused GEOINT tradecraft. The role helps students understand how different sensor types collect information, how that information supports imagery analysis, and how analysts apply sensor‑derived data in practical mission contexts.

Mid‑level SMEs support fundamental and intermediate learning. They should be able to explain key tradecraft concepts clearly, apply sensor and imagery knowledge to routine and non‑routine mission scenarios, and help students work through problem‑based exercises, discussions, and assessments.

What you will do
  • Deliver GEOINT Sensors and imagery-focused tradecraft instruction for NGC courses and learning events.
  • Teach and reinforce how imagery and sensor‑derived data support GEOINT analysis, intelligence questions, and mission decisions.
  • Support learning related to imagery analysis, motion imagery, FMV, SAR, OPIR, TIR, MSI, HSI, spectral imagery, and other GEOINT data sources, as applicable to course requirements.
  • Help students understand sensor capabilities, limitations, collection considerations, signatures, phenomenology, exploitation workflows, and analytic applications.
  • Translate operational imagery and sensor experience into practical, scenario‑based instruction for adult learners.
  • Maintain and update courseware, exercises, exams, briefings, practical applications, and supporting learning materials.
  • Support development and implementation of new GEOINT learning solutions by providing imagery and sensor subject matter expertise.
  • Coordinate with course managers, learning developers, instructors, government stakeholders, and other GEOINT SMEs.
Required qualifications
  • Current TS/SCI clearance or TS/SCI eligibility.
  • Bachelor's degree from an accredited institution in a relevant field, or equivalent mission experience.
  • At least 5 years of experience in imagery analysis, GEOINT analysis, sensor‑based intelligence, FMV, SAR, spectral imagery, OPIR, TIR, MSI/HSI, motion imagery, or related GEOINT tradecraft.
  • Working knowledge of how imagery and sensor‑derived data are used to identify, characterize, assess, and communicate mission‑relevant information.
  • Ability to explain technical and analytic concepts clearly to adult learners.
  • Ability to support in‑person, virtual, blended, and scenario‑based instruction.
  • Ability to work on‑site as required by the customer and travel for mobile training support when needed.
Preferred qualifications
  • Experience as an imagery analyst, GEOINT analyst, FMV analyst, sensor SME, imagery scientist, collection specialist, or GEOINT instructor.
  • Experience supporting NGA, DoD, IC, military, or operational GEOINT mission environments.
  • Experience teaching, mentoring, coaching, briefing, or training analysts or mission users.
  • DoD Basic Instructor Certification or equivalent instructor certification.
  • Experience developing or maintaining instructional materials, exercises, exams, briefings, job aids, or analytic tradecraft products.
  • Familiarity with imagery exploitation systems, sensor tasking considerations, collection‑to‑analysis workflows, or multi‑INT integration.
  • Background in imagery analysis, imaging science, SAR, OPIR, TIR, spectral imagery, FMV, motion imagery, mensuration, or related GEOINT sensor applications.
Best fit

You are an imagery or GEOINT professional who understands how sensor data becomes useful intelligence. You can explain not just what a sensor collects, but why it matters, how analysts use it, what its limitations are, and how it supports decisions. You enjoy helping others build practical tradecraft and can turn operational experience into clear instruction, exercises, and courseware.

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