Geospatial Intelligence Imagery Analyst (MOS 35G) is the best job in the world. You get to be part of an elite team of soldiers. You join with them on some of the most classified missions in the military, and you play a key role by analyzing data captured by aerial and satellite imagery. Plus, you’re responsible for more than just one side of this operation – you’re also responsible for developing new ways to help analyze information that is captured by these various sources.
MOS 35G is a part of Army Mos Codes.
Table of Contents
- MOS 35G Requirements: Qualifications and Skills
- Job Responsibilities
- Job Opportunities
- Summary of MOS 35G
MOS 35G Requirements: Qualifications and Skills
In order to become a MOS 35G, there are a few requirements you need to acquire:
Applicants should be GED graduates. ASVAB scores must be valid at the time of application to qualify for consideration. To be an Army Satellite Communication System Operator, applicants will undergo rigorous training, including the U.S. Basic Combat Training for 10 weeks and Advanced Individual Training (AIT) for 22 weeks. A 101 score on the Skilled Technical segment is required.
Analysts must deal with the responsibility of balancing two equally demanding aspects of their job – being a manager and being an analyst. Managers are responsible for leading teams, maintaining the security clearance process, developing requirements, changing management techniques to reflect military doctrine changes, leading in tough situations with long-term consequences for actions taken.
Analysts must be able to communicate effectively using oral and written methods for technical and non-technical inquiries. They show their understanding of operational concepts, methods, doctrine, practices, technologies, techniques, systems, equipment items used in communications tasks. They must also be able to communicate effectively in both written and oral formats based on the situation.
Analysts must be able to persuade groups of staff and senior leadership that their recommendations, decisions, and recommendations are justifiable. They need to know the right time to persuade individuals so they will be receptive to their recommendations. They are also expected to help others learn or better understand complex issues so they can make better decisions with them.
The Geospatial Intelligence Imagery Analyst is a supervisory specialist that must draw on a wide range of aptitudes to produce accurate, top-quality information from raw imagery data. He or she must be able to train, educate, and supervise personnel who perform this work throughout the Army. In addition, he or she will need good analytical skills in order to make deliberate changes in his or her organization’s procedures and processes upon which he or she can then base future decisions about the best images with which to train future generations of analysts. The Geospatial Intelligence Imagery Analyst must have a strong desire to stay current in his or her industry.
The Geospatial Intelligence Imagery Analyst MOS is a military intelligence position that focuses on developing, producing, and controlling imagery intelligence to support military operations. Responsibilities of this job include: analyzing intelligence data from satellite-surveillance systems; managing collection platforms, such as unmanned aerial vehicle systems and drones; supporting geographic combat analysis; performing geospatial analysis for the preparation of military operations.
Interpret and analyze imagery
The Analyst must be able to interpret and analyze imagery generated by tactical, reconnaissance, or satellite systems. The Analyst will provide mapping products used by command and control elements at all levels of the organization. The individual must possess the ability to process all types of information received from other sources in both written and verbal format. The individual should be knowledgeable in all phases of planning for intelligence production, including strategic planning, tactical planning, and day-to-day operations. The individual must be able to read, write, and speak English clearly.
The individual will also produce products displayed on maps that are intelligible to the general public in written, verbal, or graphical form. This includes using data from databases of previously collected imagery for selected queries or map products. This person is also responsible for integrating imagery into operational plans. The Geospatial Intelligence Imagery Analyst (GIA) uses GIS software to analyze, manipulate, and apply geospatial information obtained from commercial sources; analyze visual intelligence; generate maps; support the collection of other intelligence products by other disciplines; develop products for training and other purposes; and provide guidance on data, imagery formats, and software applications.
Write and edit the report
One of the important responsibilities of the Geospatial Intelligence Imagery Analyst is to write reports that other analysts can understand to help complete their mission. They must be able to do this accurately and timely to support the mission’s key tasks. This task requires an understanding of how imagery products are derived from raw data until they are delivered for combatant commanders use by other entities within the warfighting community, such as intelligence agencies or combat forces on the ground.
Create Ingress products
The Analyst will determine the best location for viewing assets from the direction of interest by mathematically determining the line of sight, the field of view, and target acquisition time from various LOS locations to the image asset. A sector is determined when an analyst views two or more assets from multiple LOS locations in close proximity to one another. This is most often accomplished by conducting a “360” degree analysis around the asset and identifying every possible LOS location that will produce a good view of each potential sector with relation to it. All possible sectors are then translated into a system of rectangular coordinates, similar to x/y/z coordinates, and converted to map views (either a topographic map or an image). The Analyst will perform this determination early in the process and must be able to make changes in both software and hardware-based on the terrain.
As in the Army, the salary depends largely on the individual’s rank or time in service. Here is a list of Pay Grade, Rank, and Minimum Monthly Pay:
Private (E-1), Min Pay: $1785
Private Second Class (E-2), Min Pay: $2001
Private First Class (E-3), Min Pay: $2104
Specialist (E-4), Min Pay: $2330
Corporal (E-4), Min Pay: $2330
Sergeant (E-5), Min Pay: $2542
Staff Sergeant (E-6), Min Pay: $2775
Sergeant First Class (E-7), Min Pay: $3208
Master Sergeant (E-8), Min Pay: $4480
First Sergeant (E-8), Min Pay: $4480
Sergeant Major (E-9), Min Pay: $5473
Command Sergeant Major (E-9), Min Pay: $5473
Sergeant Major of the Army (E-9), Min Pay: $5473
There are several benefits associated with MOS 35G, including medical insurance, paid sick time, vacation time, free housing and food, as well as tuition assistance:
The Army MOS 35G provides a wide variety of medical benefits, including mandatory health and accident coverage. Medical coverage is obtained through the special Program. The Program offers a wide variety of medical services at participating facilities where you can visit for routine checkups, routine hospitalization and inpatient care, and outpatient care. Service members’ dependents may qualify for coverage too!
Paid sick time
Active-duty soldiers and airmen receive paid sick leave in the service, which is vital for physical, mental, and emotional health. The Soldier may use up to three days of sick leave for minor illnesses such as colds, flu, and upset stomachs. Paid sick leave may be used concurrently with any other paid leave time the Soldier is entitled to receive in accordance with applicable state and federal laws.
Sick leave and annual leave earned as a Soldier or as an Officer may be used as vacation (vacation leave). Vacation hours earned as a soldier may be used for any purpose the Soldier desires, except those military obligations that require immediate retention on active duty. Vacation hours earned as an officer cannot be carried over to the next calendar year.
Free Housing and food
The Army MOS 35G provides a wide variety of benefits, including housing and food allowances. Soldiers are eligible for the Basic Allowance for Housing (BAH). The BAH is paid into your bank account each month and will cover rent, utilities, furniture rental, and other miscellaneous expenses related to quarters. This allowance can be used to help offset any housing expenses not covered by the BAH, such as mortgage or interest payments on loans secured by Army-owned real estate.
The Army MOS 35G is eligible for Tuition Assistance (T.A.) to help pay for college courses. To qualify, the Soldier must be enrolled in a degree or certificate program at a qualifying institution. The tuition assistance courses must lead to an associate’s or bachelor’s degree or another credential such as a vocational certificate that will make the Soldier more valuable to the Army and U.S. society in general or improve the Soldier’s performance of his or her duty assignments.
An Army Geospatial Intelligence Imagery Analyst (MOS 35G) is a cartographer and one who conducts research to generate, collect, process, and disseminate geospatial intelligence information for tactical and strategic military operations. In the civilian world, they may be employed as a cartographic analyst in a Geographic Information System or in an urban planning department. Explore this list of jobs to see if any of them interest you.
Cartographers and Photogrammetrists
Cartographers and Photogrammetrists utilize maps and remote sensing imagery to help depict physical features such as natural resources, water bodies, property boundaries, or even archaeological sites. Cartographers typically work in the Department of Defense (DoD), major oil companies, environmental groups, and agencies, as well as private organizations such as mapping services using software programs like GIS (Geographic Information Systems). Working knowledge of vector and raster graphics technologies is also important for cartography.
Database Administrators may be involved in developing applications for modeling data to make it more accurate which includes automating backups for system security. They may also be involved in importing and exporting data and be able to convert information into more useful formats.
They are also responsible for designing, managing, and implementing data storage solutions, several other tasks, including the selection of the appropriate hardware infrastructure to meet mission-specific requirements, selecting software applications according to mission requirements, and consulting with their peers within an organization or network.
Emergency Management Directors
Emergency Management Directors are highly skilled professionals who have a wide range of responsibilities ranging from emergency preparedness and response to the preparation and evaluation of disaster assistance. They must be well versed in geography, geospatial technologies, computer imagery analysis techniques that go beyond the public domain to include military and law enforcement sources. They typically work for emergency management agencies that oversee disaster response or disaster relief. Essential skills: knowledge of maps and location; understanding of terrain and landforms; familiarity with relief mapping; ability to navigate through large scale maps
They must be able to use software systems that are above average in difficulty for all aspects of emergency management, including mapping and modeling. They also must have data-mining skills that allow them to research records of disaster warning systems and emergency zone answers. The Analyst will need to understand the difference between training programs and education programs.
Operations Research Analysts
Operations Research Analysts, also known as Intelligence Analysts, are responsible for analyzing information to create intelligence summaries and studies to help determine future military operations. Operations research analysts often work with intelligence data. They are responsible for determining the effectiveness of an intellectual process, project, or operation. Operations research analysts use the information gathered by intelligence collectors to determine which decisions are most effective, resulting in better plans and tactics for military operations.
These analysts need to have good listening skills because they may be called upon to advise on ways to improve intelligence collection methods. They are also required to be detail-oriented because they are responsible for collecting all the information needed to complete their project and producing a report that is concise and accurate.
Remote Sensing Technicians
The Remote Sensing Technicians is responsible for supporting collecting, analyzing, and distributing environmental intelligence information. As a Remote Sensing Technician, you would be responsible for reporting physical and physical-environmental data such as terrain elevations and vegetation cover.
Their expertise will include the collection of surface weather data using remote sensing equipment such as manned aircraft or unmanned aerial vehicles (UAV), use of satellite imagery, ground-based environmental data processing systems, laser range finders, or terrestrial radio navigation receivers, and various types of sensors. They also provide technical support to operational users on the battlefield by providing interpretive analysis on topographical information systems (TIS) captured from the area under observation during wartime operations. They perform the aircraft and/or UAV reconnaissance and make necessary adjustments on the ground-based system based on the data acquired from the aircraft.
Surveying and Mapping Technicians
Surveying technicians are responsible for getting specific measurements within a project area, including finding out the elevation, distance, or slope. Mapping technicians work with map projections and help to prepare maps for use in different areas. They will also need to provide maps that show natural resources. The Analyst must be able to create maps that are based on wide-ranging information sources such as aerial photography, electronic maps, oblique photographs, or radar readings. Working knowledge of C++ is very important.
Summary of MOS 35G
Army Geospatial Intelligence Imagery Analyst (MOS 35G) will forge a new frontier of military intelligence by providing geospatial intelligence that supports operational, strategic, and tactical military objectives.
Army Geospatial Intelligence Imagery Analyst, also known as MOS 35G, is a new Military Occupational Specialty (MOS) designed to provide geospatial intelligence capabilities for combatant commanders and subordinate units. It is an integral part of the Army GEOINT Enterprise by identifying potential targets and providing rapid response to warfighters through near-real-time satellite imagery analysis and cross-cueing. The Army Geospatial Intelligence Imagery Analyst will assist in the execution of joint, interagency, intergovernmental, and multinational operations across the entire spectrum of conflict to direct combatant commander operations.
Is 35G a combat MOS?
No, 35G is not a combat MOS. It’s classified as an analysis MOS. Geospatial intelligence imagery analysts analyze and exploit geospatial data, which includes topographical, hydrographic, military mapping information to produce information about the battlespace for commanders to make informed decisions about how they can best defend against an enemy attack by using these tools of analysis.
How long is AIT for MOS 35G?
The amount of training for image analyst training depends on the location of the installation. Generally, however, AIT lasts 22 weeks.
How much does a geospatial intelligence imagery analyst make?
Typically, a geospatial intelligence imagery analyst is paid approximately $ 60,000 annually.
How much does an imagery analyst make?
The amount of pay for an imagery analyst varies based on the installation where they work. It is most likely that they will make more than $31,000 annually.
What does a 35G do in the Army?
An imagery analyst interprets, analyzes, and produces geospatial intelligence products to guide the commander’s decision-making processes during the war. They also process imagery data in order to identify, prioritize and track areas of interest; determine whether current technologies are up to date; answer technical questions; develop new concepts or theories, and conduct research.