12Y Geospatial Engineer

You can play an important part in disaster relief missions as a Geospatial Engineer for the Army National Guard. In this role, you will extract and supply geographic data that supports military operations of all kinds and help commanders visualize the battlefield during combat.As a Geospatial Engineer, your primary responsibility will be to collect and process military geographic information from decentralized sources (remote sensed imagery, digital data, intelligence data, existing topographic products, and other collateral data sources), present this information to leaders, and return decisions to the field.You may also:Supervise topographic surveying, cartography, and photolithography activitiesAssist in topographic planning and control activitiesAssist in determining requirements and providing technical supervision of geographic intelligence programsJob DutiesCreate geographic data and compile them into mapsCreate and maintain multiple geospatial databasesPrepare military-style briefs covering all aspects of the terrainSome of the Skills You'll Learn* Basic knowledge of Geographic Information Systems* Imagery interpretation and exploitationHelpful SkillsInterest in geography, maps, and chartsAbility to demonstrate basic computer skills and work with drafting equipmentConceptualize ideas into computer-generated 2-D/3-D geospatial productsPreference for a technical career fieldThrough your training, you will develop the skills and experience to enjoy a civilian career with construction, engineering, and architectural firms, as well as with government agencies as a surveyor, mapmaker, cartographer, cartographic technician, or photogrammetrist.Earn While You LearnInstead of paying to learn these skills, get paid to train. In the Army National Guard, you will learn these valuable job skills while earning a regular paycheck and qualifying for tuition assistance.Job training for a Geospatial Engineer requires 10 weeks of Basic Training, where you'll learn basic Soldiering skills, and 20 weeks of Advanced Individual Training (AIT) and on-the-job instruction, including practical application of geographic information systems. Part of this time is spent in the classroom and part in the field.