Geographic Information Systems Technician

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AVG. SALARY

$76,660

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EDUCATION

Associate's degree

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JOB OUTLOOK

Stable

What To Learn

High School

Suggested Steps to Prepare for a Geographic Information Systems Technician Career (Grades 6-12)

Check out the recommended classes, activities and skills below for each grade level. These recommendations are very general -- discuss your specific course plan with your school counselors and teachers.

AI-assisted and curriculum-reviewed guidance. Talk with your counselor or teacher about your specific plan.
Grades 6-8

Helpful Classes

  • Math
  • Technology
  • Science
  • Communication

Things to Try

  • Build a simple app, webpage, or digital workflow and test where it breaks, Practice organizing files, data, or steps so a computer task is easy to repeat, Learn how devices, networks, or software connect and where errors can happen, Interview a geographic information systems technician about troubleshooting, logic, and documentation

Focus Skills

  • Logic
  • Troubleshooting
  • Documentation
  • Data analysis
  • Precision

Helpful Classes

  • Computer Science
  • Algebra I
  • English
  • Digital Literacy
  • Geometry

Recommended Learning Areas

  • coding basics
  • digital systems
  • data organization
  • online safety
  • troubleshooting

Things to Try

  • Join coding, robotics, or cybersecurity activities and document each test and fix, Build a small database, script, webpage, or network diagram and explain how it works, Practice finding bugs, login issues, or connection problems and recording the cause, Shadow a geographic information systems technician or Information Technology worker to see how systems are monitored and supported

Focus Skills

  • Logic
  • Troubleshooting
  • Documentation
  • Data analysis
  • Precision

Helpful Classes

  • Computer Science
  • Algebra II
  • Networking
  • English
  • Physics

Recommended Learning Areas

  • programming
  • networking
  • hardware and software
  • technical problem-solving
  • documentation

Things to Try

  • Create and test a program, website, query, or automation task and revise it after feedback, Compare different hardware, software, or security setups and explain the tradeoffs, Practice writing clear troubleshooting notes, user instructions, or test cases, Use logs, screenshots, or system messages to diagnose a technical problem

Focus Skills

  • Logic
  • Troubleshooting
  • Documentation
  • Data analysis
  • Precision

Helpful Classes

  • Programming
  • Statistics
  • Cybersecurity or Networking
  • Technical Writing
  • Precalculus

Recommended Learning Areas

  • systems analysis
  • databases
  • cybersecurity
  • scripting
  • quality assurance

Things to Try

  • Complete a project in programming, networking, databases, or cybersecurity and document each step, Work with tickets, error logs, or user requests and explain how you would solve them, Test a system for performance, data quality, access, or security issues, Interview Information Technology professionals about reliability, privacy, and change management

Focus Skills

  • Logic
  • Troubleshooting
  • Documentation
  • Data analysis
  • Precision

Helpful Classes

  • Computer Science
  • Database or Networking
  • Cybersecurity
  • Statistics
  • Technical Writing

Recommended Learning Areas

  • software development
  • cloud and network systems
  • data management
  • security controls
  • technical documentation

Things to Try

  • Build a portfolio with code samples, system diagrams, troubleshooting notes, and test results, Compare pathways in software, networking, support, data, cloud, and cybersecurity, Complete a capstone tied to system design, automation, testing, or security controls, Practice technical writing, version control, and structured problem solving

Focus Skills

  • Logic
  • Troubleshooting
  • Documentation
  • Data analysis
  • Precision

Education Level

Education training and experience are required at different levels for success in different occupations.

Associate's degree

Geographic information systems technicians need formal education after high school to study technology applications, such as Geographic Information Systems (GIS). An associate's degree or bachelor's degree in a relevant field, such as geomatics, is beneficial.

Insider Info

Additional Information

A range of programs in GIS is available. Colleges provide technical programs, either as year-long courses or as weekly and evening programs. Universities with geography or surveying programs offer courses in GIS, too. They may also be listed among the resource management programs.

Many GIS experts have advanced degrees in geography. But GIS is used in so many fields that you can find GIS experts with degrees in a variety of subjects.

GISjobs.com conducted a survey of GIS experts in the U.S. They found that the most common degree held by survey respondents was a bachelor of science (held by 35 percent of respondents). Twenty-two percent had a bachelor's degree, while 20 percent had a master's of science degree. Only two percent had a PhD.

Joseph Kerski is a GIS expert with a PhD in geography. He works for a leading GIS software company. More than 300,000 organizations worldwide use the company's software.

"We have 4,000 employees and we have quite a diversity of employees," says Kerski. "We have people who studied GIS at university and they have at least a bachelor's degree, and many have master's degrees and PhDs, too, but they may have studied sciences other than geography.

"In other organizations they might be seeking, like [for] a city planner, a planning degree, but they'd ideally like them to have some background in GIS."

Anne Godlewska, president of a geographers' association, recommends the following: "A really good degree in social sciences or science -- or ideally a combination of both. That is why geography is such a good home for GIS."

The multidisciplinary nature of GIS makes it useful in many other careers. Make sure you get the educational background in whatever field you want to use GIS. A strong background in computers and statistics and a good general understanding of computer hardware also helps.

"Be curious about the world, want to solve problems, be comfortable with technology, be creative. Take as much science and math and computer science as possible, and if there are GIS courses, take them," says Kerski.

"And get out in the field, don't just sit in the lab all day," Kerski adds. "The best GIS people are the ones who've gotten out in the field, used GPS, used a probe meter and done some soil testing. The outdoor experience is good."

"I really suggest that they either major in geography or minor in it," says Shannon White. She's a professor in the department of geography at the University of Missouri.

"We have a lot of people doing double majors in geography, along with atmospheric science," she says. "We get a good number from journalism, we get a good number from fisheries and wildlife, parks and recreation, education, [and] engineering."

The higher you go in your GIS education, the more you'll be involved in complex analysis and modeling.

"The undergrads usually enter [the GIS field] in data entry, data verification, quality control-type positions," says White. "They're not doing high-level analysis, they're not necessarily pushing the limits of GIS, but they are getting jobs.

"For those who are pursuing a graduate certificate, many of them go into local government or state government agencies," White adds. "They're expected to understand more of the analysis and modeling that can take place, and that's the fun part to me."

Extra Requirements

The growing need to make sure that data are useful to other professionals has caused certification to become more common. The American Society for Photogrammetry and Remote Sensing (ASPRS) offers certification for photogrammetry, remote-sensing, and Geographic Information/Land Information Systems (GIS/LIS). The GIS Certification Institute offers a GIS Professional certification.

For additional information, visit these websites: