Geospatial analysis is an increasingly popular field of study and an important skill to have in today’s job market. With the expanding use of geographic information systems (GIS) and satellite imagery in the world, the demand for geospatial analysts is on the rise. Companies across many industries are looking for geospatial analysts to help them analyze, interpret and visualize complex data. With the right skills and knowledge, a person can become a successful geospatial analyst and contribute to the data-driven decision-making process of organizations. In this blog post, we will discuss the increasingly sought-after role of geospatial analyst and explore the steps involved in becoming a successful geospatial analyst. We will examine the necessary education and training, the essential skills and tools, and the job opportunities available in this field. We will also provide a roadmap of resources to help aspiring geospatial analysts get started on their journey to becoming a geospatial analyst.
- A bachelor’s degree in geographic information systems or a related field; master’s degree preferred.
- Work experience in cartography or drafting.
- Military Geospatial Analysts must have 10 weeks of Basic Combat Training and 22 weeks of Advanced Individual Training.
What do geospatial analysts do?
Data is used by geospatial analysts to create maps that show real-world phenomena. Demographic, economic, public health, and social change maps are examples of this. Software for mapping is frequently used by geospatial analysts to collect, process, and present data. To create reports for clients, geospatial analysts can either work alone or in teams. As an illustration, a government organization might use geospatial analysts to produce maps that show demographics. These maps could be used to pinpoint areas where social services should be provided, new schools should be built, or which neighborhoods most require community development.
Geospatial analysts may work in a variety of industries. For instance, geospatial analysts may be employed by a real estate firm to choose the best locations for commercial or residential developments. They might be employed by a utility company to plan the placement of new electrical lines. They might be employed by a local government to plan the placement of new roads.
What is a geospatial analyst?
A geospatial analyst uses mapping and spatial analysis principles to solve practical issues. Geospatial analysts produce two- and three-dimensional maps that summarize information using software and data from various sources. Geographical data, commonly referred to as GIS data, is used by geospatial analysts. By transforming a set of geographic coordinates into points on a map, they gather GIS data. These points are used by geospatial analysts to create layers of data that they can then overlay on a map. As a result, maps created by geospatial analysts display spatial representations of data.
How to become a geospatial analyst
The following nine steps can assist you in becoming a geospatial analyst:
1. Pursue an undergraduate and graduate degree
Although there are many ways to become a geospatial analyst, most professionals begin by pursuing a bachelor’s degree in geography, cartography, or a closely related field. These bachelor’s degrees could give students a foundation in geography and cartographic principles and techniques, with a particular emphasis on how technology is applied to the field. A graduate degree in one of these fields offers more depth in the theoretical, methodological, and technical aspects of the discipline. Many geospatial analysts also pursue a graduate degree in geography, cartography, computer science, or geospatial information systems.
2. Develop proficiency in software
Geospatial analysts frequently have a thorough grasp of a variety of software applications. Many different types of software are frequently used by geospatial analysts to gather, store, align, and analyze spatial data. They might make use of ArcGIS, a program for gathering, storing, and analyzing geographic data. They could also make use of ArcView, a program for gathering and storing geographic data. You can enroll in specific software-related courses or general geospatial software courses to gain this proficiency.
3. Develop proficiency in hardware
Geospatial analysts frequently also have an in-depth comprehension of hardware and technological systems. Hardware systems are frequently used by geospatial analysts to gather, store, analyze, and present geographic data. They might make use of GPS, which is a tool for gathering geographic information. In order to gather spectral data, they could also make use of field spectroscopy systems.
4. Improve ability in remote sensing
Geospatial analysts are often responsible for interpreting remote sensing data. They could use remote sensing satellite or aircraft platforms to gather remote sensing data, such as satellite imagery or aerial photography. These data are used by remote sensing experts to spot patterns and changes on the Earth’s surface. You can read specialized literature, enroll in classes, and complete homework assignments that concentrate on interpreting remote sensing data.
5. Advance knowledge of photogrammetry
Aerial image analysis software programs are frequently used by geospatial analysts. Aerial photography features can be recognized, measured, and built into three-dimensional models using photogrammetric software. You can take classes, read specialized literature, and complete assignments that emphasize using photogrammetric software to increase your understanding of photogrammetry.
6. Work with Geographic Information Systems
A system called a Geographic Information System (GIS) is used to store, display, analyze, and manage geographic data. With a GIS, you can use a wide range of instruments and methods to analyze the connections between various layers of geographical data. GIS technology is a powerful tool for geospatial analysts. You can enroll in classes, read relevant literature, and complete GIS-related assignments to gain proficiency with the technology.
7. Pursue a certification
To prove their knowledge and abilities, many geospatial analysts pursue certification. The Certified Geographic Information Systems Professional (GISP), Certified Cartographer (ICC), and Associate Geographic Information Scientist (AGIS) certifications are the most popular among geospatial analysts. You can become certified by passing an exam or by accumulating a certain amount of work experience. For instance, you need to have at least five years of experience in the field to become a GISP.
8. Join a professional organization
There are many professional organizations that geospatial analysts can join. You can connect with other professionals and learn about new technologies in the industry by becoming a member of a professional organization. The Association for Geographic Information (AGI) is one of the most popular professional associations for geospatial analysts. The International Cartographic Association, the Geospatial Information Society, and the International Society of Photogrammetry and Remote Sensing are additional associations that geospatial analysts may join.
9. Apply for positions
Important skills for geospatial analysts
The following are a few essential abilities for geospatial analysts:
Meet our geographers: How do you become a geospatial analyst?
FAQ
How do you get into geospatial intelligence?
- Step 1: Earn a bachelor’s degree. Geospatial intelligence analysts need at least an undergraduate degree.
- Step 2: Gain work experience. There is a high demand for geospatial intelligence analysts with experience in the GIS industry.
- Step 3: Learn a programming language.
Is Geospatial Intelligence a good career?
Geospatial intelligence careers are frequently described as callings rather than jobs, making it the perfect career for GIS professionals who are passionate about safeguarding people and minimizing harm to vital services and infrastructure.
How do I become a geospatial data scientist?
To work in the field, one needs a bachelor’s degree in geoscience, geography, or a closely related physical science. The American Society for Photogrammetry and Remote Sensing (ASPRS) has more details on geospatial science trends, education, and training.
Are GIS analysts in demand?
It’s not surprising that labor insight tool Burning Glass anticipates an increase in demand for GIS analysts, technicians, and jobs of a similar nature given the variety of ways we use GIS technology to solve problems. 3 percent over the next 10 years. Many other professions, in addition to those mentioned above, depend on basic GIS abilities.
