Geographic Information Systems (GIS) have become an integral part of technology platforms. It contributes to the demand for qualified employees and the wages growth in this industry. In conditions of economic instability, studying GIS will help students further employment and create a sustainable development of industries.
At the same time, GIS is not as widespread in education, so many young people do not know about the opportunities of geospatial technology. Therefore, private educational programs are of particular importance. One of them is the EOS Data Analytics Academic Outreach Program. This company provides AI-based satellite imagery analytics. Solutions are suitable for different industries, including agriculture and ecology. You can learn more about EOSDA projects on the company’s website eos.com.
Why GIS In Education Matters
Spatial thinking is the key to understanding and solving global problems such as climate change, urbanization, and the development of sustainable agriculture. It allows you to see the whole situation, identify causes, and model trends. GIS provides information in the form of digital maps that can be combined with other materials such as multimedia and diagrams. Thus, we get a dynamic tool for the efficient analysis of spatial relationships.
In the education system, GIS can be used to solve various problems. For example, it allows administrators to visualize campus security, school bus routes, and infrastructure management objects. As part of the educational process, teachers can use GIS to study geography, history, social studies, and even mathematics.
At the same time, learners get access to actual data and master critical computer and management technologies. In particular, they can determine the location of objects using GPS and attribute their data, for example, information about water quality or tree species. They also learn to analyze and find relationships between geographical data in time and space. By identifying various patterns, students learn to think critically, exploring the most critical problems facing humanity today.
Academic Outreach Program
EOSDA established this project in 2022. As part of the educational course, students learn the tools to analyze geospatial data. The idea did not come about by chance, as EOSDA regularly receives inquiries about the use of its products for research purposes. Moreover, the project is in line with the company’s vision of incorporating space technologies into science to solve the global problems of humanity and improve the planet’s state for future generations.
Who Can Join The Program?
The program is designed for a wide range of users. It can be students, scientists, environmentalists, and GIS professionals. Anyone can apply, regardless of where they live. To register, fill out a short free form (on average, it takes about 20 minutes). Consideration of the application is seven working days, after which you will receive a response.
What Are The Benefits Of The Program?
One of the program’s goals is to gain practical experience in the use of satellite technologies. Therefore, all participants get access to the main products of EOSDA: the satellite imagery search and processing tool — LandViewer, and the online platform for remote farm management — EOS Crop Monitoring. Innovative geospatial solutions help improve educational and analysis processes. Moreover, program participants can promote their projects on EOSDA platforms — blogs and regular events online. Thanks to this, along with educational goals, the company provides practical participation in solving the global problems of humanity.
Thus, GIS is the most critical tool in solving ecological, agricultural, and other problems. At the same time, the issue of introducing it into education remains relevant. In this regard, the EOSDA initiative meets the real needs of modern education. High-quality maps and programs focused on actual data are the essential tools in the training of qualified specialists, corresponding to the urgent tasks of our society for sustainable development.
By studying satellite technologies and involvement in scientific discourse in the form of public speaking and participation in various projects, students develop not only critical and spatial thinking but also gain valuable practical experience. The possibility of using GIS in different areas indicates the importance of such educational programs, regardless of the student’s choice of profession. Also, the Academic Outreach Program is suitable for already established geospatial specialists. They get to improve their skills and access innovative technologies for more efficient implementation of research projects.
