Remote sensing science and technology, a comprehensive discipline that integrates many disciplines, is undoubtedly an important decision for candidates to choose the direction of postgraduate entrance examination and the choice of school. This article will take you to comprehensively explore the postgraduate entrance examination direction of remote sensing science and technology, and deeply analyze the relevant schools that are quite powerful in China, aiming to help you better prepare for the exam and find the most suitable research direction and supervisor for you.
1. Detailed explanation of the direction of remote sensing science and technology.
As a comprehensive discipline, remote sensing science and technology has diversified and in-depth research directions. These include:
1.Basic Theory of Remote Sensing: In-depth exploration of basic theories such as remote sensing principles, data acquisition and processing, etc., to lay a solid foundation for the development of the discipline.
2.Remote sensing applications: study the practical application of remote sensing technology in agriculture, forestry, environmental monitoring and urban planning, and demonstrate its core value.
3.Remote Sensing Technology and Instruments: Committed to the research and development of new remote sensing technology and the innovation of remote sensing instruments, leading the future development trend of the discipline.
4.Geographic Information System: Research on the basic principles, technologies and applications of geographic information systems, and provide important support for the development of remote sensing science and technology.
2. Tour of famous schools in domestic remote sensing science and technology.
There are many schools in China that offer master's programs in remote sensing science and technology, but the schools with both strength and reputation are:
1.Peking University: As a top university in China, the School of Earth and Space Sciences of Peking University has a profound foundation and strength in the field of remote sensing science and technology, and has sent a large number of outstanding talents at home and abroad.
2.University of Chinese Academy of Sciences: Relying on the strong scientific research strength of the Chinese Academy of Sciences, the School of Resources and Environment has made fruitful scientific research achievements and academic achievements in the field of remote sensing science and technology.
3.Wuhan University: As a leader in remote sensing science and technology in China, the School of Resources and Environmental Sciences of Wuhan University has cultivated a large number of outstanding talents and made outstanding contributions to the development of the discipline.
4.Nanjing University: The School of Earth Sciences and Engineering of Nanjing University has provided a large number of high-level talents in the field of remote sensing science and technology for the country by virtue of its strong comprehensive strength and disciplinary advantages.
5.Zhejiang University: The School of Earth Sciences of Zhejiang University has made remarkable achievements in the field of remote sensing science and technology, and has cultivated a group of outstanding professionals.
3. Exam Preparation Suggestions and Strategies.
For candidates preparing for the Master's Exam in Remote Sensing Science and Technology, the following tips may be helpful:
1.In-depth understanding of the content and format of the test: Understanding the syllabus, question types and scoring criteria of your target institution in advance will help you prepare for the exam in a more targeted manner and reduce blindness.
2.Solid foundation and accumulation: The master's examination for remote sensing science and technology focuses on the mastery of basic knowledge. Therefore, candidates should systematically study relevant courses and textbooks to ensure a solid foundation.
3.Improve practical ability and comprehensive quality: In addition to basic knowledge, practical ability and comprehensive quality are also the focus of the exam. Candidates should accumulate relevant skills through practical projects and experience to improve their overall quality.
4.Actively participate in academic activities and scientific research projects: Participating in academic conferences, scientific research projects and other activities not only helps to understand the academic frontiers, but also improves one's academic literacy and scientific research ability. At the same time, it is also a good opportunity to accumulate contacts and expand resources.