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    • You are currently viewing admission requirements for the year 2022/2023. However, the academic year for the next admission procedure is 2023/2024.
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    Geoinformatics, Cartography and Remote Sensing (0532VD330023) DSP II

    Faculty: Faculty of Science
    Study programme: Geoinformatics, Cartography and Remote Sensing (P0532D330023)
    Form of study: full-time
    Type of study: doctoral
    Language of instruction: English
    Standard length of study: 4 years
    Application type: Online

    • You cannot apply for study of this programme/branch now.

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      Application submission date: 15.12.2022
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      The program is carried out without any specialization.

      The study program is based on the interconnection and synthesis of geographic information systems, cartography and remote sensing disciplines. It provides students with advanced theoretical and practical knowledge in these disciplines, introduces modern methodological approaches and techniques and tools in these fields and the possibilities of their use in solving current problems in natural and social, especially geographical sciences with an emphasis on interdisciplinary overlaps.

      The program includes scientific research and applications in the field of:
      - advanced methodological and technological procedures for spatial data analysis in geographic information systems and their applications
      - data collection and analysis using advanced remote sensing methods
      - theory of database systems design and spatial data distribution
      - organization, standardization, modeling and interpretation of spatial data
      - development of advanced tools for raster and vector data analysis
      - digital technology of modern map creation, development of new methods of automated processing of cartographic data and cartographic production systems
      - distribution and user access to spatial information on the Internet
      - creation and governance of national and transnational geoinformation infrastructure.

      The aim of the study is also to create conditions for student participation in international scientific research collaboration and gaining necessary communication and professional skills, especially in the form of internships at foreign institutions.
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      The entrance exam is one round and the interview will deal mainly with the dissertation plan and candidate’s knowledge in the given field of study. The candidates prepares a written presentation (max 5,000 characters) and an approximately 10-minute oral presentation on the following:
      a) summary of previous scientific activities
      b) brief presentation of the doctoral project
      The committee assesses the candidate’s overall motivation, their language abilities, previous scientific results, quality and feasibility of the doctoral project within the given timeline.
      During the entrance examination the candidate must demonstrate the technical and linguistic skills to study the given field, along with abilities necessary for independent scientific work.

      The examination is graded with a maximum of 100 points, of which 10 points may be awarded as a bonus for giving a more specific idea of the study content and planned dissertation in the voluntary application appendix, including the dissertation topic, a brief annotation, an anticipated supervising department and the consent of a specific supervisor to supervise such doctoral project.

      Based on a written request submitted electronically together with the application, but no later than by 6th January 2023, the dean may permit that the entrance exam will take place via information and communication technology, but only for serious and documented reasons such as health or study abroad.
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      Admission to Doctoral studies is conditioned by successful completion of a Master's study programme.

      Verification method: entrance exam
      Confirmation date (of entrance exam) from: 03.02.2023 Until: 03.02.2023
      Alternative date (of entrance exam): 10.02.2023 Until: 10.02.2023
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      The graduates have deep theoretical knowledge and practical skills in the field of geoinformatics, cartography and remote sensing and they are specialists in one of these fields. They can independently solve theoretical and practical tasks and use modern tools and technologies in the field of spatial data acquisition, analysis, interpretation and synthesis. They become distinctive scientific persons, can apply the acquired knowledge and skills as well as the ability of creative thinking to solve complex scientific problems. Emphasis is placed on developing the ability to work in an international team and establish international contacts in the professional community. The graduates will be able to successfully apply for research, consultancy or management positions in scientific institutes, universities, state institutions and organizations and in the commercial sector in interdisciplinary research, development and applications in the field of Earth sciences, environmental, technical and social sciences, specifically in the areas of geoinformation systems, cartographic production systems, image data processing and analysis, spatial modeling and animation, geoinformation database technology development and design of geoinformation infrastructures.