After successful completion of the course, students are able to (i) read, (ii) write, (iii) analyze, (iv) manipulate, and (v) visualize Earth observation data using Python. In doing so, students will learn a variety of geodata-specific python program libraries. In particular, students will master ...
The course can be attended either in presence (EDV lab, Department of Geodesy) or via Distance Learning. All classroom sessions are streamed and recorded. In both cases, registration via TISS is necessary and the number of participants is limited to 45, with a maximum of 25 persons admitted to the classroom group. Admission to the course is on an individual basis, whereby preference will be given to students of geodesy and geoinformation or environmental engineering if necessary.
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Basic knowledge of Python programming is required. Knowledge of the following topics is required: