GeoCourseHub Browser | Dataset | itc_courses | Resource | http://gch.utwente.nl/data/course/3ddb72ff-1034-4b20-acd7-6c3ef7a19db1 | Category | Related Education

http://gch.utwente.nl/data/course/51c203a3-0506-4637-98c7-1a522cb59b5d

Learning outcomes

Interpret a geospatial database's API description and prototype/implement it as a set of database functions, ensuring alignment with requirements and standards

Demonstrate skills in set-based (SQL) programming concepts such as spatio-computational thinking, mathematical logic and comprehensions

Apply the concepts of geospatial data standards (ISO19107 & 19125, OpenAPI), database initiation, data ingestion and data curation in large geospatial (vector) databases

Evaluate and ensure data and functional correctness, completeness and robustness in a geospatial database through good practices and quality assurance techniques

Apply notions of set-based (SQL) programming in implementing geospatial database functions

Explain the foundational concepts of geospatial databases, including their role as a data store, as data management tool, and as responsive system for geospatial queries and operations

Understand the key notion of geospatial database as a data store, a data management tool, and a functionally responsive entity

Apply the concepts of geospatial data standards, database initiation, data ingestion and data curation in large geospatial (vector) databases

Interpret a database's application programming interface descriptions and prototype them as database functions

Implement geospatial database functions using set-based programming and geospatial SQL operations like geospatial joins, predicates, overlays and other vector-based functions

Demonstrate skills in set-based (SQL) programming concepts such as spatio-computational thinking, mathematical logic and comprehensions

Understand and apply notions of data and functional correctness, completeness and robustness in a geospatial database context

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