Course content

The course addresses methods commonly used to support urban planning, spatial planning, and related disciplines, with particular emphasis on methods based on Geographic Information Systems (GIS). It aims to provide insight into the theoretical foundations and professional rationale behind these methods, as well as practical training in their application. The methodological repertoire includes current practices in physical planning at both strategic and detailed levels. This encompasses methods for establishing shared planning assumptions, analyzing the impacts of proposed measures, evaluating and prioritizing planning alternatives, and the formal preparation of plans in accordance with legal and regulatory requirements. The course also aims to further develop planning methodology, particularly in areas where current practices are insufficient to address emerging and complex challenges. 

Learning outcome

Candidates will have the knowledge of

• Functionality and operational principles of Geographic Information Systems (GIS).

• Standards and reference systems for geographic data.

• Cartographic tools relevant to the needs of urban planning.

• Data structures, data models, and geographic/spatial analysis techniques used to investigate and present planning foundations, planning assumptions, and the consequences of plans.

• The range of relevant data sources and their use in analysis and planning processes.

• Methods for comparing and prioritizing plans and planning alternatives. 

Skills: 

Candidate will be able to

• prepare and process geographic data in GIS, including data retrieval, data collection, selection and compilation, as well as editing and construction of map objects for analytical and/or presentation purposes.

• Use 2D and 3D visualization techniques to communicate planning foundations and outcomes in an accessible manner.

• Apply GIS software and functions for planning-oriented analyses of location and allocation of land use, and for assessing the consequences of plan implementation.

• Apply spatial analysis methods for comparing and prioritizing alternative measures and plans. 

General Competence: 

Candidates will develop an ability to apply acquired knowledge and skills to a range of tasks related to sustainable urban planning. 

Learning methods and activities

Teaching is delivered through lectures and guided exercises.

Specific conditions

Recommended previous knowledge

It is recommended that the candidate is able to manage files and folders in Windows, is familiar with Microsoft Excel or equivalent spreadsheet software, and can use WinZip, 7zip, or similar software for compressing files and folders.

Required previous knowledge

Bachelorgrad eller tilsvarende med fordypning i minimum 80 studiepoeng innen planfaglige relevante fagområder.

Course materials

Required reading (books/articles) will be announced prior to the start of the semester. In addition, an exercise compendium and relevant datasets will be distributed.

Students are expected to use a personal computer for exercise work. The computer must be capable of handling moderately demanding tasks in GIS software (ArcGIS Pro, QGIS) and CAD software (e.g., AutoCAD).

Credit reductions