Level of Study
Place of Instruction
Objectives and Content
The aim of the course is to enable the student to understand the theory behind RS analyses and to complete practical RS based applications, using a range of sensors and methodologies.
This course introduces a selection of methods and analytical skills that can be used in practical applications within Earth Observation and Spatial Analysis. The course will cover a variety of topics that can be applied both for further studies and for future career prospects.
The course will focus on the theoretical foundations related to the preprocessing, analysis and post-analysis of remote sensing imagery, as well as the fundamental differences between different remote sensing platforms and sensors.
The course will cover topics such as land cover classification, change detection, photogrammetry and topographic analysis, and Radar Remote Sensing. Data such as aerial photos, digital elevation models, multispectral and SAR satellite imagery will be processed and manipulated during computer practicals.
A student who has completed the course should have the following learning outcomes:
The candidate can:
- Describe and discuss a set of methods to analyse, interpret and assess remotely sensed imagery
- Define and explain the key concepts and terminologies used in remote sensing
- Describe how the electromagnetic spectrum interacts with the terrestrial environment
- List key platforms and sensors and their characteristics
- Identify and explain common processing pathways used in remote sensing
- Describe and quantify error sources within remote sensing analyses
The candidate can:
- Plan, manage and complete a remote sensing based study
- Acquire remote sensing data and assess the suitability for analysis
- Interpret remote sensing and GIS products and understand their metadata
- Choose appropriate methods/algorithms and apply such methods/algorithms to analyse optical, radar, and topographic data
- Automate the processing of spatial data using model builder and scripting
- Interpret, assess and discuss results of image analyses
- Can critically assess and draw on literature on remote sensing and GIS
- Has sufficient knowledge and skills to conduct his/her own GIS and remote sensing investigations
- Can work independently on a selection of proprietary and open-source software
Required Previous Knowledge
GEOV205 or similar
Credit Reduction due to Course Overlap
10 credit overlap with GEO316
Teaching and learning methods
The course will be held over a three-week period, which will consist of morning lectures/seminars and afternoon computer practicals. Lectures/seminars will introduce the theoretical aspects; computer labs provide the hands-on experience with a range of software, both open source and proprietary. After the teaching is over the students will work for approximately two weeks on their own assignments as well as a group report. The assignments will be assessed through a poster presentation and a short oral exam. The group reports will be presented infront of the cohort and will feature peer-assessment.
Compulsory Assignments and Attendance
Forms of Assessment
- Portfolio assessment: The portfolio contains a group assignment and a poster presentation
- Presentation: The oral poster presentation may adjust the final grade.
All parts of the assessment must be passed in the same semester.
Examination Support Material
Ved sensur vert karakterskalaen A-F nytta. Graden A er best mogleg karakter, medan F er stryk.
Assessment in teaching semester
Type of assessment: Mappevurdering med poster presentasjon
- Submission deadline
- 10.02.2022, 15:00
- Withdrawal deadline
Exam part: Mappevurdering
- Examination system
- Digital exam
Exam part: Presentasjon