MSc in Environmental Remote Sensing

Course outline

The MSc in Environmental Remote Sensing aims to produce graduates with a sound knowledge of remote sensing methods and technology, with an appreciation of how these can be applied to help address key environmental issues.

The course comprises 9 modules extending over twelve months. These are delivered by a mixture of lectures, seminars, tutorials and practical sessions and assessed via a mixture of coursework and examinations in March. The final module is an individual research project that occupies the rest of the year full-time (March to end of August).

1. Remote sensing principles and systems (20 credits): This module presents the physical principles involved at all stages of remote sensing, as well as introducing some of the more commonly used platforms, sensors and data collection methods.
   
   
2. Image processing (20 credits): An introduction to image processing procedures using a variety of software packages. The module includes both theoretical and practical experience in displaying and manipulating data from various sensors.
   
   
3. Software Development (20 credits): A knowledge of basic computer programming is essential to an appreciation of data handling and image processing. This introductory course requires no previous knowledge yet enables students to be able to write simple computer programmes relevant to remote sensing.
   
   

4. Research methods and project planning (10): This module develops the basic skills required of a graduate to both complete the course and succeed in the highly competitive commercial world. It develops key transferable skills (essay and report writing, presentation skills etc), as well as seminars from visiting experts in the fields of remote sensing and the environmental sciences.
   
   
5. Carbon Cycling, Measurement and Monitoring (10 credits)A module looking at processes of global change, particularly the use of remote sensing for estimating elements of the carbon cycle.
   
   
6. Introduction to GIS (10 credits): A module outlining the principles of GIS and spatial data analysis, including hands-on practical experience of displaying and manipulating geospatial data within a GIS.
   
   
7. Space Systems (10 credits): Delivered by staff from the Dundee Satellite Data Receiving Station, a module that covers the basic principles of satellite systems, both on-board and those on the ground, and includes a visit to the station.
   
   
8. Environmental Risk (10 credits): A module that looks at risks within an ever changing environment, such as flooding, landslides and issues relating to climate change, and how these may be mapped, monitored and addressed.
   
   
9. Research Project (70 credits): The final part of the course requires the student to undertake an in-depth research project under the supervision of a member of staff either in the University or in conjunction with an appropriate organisation elsewhere. The choice of topic for the project is driven by the student and is presented as a written dissertation in September.