Objectives:
Within the earth sciences it is fundamental to obtain models that can explain our observed data. This process is called inversion. Before inversion it is often necessary to prepare and analyze the data.
A superior goal of the course is that the student shall attain a general overview of different analyses and inversion methods common in the earth sciences. As specific goals the student is expected to 1) conduct analysis/inversion on different types of geodata using MATLAB and other suitable computer software, 2) summarize observations, data, and methodological principles orally and in writing, 3) interpret and make decisions based on results from analysis and inversion
Content:
The course yields a general overview of different types of analyses and inversion methods common in the earth sciences. Moreover, the course goes into to depth within specific topics with associated applications (see list below). Topics and applications will be weighted according to the background of the students.
Data analysis
Topics and examples of methods/applications:
Inversion
Topics and examples of methods/applications:
Exercises with MATLAB in combination with other computer software have a fundamental role in the teaching. The students are working with the exercises individually and in teams.
On completion of the course the student should have the following learning outcomes defined in terms of knowledge, skills and general competence:
Knowledge
The student can
Skills
The student
General competence
The student can
Mandatory participation in all classes assigned to exercises
Mandatory handing in of all exercises
Mandatory participation at seminar
The compulsory assignments are valid for a total of two semesters, including the teaching semester.
The Faculty for Mathematics and Natural Sciences, Department of Earth Science has the administrative responsibility for the course and program