Processing of Seismic and Georadar Data

Knowledge

Basic theoretical background and principles for application in relation to processing of time series of seismic and ground-penetrating radar data.

Key methods and principles for assessment of seismic data and ground-penetrating radar data, their data quality and judgement of relevant processing tools to apply as well as assessment of data interpretation potential.

Skills

Describe the basic theoretical background and application of fundamental methods for assessment and processing of geophysical data sets.

Describe and assess digital time series of data.

Process time series of real seismic and ground-penetrating radar data.

Conduct quantitative analysis and assessment of the geophysical data, including analysis of most important uncertainties.

Quantify rock physical parameters based on analysis and processing of data.

Construct processing flows for proper analysis and treatment of time series of seismic and ground-penetrating radar data.

Apply processing methods for optimization of data quality and potential for geophysical and geological interpretation.

Competences

Explain and apply typical/standard methods for processing of seismic data and ground-penetrating radar data.

Explain the application potential and relevance of different processing methods/algorithms.

Combine different processing algorithms for data processing in practice.

Choose relevant processing algorithms for optimized estimation of rock physical parameters for subsurface modelling.

Explain and apply processing methods for analysis of data used in sustainable exploration of groundwater and other raw materials as wells as for geothermal prospecting and CCS (carbon capture and storage).