Field of work
Civil Engineer (Civil and Environmental Engineering, NTNU) with expertise in both geomatics and structural engineering.
Experienced in the offshore industry, specializing in vessel and oil rig positioning. Additionally, I have worked in the healthcare sector, researching cardiac mechanics and blood flow using magnetic resonance imaging (MRI).
Strong interest in complex problems that require advanced numerical and visual analysis tools.
Some areas of expertise:
Geomatics:
- Geodesy (global and marine)
- GIS (systems and analysis)
- Photogrammetry
- Statistical analysis
- Surveying
Structural Engineering:
- Structural mechanics
- Fluid mechanics
- Material mechanics
- Dimensioning (wood, steel, and concrete)
- Design and safety of structures
- Structural dynamics
Courses taught
- Geographical information systems and analysis
- Engineering- and industrial surveying. Laserscanning.
- Construction of networks
- Geo-informatics
- Statistical analysis of geodata
Research areas
- Biventricular function assessed by 4D high field cardiac MRI. (Hjerteforskning).
- Multi-sensor data analysis for monitoring unstable rock slope
- 3D documentation of cultural heritage
Research groups
- Geomatics research group
- Landslides research group
- BYG350, Bachelor Thesis, Spring 2025
- LEI107, Engineering Surveying, Spring 2025
- LEI111, Geographic information science, Fall 2024
- LEI350, Bachelor Thesis - Land Administration and Surveying, Spring 2025
Publications
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Visualization and Quantification of Regional Ventricular Wall and Blood Velocities by 3T 4D PC-MRI
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4D Left Ventricular Resultant Wall Motion and Blood Flow assessed by Phase-Shift Velocity Mapping at high-field 3T MRI
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Assessment of coronary flow reserve in the coronary sinus by cine 3T-magnetic resonance imaging in young adults after surgery for tetralogy of fallot
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Novel high resolution method for visualization of regional ventricular wall motion and blood flow by 3T MRI
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Novel high-resolution method for visualization of regional ventricular wall motion by 3T MRI