Field of work
I am a physicist and I teach radiation physics, CT technology, radiation protection, image formation, and image processing, mainly in the 1st year of study in radiographer education. In the 2nd year i teach radiation protection, and in 3rd year I teach statistics and supervise bahelor thesis
I was involved in the Erasmus+ project Ebreast II. In this project we created digital learning material about breast cancer treatment.
Courses taught
- Radiation physics
- CT technology
- Radiation protection
- Image formation
- Image processing
- Statistics
Research areas
- Optimization of pediatric CT scans
- Team-based learning in radiation physics teaching
- Interprofessional collaboration in breast cancer treatment
Research groups
Educational research in health and social professions
- RAD100, The Profession and the Patient, Fall 2024
- RAD130, Basic Radiation Physics and Image formation, Fall 2024, subject responsible
- RAD140, Radiation Safety in Radiography, Spring 2025, subject responsible
- RAD150, Anatomy, Physiology and Pharmacology, Spring 2025
- RAD200, Pathology and Examination Methods in Radiography, Fall 2024
- RAD220, Radiography Diagnostic and Treatment, Spring 2025
- RAD230, Medical Image Processing, Artificial Intelligence and Innovation in Radiography, Spring 2025
- RAD300, Radiography in Lifetime- and Society Perspective, Fall 2024
- RAD310, Professional Development and Research , Fall 2024, subject responsible
- RAD390, Bachelor's Thesis, Spring 2025
- RADP1, Clinical placement – Patient-centered care, Spring 2025
- RADP3, Clinical placement – Evidence-based Practice (EBP) and Radiography, Spring 2025
Research groups
Publications
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Plugging of pipes by cohesive particles. Computed tomography investigation and theoretical analysis
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The Factors for Success and Lack of Success in the Breast Cancer Patient Care Pathway: A Qualitative Study From the Health Care Staff Perspective
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Digital zoom of the full-field digital mammogram versus magnification mammography: a systematic review