Mrs. Forough Jafarian-Dehkordi | Medical Systems Technology/OVGU | Germany
Forough Jafarian-Dehkordi is a medical physicist with a strong academic and research foundation in radiation protection, nuclear medicine imaging, and biokinetic modelling. Her most notable achievement includes the development of the Radiation Risk Appraisal Tool for the SINFONIA-EU project—an innovative web-based platform aimed at quantifying radiation risks in medical diagnostics and therapy. With over a decade of experience in interdisciplinary collaboration, she has contributed significantly to research in nuclear medicine dosimetry and imaging analysis. Forough is known for her scientific rigor, having published in internationally recognized journals and presented at global conferences. Her work blends computational modelling, public health safety, and technological innovation to improve precision and reduce risks in medical imaging.
Profile
Scopus
Education
Forough began her academic journey with a Bachelor’s degree in Physics from Shahrekord University in 2009, followed by a Master’s in Medical Physics from Tehran University of Medical Sciences in 2013. She is currently pursuing a PhD in Medical Technology at Otto-von-Guericke University in Magdeburg, Germany. Her educational pathway reflects a clear and determined focus on the intersection between medical technology and radiation physics. The combination of strong theoretical grounding and hands-on experience in interdisciplinary environments has equipped her with the tools to drive innovation in biokinetic modelling and dosimetry applications.
Experience
Forough brings international research and practical experience to her field. Between 2021 and 2024, she worked as an academic researcher at the Institute for Medical Technology, Otto-von-Guericke University, contributing to the SINFONIA-EU project and leading the development of the Radiation Risk Appraisal Tool. From 2013 to 2016, she was a researcher at the Nuclear Medicine Research Center in Bushehr, Iran, conducting and publishing multiple imaging studies. Additionally, her one-year tenure (2020–2021) as an interpreter in Magdeburg reflects her commitment to humanitarian and cross-cultural services, supporting Persian-speaking refugees through healthcare and administrative navigation. Her diverse experiences underscore her holistic perspective in science and society.
Research Interest
Forough Jafarian-Dehkordi’s research centers around radiation dosimetry, biokinetic modelling, and nuclear medicine imaging. She is particularly interested in low-dose radiation effects and risk modeling, contributing to evidence-based safety standards. Her recent work has explored advanced FDG-PET imaging techniques and secondary dose considerations in proton and photon therapy. She is also engaged in developing machine learning tools to enhance quantitative imaging outcomes. Her interdisciplinary collaboration extends to software development for web-based applications, notably in radiation risk assessment. Her work continues to evolve toward precision medicine, aiming to personalize diagnostics and therapeutic outcomes through data-driven modeling and simulation.
Awards
Forough has been consistently recognized for her scientific contributions through conference invitations, publication acceptances, and book authorship. Although specific competitive awards are not listed, her role in European research consortia like SINFONIA-EU, and her selection for international presentations, reflect her merit. She co-authored the book “A Comprehensive Medical Guide in Radiation Events,” highlighting her leadership in translating scientific knowledge into practical medical guidance. She is a strong candidate for recognition in areas such as “Emerging Leader in Medical Physics” or “Women in Science Excellence Award,” especially given her multi-country impact, public engagement, and technical innovation. Her award potential lies in bridging clinical application with computational physics.
Publication Top Notes
Low-Dose Radiation Risk in Medicine: A Look at Risk Models, Challenges, and Future Prospects, Zeitschrift für Medizinische Physik.
“Calculation of SUVs and TACs of Mice in FDG-PET,” Annual Conference of the German Society for Biomedical Engineering.
“U-Net Based SUV Calculation in FDG-PET Imaging of Mice Brain,” Annual Conference of the German Society for Biomedical Engineering.
Radiation Dose Rate in I-131 Therapy Patients, World Journal of Nuclear Medicine, cited by 12 articles.
Photoacoustic Molecular Imaging, Iranian South Medical Journal.
Effect of Mobile EMF on SPECT Scanner, Clinical Nuclear Medicine.
Evaluation of HiReSPECT Scanner, Frontiers in Biomedical Technologies.
Thermal Distribution of Ultrasound in Prostate Tumor, ISRN Biomathematics.
Conclusion
Forough Jafarian-Dehkordi stands at the forefront of medical physics innovation. Her work in radiation dosimetry, safety modeling, and nuclear imaging integrates advanced simulation with real-world clinical applications. As a PhD researcher in Germany with deep roots in the Middle East, she exemplifies global collaboration and the fusion of science with public benefit. Her future aims include advancing AI-powered diagnostic tools and contributing to international radiation safety guidelines. With her combination of technical expertise, research leadership, and social responsibility, she is a strong candidate for awards, grants, and collaborative opportunities that push the boundaries of nuclear medicine.