Keivan Daneshvar

Assigned as Head of Radiology at Spital Muri, responsible for leadership of radiology services. Oversees departmental operations and supports clinical imaging activities.

Served as an associate professor and senior consultant in diagnostic, interventional, and pediatric radiology. Managed senior clinical responsibilities and coordinated radiology services within the department. Contributed to academic and research activities connected to dynamic musculoskeletal imaging.

Worked as an attending physician in the radiology department, supporting diagnostic imaging delivery. Supervised residents and contributed to day-to-day clinical radiology responsibilities. Supported departmental coordination between clinical units and imaging services.

Completed a residency focused on neuroradiology at the university hospital. Gained experience with neuroimaging diagnostics and imaging workflow management. Developed competence in neuroradiology imaging interpretation within a clinical environment.

Conducted research in molecular imaging at DKFZ. Participated in scientific work supporting experimental and imaging-related investigations. Worked within a research setting focused on translating imaging approaches into studies and outputs.

Completed radiology residency and a fellowship in senology focused on breast imaging. Built clinical competence in breast imaging diagnostics within a hospital radiology department. Learned breast imaging workflows and standards under clinical supervision.

Completed residency in radiology at DKFZ’s radiology department. Performed clinical radiology tasks and gained experience in diagnostic imaging workflows. Worked in a hospital-linked research environment with radiology responsibilities.

Completed residency in radiology within the department of diagnostic and interventional radiology at the University Hospital of Heidelberg. Gained practical experience with diagnostic imaging procedures and clinical radiology operations. Supported radiology services under supervision as part of the residency program.

Completed residency in radiology at Kantonsspital Olten. Built clinical skills in radiology diagnostics and imaging service routines. Worked under supervision within the radiology department.

Managed marketing activities and served as a country administrator for Roche Diagnostics. Coordinated responsibilities related to local operations and marketing execution. Worked in a business-focused role supporting company activities in the assigned country.

Will lead the radiology service with responsibility for clinical and organizational leadership starting from the stated start date. The role emphasizes supervision, coordination, and integration of patient care with teaching and research activities. Also reflects recognition for leadership and professional contribution in the radiology domain.

Provided leadership for an academic and clinical programme at Inselspital, linking diagnostic imaging with engineering, quantitative biomarkers, and clinical decision-making. Built interdisciplinary research collaboration structures and contributed to developing research infrastructure. Coordinated work across clinical and technical teams to support translational imaging research.

Completed an internship/stage in general surgery at a hospital in Paris. Gained clinical exposure to general surgical workflows under supervision. Assisted with routine duties associated with surgical training.

Co-founded an interdisciplinary imaging centre bringing together clinicians, physicists, engineers, and image-analysis researchers. Focuses on investigating human movement and musculoskeletal disease using dynamic biplanar radiography, advanced MRI, and quantitative analysis. Work spans hip and shoulder instability, spinal pathology, and imaging-derived measures of joint and muscle function with technical development and clinical application.

Worked on a deep learning approach to automatically quantify fatty infiltration of rotator cuff muscles from clinical MRI. Compared automated results with manual segmentation approaches to support quantitative assessment. Produced research outputs describing the deep learning workflow and clinical MRI measurements.

Conducted research evaluating an AI language model for diagnostic extraction in musculoskeletal radiology reports using consensus-level and cluster-adjusted evaluation. Compared model output behavior against structured diagnostic extraction workflows. Produced publications connected to AI-assisted interpretation in radiology.

Contributed to a project adapting a whole-body MRI attention-based 3D U-Net framework for brain tumor segmentation across domains. Focused on applying a segmentation approach to brain tumor imaging while addressing cross-domain transfer. Produced conference outputs related to the adaptation framework.

Worked on research aiming to automate evaluation of whole-body muscle-fat composition from MRI. Supported the application of machine learning techniques to quantify body composition. Contributed to the research direction for automated analysis in the musculoskeletal biodynamics context.

Developed and set up a dynamic biplane radiographic imaging research platform for biodynamic diagnostics. Coordinated the instrumentation and analytical approach for motion analysis in musculoskeletal studies. Participated as an applicant/co-applicant in funding efforts supporting DBRI implementation.