A two-day, simulation-based training focused on mastering cardiac CT acquisition, reconstruction, and interpretation for precise coronary artery imaging—delivered at ADN CoE with real-case practice and expert guidance.

Comprehensive, imaging-guided training program focused on mastering mitral and tricuspid TEER procedures through simulation, multimodality imaging, and expert-led case discussions.

A two-day, simulation-based training at ADN CoE designed to enhance proficiency in cardiac MR imaging for ventricular function assessment and tissue characterization.

A three-day, simulation-based training at ADN CoE designed to master the integration of echocardiography, CT, and MRI for comprehensive cardiac diagnosis and procedural planning.

A two-day, simulation-based training at ADN CoE focused on CT and MR imaging for advanced planning and management of valvular heart disease.

A two-day, simulation-based training at ADN CoE focused on mastering advanced fetal and neonatal echocardiography for early diagnosis and management of congenital heart disease.

A two-day, simulation-based training at ADN CoE focused on mastering perioperative and device-related echocardiography for cardiac surgery and structural interventions.

A two-day simulation-based program at ADN CoE focused on echocardiographic assessment and monitoring of cancer patients, emphasizing early detection and management of cardiotoxicity.

A two-day simulation-based echocardiography training at ADN CoE focused on nephrology and volume assessment for optimizing fluid management and renal-cardiac care.

A two-day simulation-based echocardiography training at ADN CoE focused on pulmonary hypertension and right heart assessment for accurate diagnosis and management.

A two-day simulation-based echocardiography training at ADN CoE focused on mastering speckle tracking strain imaging for advanced myocardial function assessment and early disease detection.

A two-day, simulation-based echocardiography program at ADN CoE designed to enhance proficiency in TTE, TEE, 3D, and stress echocardiography through integrated theory and hands-on practice.