A two-day, simulation-based training at ADN CoE designed to provide hands-on experience in applying machine learning techniques to neuroimaging data for advanced diagnostic and research applications.

A two-day, simulation-based neuroimaging program at ADN CoE focused on mastering brain connectivity analysis and graph theory applications for advanced mapping of neural networks and cognitive function.

A two-day, simulation-based neuroimaging training at ADN CoE focused on mastering MRI and CT perfusion techniques for stroke diagnosis, tissue viability assessment, and clinical decision-making in acute neurovascular care.

A two-day, simulation-based neuroimaging program at ADN CoE focused on mastering advanced MRI and EEG techniques for brain network mapping, functional connectivity analysis, and neuromodulation assessment.

A two-day, simulation-based neuroimaging program at ADN CoE focused on mastering advanced MRI and AI-assisted techniques for brain tumor diagnosis, response assessment, and clinical decision-making.

A two-day, simulation-based neuroimaging program at ADN CoE focused on mastering multimodal data integration using MRI, PET, and EEG for comprehensive brain mapping, advanced diagnostics, and clinical decision support.

A two-day, simulation-based training program at ADN CoE focused on mastering advanced CT and perfusion imaging techniques for accurate evaluation of cerebrovascular disorders and neuro-oncologic conditions.

A two-day, simulation-based program at ADN CoE focused on advanced MRI techniques and standardized assessment of Multiple Sclerosis and inflammatory brain diseases, integrating hands-on image analysis, lesion quantification, and AI-assisted diagnostic tools.

A two-day, simulation-based training at ADN CoE focused on mastering quantitative MRI (qMRI) and brain mapping techniques for advanced tissue characterization, clinical research, and neuroimaging innovation.

A two-day, simulation-based neuroimaging program at ADN CoE focused on mastering advanced MRI, CT, and angiographic techniques for neurovascular diagnosis, treatment planning, and clinical decision-making.

A two-day, simulation-based neuroimaging program at ADN CoE focused on mastering radiomics and quantitative imaging biomarkers for precision diagnosis, treatment response assessment, and AI-driven clinical decision support.

A two-day, simulation-based neuroimaging program at ADN CoE focused on mastering functional MRI (fMRI) study design, data acquisition, and advanced analysis techniques for mapping brain activation and connectivity.

A two-day, simulation-based neuroinformatics program at ADN CoE focused on integrating big data analytics with brain atlas frameworks for advanced neuroimaging research and clinical applications.

A two-day, simulation-based neuroimaging program at ADN CoE focused on mastering the core principles and applications of MRI, CT, and PET in the evaluation of neurological disorders and brain pathologies.

A two-day, simulation-based program at ADN CoE focused on brain metabolite analysis and clinical interpretation of MR spectroscopy data.

A two-day, simulation-based neuroimaging training at ADN CoE designed to enhance understanding of brain structure and function through interactive MRI-based neuroanatomy simulations.

A two-day, simulation-based neuroimaging program at ADN CoE focused on mastering Diffusion Tensor Imaging (DTI) and tractography techniques for advanced brain connectivity mapping and clinical decision-making.

A two-day, simulation-based neuroimaging program at ADN CoE focused on mastering advanced MRI and PET techniques for the evaluation, quantification, and monitoring of neurodegenerative disorders such as Alzheimer’s, Parkinson’s, and frontotemporal dementia.

A two-day, simulation-based neuroimaging program at ADN CoE focused on mastering resting-state fMRI acquisition, functional connectivity analysis, and brain network mapping for advanced research and clinical applications.

A two-day, simulation-based neuroimaging program at ADN CoE focused on mastering AI-assisted brain image segmentation, lesion classification, and quantitative analysis using deep learning tools for clinical and research applications.

A two-day, simulation-based training at ADN CoE on ethical considerations and best practices for managing, sharing, and analyzing neuroimaging data in clinical and research settings.

A two-day, simulation-based neuroimaging program at ADN CoE focused on mastering MRI and EEG-based techniques for epileptogenic zone localization, functional network mapping, and pre-surgical planning in epilepsy.

A two-day, simulation-based neuroimaging program at ADN CoE focused on advanced MRI and fMRI techniques for mapping neuroplasticity, analyzing learning-induced brain changes, and interpreting connectivity patterns associated with neural adaptation and cognitive performance.

A two-day, simulation-based neuroimaging program at ADN CoE focused on mastering MRI and EEG-based brain network mapping for the localization of epileptogenic zones, pre-surgical planning, and functional connectivity analysis in epilepsy.

A two-day, simulation-based neuroimaging program at ADN CoE focused on mastering PET/MR and PET/CT techniques for advanced brain tumor evaluation, treatment response assessment, and clinical decision-making.