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, embedded systems, virtualization, networking, and complex system management/troubleshooting. Analog and Mixed-Signal Electronics – including circuits for AI/ML workloads, analog circuits/data converters, RF
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, synaptic growth, brain network organization and connectivity, cognitive function) Using advanced neuroimaging and/or machine learning techniques to understand the connection between physical activity
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recognized medical informatics research center. The schools also enjoy collaborations with IU Health (one of the largest health care organizations in the Midwest), Eskenazi Health (Marion County’s safety net
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. Intelligent Systems Engineering is a rapidly growing department at the forefront of innovation, integrating engineering with intelligent systems to address complex global challenges. Our faculty and students
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divisions across 9 campuses statewide and strong clinical partnerships with Indiana's most advanced hospitals and physician networks, the school is continuously advancing its mission to prepare healers and
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related disorders (ADRD). The Lab’s overarching goals are 1) to achieve a better understanding of the complex causes and mechanisms leading to ADRD, 2) to improve early detection and longitudinal monitoring
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following areas: human neuroimaging analysis (e.g., FSL, FreeSurfer, SPM12, ANTS, etc.), complex network analysis (e.g., modularity, centrality, etc.), and multi-omics data analysis. Strong programming skills
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research duties. Clinical expectations in the areas of carotid artery disease, thoracic outlet syndrome, aneurysm surgery, peripheral artery occlusive disease, complex aortic surgery, comprehensive venous
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health (e.g., substance use, anxiety, depression, mood regulation, stress and coping) and/or brain function (e.g., brain plasticity, synaptic growth, brain network organization and connectivity, cognitive