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, artificial neural networks, and neuroendocrinology. The department is highly interactive and offers research associates a friendly but rigorous learning environment. There is ample opportunity for informal
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areas related to neuronal differentiation, degeneration and regeneration, ion channels and membrane physiology, synaptic mechanisms, neuronal circuitry, sensory biology, artificial neural networks, and
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That Think, Participatory Design Practices, Post-Digital Imaging, Low-Fidelity Prototyping, and 3D Animation, Mobile Applications, and Artificial Intelligence. IDEA 400 level courses include our Design
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Practices, Post-Digital Imaging, Low-Fidelity Prototyping, and 3D Animation, Mobile Applications, and Artificial Intelligence. IDEA 400 level courses include our Design Thinking Collaborative, Group Study
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. The department’s 26 tenured/tenure-track faculty conduct state-of-the-art research in topics including artificial intelligence, cybersecurity, distributed systems, and parallel and scientific computing, and engage
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, artificial neural networks, and neuroendocrinology. The department is highly interactive and offers research associates a friendly but rigorous learning environment. There is ample opportunity for informal
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areas related to neuronal differentiation, degeneration and regeneration, ion channels and membrane physiology, synaptic mechanisms, neuronal circuitry, sensory biology, artificial neural networks, and
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, artificial neural networks, and neuroendocrinology. The department is highly interactive and offers research associates a friendly but rigorous learning environment. There is ample opportunity for informal
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areas related to neuronal differentiation, degeneration and regeneration, ion channels and membrane physiology, synaptic mechanisms, neuronal circuitry, sensory biology, artificial neural networks, and