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training. His research focuses on developing algorithms to predict gene targets and target tissues affected by chemical exposures, as well as investigating how environmental exposures influence human health
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; wearable physiological sensors; point-of-care diagnostic devices; biosensors for disease detection; portable and miniaturized diagnostic platforms; microfluidic-based biosensing systems; image-guided
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appropriate IRB and HIPAA requirements. Develops and applies all aspects of the use of natural-language processing (NLP) in software. Develops and applies algorithms on data in NLP areas. Performs research and
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of discoveries ranging from wearable and implantable medical devices and sensors to the advanced detection of biomarkers and AI-enabled drug discovery and delivery. With a goal of quickly delivering IU health and
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in computing research and education. Its faculty have pioneered advances in areas including programming languages, hardware design, algorithms, databases, security and privacy, bioinformatics and
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partners in pursuit of discoveries ranging from wearable and implantable medical devices and sensors to the advanced detection of biomarkers and AI-enabled drug discovery and delivery. With a goal of quickly
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and energy conversion Radiation-tolerant devices, circuits, and systems Sensor systems Heterogeneous integrated circuits and advanced packaging Reconfigurable, adaptive, and soft nanomaterials
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design, software engineering, theory of computation, analysis of algorithms, programming languages, artificial intelligence, and computer networks and security. The responsibilities of the position include
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and energy conversion Radiation-tolerant devices, circuits, and systems Sensor systems Heterogeneous integrated circuits and advanced packaging Reconfigurable, adaptive, and soft nanomaterials
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Maintains a high degree of professionalism Ability to work independently and as part of a collaborative team Strong understanding of computer science fundamentals (data structures, algorithms, software design