10 development-"https:"-"https:"-"https:"-"IFM" Fellowship positions at Carnegie Mellon University
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candidate is a highly motivated high school student who will support data analysis, application development, and research objectives. Work could include, for example, software development, investigation and
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for the Pitkow Lab. Core Responsibilities Include: Develop computational methods for inference and control that improve the reliable and efficient operation of autonomous agents in complex, uncertain environments
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project. This position will require an in depth knowledge of a specialized field, process, or discipline and may involve organizing and implementing complex research plans, the development of methods
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an in depth knowledge of a specialized field, process, or discipline and may involve organizing and implementing complex research plans, the development of methods of research, testing and data collection
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ecosystem and developing tools that translate this work into meaningful real-world impact. This includes building scalable interventions in the spirit of our debunking platform, debunkbot.com, which has
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bioconjugation and polymer processing. Core Responsibilities: Develop strategies to tune the physical and chemical properties of proteins through chemical modification Develop methods to compatibilized proteins
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theoretical, we push the boundaries of collaboration to develop interdisciplinary solutions touching nearly every aspect of human life - making things safer, more efficient and more productive. We educate
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, promote their research, and develop their careers. As part of the interdisciplinary goals of this project, fellows are funded to spend at least one semester working with someone outside of their home domain
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theoretical, we push the boundaries of collaboration to develop interdisciplinary solutions touching nearly every aspect of human life - making things safer, more efficient and more productive. We educate
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innovative microfluidic technologies. Responsibilities: Designing and conducting experiments to study microbial communities using microfluidic platforms. Developing and optimizing microfluidic devices for high