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in the development and execution of research to characterize technoeconomic aspects of EV battery recycling pathways across li-ion chemistries. Responsibilities: Conduct research to characterize
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August 2025 and end in May 2026. Core responsibilities include: Conduct pure and applied research among the faculty and doctoral students at the Tepper School Interdisciplinary research within the Tepper
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2025 and end in May 2026. Core responsibilities include: Conduct pure and applied research among the faculty and doctoral students at the Tepper School Interdisciplinary research within the Tepper School
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by developing a vascularized cell niche using our innovative 3D-ICE technique and incorporating biochemical cues within a hydrogel system and such other tasks that are assigned to you. Core
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development, repair, and disease, with particular attention to controlling tissue architecture and epithelial composition. Candidates should have demonstrated expertise in 3D bioprinting, mammalian cell culture
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by developing a vascularized cell niche using our innovative 3D-ICE technique and incorporating biochemical cues within a hydrogel system and such other tasks that are assigned to you. Core
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development, repair, and disease, with particular attention to controlling tissue architecture and epithelial composition. Candidates should have demonstrated expertise in 3D bioprinting, mammalian cell culture
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Data Science and a desire to make a significant impact on the Department’s educational mission. We are looking for a candidate who will develop into a creative and effective educator and researcher
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. This position will work closely with faculty in AI, NLP, Ethics, and Anthropology to design and conduct empirical studies, develop novel evaluation frameworks, and advance methods that ensure AI systems
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. This position will work closely with faculty in AI, NLP, Ethics, and Anthropology to design and conduct empirical studies, develop novel evaluation frameworks, and advance methods that ensure AI systems