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change via reform efforts inspired by Science Education Research and/or the Learning Sciences. The Post Doctoral Scholar will be expected to contribute to the design of qualitative (e.g., semi-structured
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scholarship on laboratory teaching assistant training/long-term professional development, instructional moves enacted by laboratory teaching assistants, laboratory curricular design principles for inviting
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, fostering innovation and real-world impact in keeping with Ohio States land-grant mission. This position provides opportunities to: Contribute to the development of CETEs emerging research and development
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, training, learning technologies, digital learning, workforce development, or human-computer technology design. Experience with translation, applied, or design-based research. Experience with data analysis
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activities. 15% Technical Assistance, Facilitation, and Professional Learning: Design and deliver technical assistance, facilitation, professional development, and coaching for CETE staff and project partners
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meaningful impact through collaboration, innovation, and excellence. To learn more about our mission and work, please visit https://erik.osu.edu/. AI(X) Hub Overview The new AI(X) Hub at the Ohio State
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. The scholar will perform computational and laboratory-based research to investigate viral deactivation under varying environmental conditions. This position will contribute to data analysis, experimental design
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passionate individuals who are committed to making a meaningful impact through collaboration, innovation, and excellence. To learn more about our mission and work, please visit https://erik.osu.edu/. AI(X) Hub
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single-particle microscopy and spectroscopy infrastructure, including sample preparation protocols and construction of optical microscopes designed for single-particle and single-molecule measurements
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quantum devices. The Post Doctoral Scholar will embark on a program of independent research with the primary goal of determining how computational and theoretical methods can provide thermodynamic design