117 high-performance-computing-postdoc positions at University of Tennessee at Chattanooga
Sort by
Refine Your Search
-
Category
-
Program
-
Field
-
program in biosystems engineering is closely aligned with course offerings in Tickle College of Engineering. Extension faculty are actively engaged in high-impact educational programs across the state
-
Governor’s Chairs engaged in the bioeconomy and CBI and create strong opportunities for cross-disciplinary collaborations with neutron sciences, nanomaterials characterization, high-performance computing and
-
professional development for secondary teachers • Plan and conduct a high-quality and impactful applied research program to support their educational program • Publish applied research • Secure grant
-
, 10% Teaching) The successful candidate will be expected to: 1) develop a nationally-recognized Extension program focusing on agricultural law 2) teach one undergraduate law course in the Department
-
in a specific program or program level, teaching assignments are based on UT CON needs as well as individual faculty member expertise and performance; faculty may be asked to teach across both
-
funding commensurate with experience, and the potential for high-impact contributions to the field of teacher education. A successful candidate will have expertise and/or the potential for excellent
-
systems, digital twins, AI/ML and computer vision, Internet of Things (IoT), BIM/VDC, data-driven simulation and optimization, safety analytics, and construction informatics; or b) sustainable building
-
, and communities. We strive to achieve our mission by (a) conducting high-quality scientific research to advance our disciplines and inform practice and policy; (b) developing professionals who possess
-
houses high-level research and instructional space. There are core facilities and shared instrumentation for BSL-2 cell culture, next-generation sequencing, associated high-performance computation, flow
-
expected to develop a vigorous, externally funded research and instructional program in the broad field of climate change resiliency from an Earth Systems approach. The successful candidate is expected