Sort by
Refine Your Search
-
model selection and comparison. Experience contributing to open-source scientific software, including version control, testing, continuous integration, documentation, and code review. Knowledge of
-
environments. The candidate will be expected to model prototypes of the fiber optic based sensors using standard Multiphysics software, perform out-of pile laboratory testing of the instruments in
-
massively parallel computing systems, including GPU-accelerated platforms. Develop and maintain scientific software, primarily in Python , using modern practices for software development, testing
-
error compensation and modeling, CNC system design, and/or machining process optimization Hands-on experience with CNC machine tools, machine controllers, G-code, CAM software, machining process planning
-
research environment that follows modern software quality standards, including version control, unit testing, documentation, and continuous integration. Motivated self-starter with the ability to work
-
testing to uncover processing–microstructure–property relationships. The candidate will have opportunities to interact with multidisciplinary teams and contribute to high-impact publications and
-
with subsized specimen mechanical testing/property analysis. Experience with the design of experiments for the collection of in-situ mechanical testing data. Knowledge of scientific software in python
-
microstructure characterization, in situ diffraction techniques, and mechanical testing to uncover processing–microstructure–property relationships. The candidate will have opportunities to interact with
-
position. Experience with neutron transport and reactor analysis software (SCALE code system, MCNP, OpenMC, Serpent, VERA, MOOSE codes, etc.). Experience with common programming and scripting languages
-
). Major Duties/Responsibilities: Design and implement a modular ROS 2 software architecture for onboard sensing, autonomy, mapping, data logging, launch management, and configuration management. Develop