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PhD in Mechanical Engineering Materials Engineering or related field.
Four years of directly related experience.
Experience in designing and developing finite element models such as crystal plasticity for modeling the degradation of metallic alloys.
Experience in one or more of the following programming languages: Python MATLAB C/C and Fortran.
Strong communication skills (both written and verbal).
Strong engineering mechanics/strength of materials background.
Experience in developing calibrating and validating advanced constitutive models within finite element codes.
Familiarity with constructing coregistration simulation and visualization of large threedimensional multimodal datasets.
Knowledge and experience with advanced microstructural characterization tools such as SEM EBSD CT and HEDM.
Demonstrated machine learning data analysis uncertainty quantification and applied statistics methodologies to computational material science problems.
Excellent record of productive and creative research as demonstrated by publications in peerreviewed journals.
Informed by its Catholic and Marianist mission the University is committed to the principles of diversity equity and inclusion. Informed by this commitment we seek to increase diversity achieve equitable outcomes and model inclusion across our campus community. As an Affirmative Action and Equal Opportunity Employer we will not discriminate against minorities women protected veterans individuals with disabilities or on the basis of race color national origin religion sex sexual orientation or gender identity.
Full-Time