Fusion PFC Modeling & Micromechanics Researcher

The University of Tennessee, Knoxville; Knoxville (TN); On-site; USD 85,000 - 120,000; Full time

Job summary

The University of Tennessee, Knoxville invites applications for a Research Assistant/Associate Professor focused on integrated thermal–mechanical modeling of plasma–material interactions in fusion reactors. The candidate will develop predictive multiphysics models and contribute to code development within UT-ORII and IPS frameworks.

Ideal applicants will have a PhD in a relevant field, strong publication records, and experience in micromechanics, nonlinear finite element modeling, and

Qualifications

• PhD or equivalent in a relevant field with strong publication record.
• Experience with code development for mechanical response of materials or components.
• Background in uncertainty quantification and data-driven modeling is beneficial.

Responsibilities

• Develop predictive multiphysics models for plasma–material interactions in fusion environments.
• Advance micromechanical and nonlinear FEM modeling of deformation, damage and failure.
• Collaborate with UT-ORNL and multiple engineering and physics groups on multi-disciplinary projects.

Skills

Micromechanics

Nonlinear finite element modeling

Physics and continuum mechanics

Scientific code development

Uncertainty quantification

Collaborative research

Education

PhD in Nuclear Engineering

Tools

Integrated Plasma Simulator (IPS)

Job description

The University of Tennessee, Knoxville invites applications for a Research Assistant/Associate Professor focused on integrated thermal–mechanical modeling of plasma–material interactions in fusion reactors. The candidate will develop predictive multiphysics models and contribute to code development within UT-ORII and IPS frameworks.

Ideal applicants will have a PhD in a relevant field, strong publication records, and experience in micromechanics, nonlinear finite element modeling, and