Applicants whose background indicates strong proficiency and interest in finite element analysis, either in development or advanced usage of commercial or lab software, will be strongly preferred.Any new hire will be involved heavily in finite element modeling of severe or unusual mechanical phenomena, such as blast, shock, and structural acoustics in moderate to large structures. This modeling will include creation of large models using interactive CAE tools, performing the analyses, and interpreting and analyzing the results.Finite element software to be used may include both in house and commercially available tools such as Flex, Dyna, HyperWorks, Ansys, and Abaqus. We do not necessarily expect expertise in specific tools. Development of material models, element formulations, and algorithms is not anticipated to be an immediate part of the work, but may develop depending on the applicant skills and interest. Proficiency in Fortran and C programming is a must.

Immediate opening in solids and structures. A PhD in applied mechanics, mechanical engineering, or a related discipline is essential for this position. Applicant must have a good knowledge of finite element methods, and in-depth knowledge of nonlinear solid mechanics. Good programming skills and strong communication skills are essential for this position. Experience in material model development and development of user interface is a plus. To be considered for this position, please send your resume.