Scientific Forming Technologies Corporation (SFTC) is currently looking for several self-motivated and talented individuals to further develop its Finite Element based software product DEFORM™. Please visit www.deform.com for more details. Ph.D in Engineering with strong background in mechanics, and/or manufacturing processes, and programming experience (FORTRAN under Windows or UNIX environment), and excellent problem solving skills are highly desirable.
A fully funded PhD research studentship is available at the University of Oxford, in the Solid Mechanics Group.
CURRICULUM VITAE
Gender: Male Date of Birth: August 21, 1967
Civil, Architectural and Environmental Engineering Department
Missouri University of Science and Technology，Rolla, MO，65401
Closed!!!
Two positions for guest researchers(post-doc) at NIST on biomechanics
Email: martin.chiang [at] nist.gov (martin[dot]chiang[at]nist[dot]gov)
Homepage: http://www.nist.gov/msel/polymers/biomaterials/martin_chiang.cfm
Research area: Biomechanics
The Department of Mechanical Engineering at the Universitat Rovira i Virgili (URV) (www.urv.cat) in Tarragona (Spain), is looking for several enthusiastic research students with a strong interest in fluid dynamics. Successful candidates will join a small but very active multidisciplinary team, working in fluid-structure interaction problems. The research will be mainly experimental and focused in the area of fluid structure interaction with application to several engineering problems.
Several postdoc positions are available immediately at the University of Minnesota to work on the development of a variety of cutting edge multiscale methods and atomistic simulation techniques. The work will be done in close collaboration with a group of leaders in the field including Prof. Ellad Tadmor, Prof. Richard James, Prof. Mitchell Luskin and Prof. Ryan Elliott. For more information, visit www.multiscale.umn.edu or check out the attached announcement.
Postdoctoral position available at Princeton University to participate in a multi-disciplinary research project sponsored by the US Army Research Office (ARO/MURI) at Princeton and Harvard Universities on: Innovative Design of Multi-Functional Adaptive Structural Materials. The candidate will be involved in the Modeling of Hierarchically Porous Material Structures Optimized for Strength and Transport. The candidate must have a strong background in Finite Element Analysis (both solid and fluid), and in Topology Optimization.
