job

The Disease Biophysics Group in the School of Engineering and Applied Sciences has a postdoctoral fellowship available for PhD/DSc scientists with backgrounds in cellular biomechanics.  The applicants should have training in cell tissue culture, microscopy, and assays for probing the mechanical properties of cells, such as traction force microscopy, atomic force microscopy, and/or the use of magnetic tweezers.

 Applicants should forward their CV (pdf) and examples of up to three manuscripts (pdf). Please have three references emailed to Professor Parker directly.

We are no longer accepting applications for these positions.  Qualified applicants will be contacted in the near future.  

Thank you for your interest,

 Robert Gracie 

The Cornell Fracture Group (CFG) has 2 new PhD student positions open on NASA-sponsored projects.

Faculty Opening - Assistant Professor.  Mechanical Engineering - Design, School of Engineering and Applied Sciences, Harvard University

The Harvard School of Engineering and Applied Sciences (HSEAS) seeks applicants for a faculty position as a tenure track assistant professor in the area of mechanical engineering. The ideal candidate will have a strong interest and background in teaching design, as well as outstanding research capabilities. Areas of interest include mechanics and materials (particularly MEMS and NEMS), fluids, mechatronics, robotics, and biomechanics.

Brief description: The Advanced Computational Research Laboratory (http://acor.rpi.edu),
affiliated with the  Department of Mechanical, Aerospace and Nuclear
Engineering at Rensselaer Polytechnic Institute, Troy, NY, USA invites
applications for a postdoctoral research position to work in the area of in vivo / in situ soft tissue mechanical property estimation and modeling.




The overall goal of this research, funded by the National Institute of

https://recruitment.csiro.au/asp/job_details.asp?RefNo=2007%2F1216

The post doctoral fellow will be engaged in research on the mechanics of hydraulic fracturing of rock. The primary aim of this project is to investigate, using a novel approach for experimentation spanning laboratory and field scales, the effect of fracture size on the energy required for fracture extension in rock.