Seeking a Ph.D. to support research projects in nanotechnology related to single molecule and single cell spectroscopy. This work utilizes nanometer-diameter pores through nanometer-thick membranes or quartz pipettes with nanometer-diameter orifices that are immersed in an electrolytic solution to detect single molecules for applications in protein sequencing or identifying cell secretions ex vivo. The successful applicant must have completed a Ph.D. preferably in electrical engineering, physics, biophysics, bioengineering, or molecular and cell biology with a proven capacity for world-class research that is reflected in a publication record.
Requirements
Considerable skill is required in implementing experiments to probe the interactions between biomolecules and abiotic nanostructures. Experience in a subset of the following disciplines is mandatory: aberration-corrected scanning transmission electron microscopy; micro- and nanofluidics; atomic force/scanning probe microscopy; free-space laser optics and preferably optical tweezing; semiconductor device fabrication; high frequency, low-noise electrical measurements; interfacing computers with instrumentation using LABVIEW; and programming in MATLAB, PYTHON, C++, and/or IGOR. For more information, candidates should refer to the web site: http://www3.nd.edu/~gtimp/.
Salary category: $60,000. - $100,000. dependent on qualifications.
Interested applicants should send a detailed CV, along with a list of publications, and arrange to have at least three letters of recommendation sent via email directly to Prof. Gregory Timp (gtimp@nd.edu). In the cover letter, please delineate specifically how your skills can be applied to the work in this lab.
Contact:
Gregory Timp
316 Stinson-Remick Hall
Notre Dame Avenue
Notre Dame, IN 46556
EEO/AA Policy
The University of Notre Dame is an equal opportunity employer.
We use cookies on this site to enhance your experience. By using our website you accept our use of cookies.
Cookies
YourMembership uses cookies for your convenience and security. Cookies are text files stored on the browser of your computer and are used to make your experience on web sites more personal and less cumbersome. You may choose to decline cookies if your browser permits, but doing so may affect your ability to access or use certain features of this site. Please refer to your web browser's help function for assistance on how to change your preferences.