Postdoc position in research on opportunistic pathogens in water supplies
We are seeking individuals to fill a postdoctoral research position for a three-year study concerning opportunistic pathogens and disinfection byproducts (DBPs) in U.S. water systems funded by the US EPA. The project involves sampling of finished and tap water at water utilities around the U.S. and analyzing for opportunistic pathogens via both culture-based and culture-independent (i.e., DNA-based) methods as well as analyzing for known and unknown DBPs using target and non-target analyses. Most of the DBP work will be done by project team members at other institutions. The collected data will be analyzed to assess tradeoffs between opportunistic pathogens on the one hand and elevated disinfectants/DBPs on the other in order to develop recommendations for limiting exposure to these two classes of contaminants via public water supplies.
Successful candidates should have a PhD in environmental engineering, chemical engineering, civil engineering, microbiology, microbial ecology, or a related field. The candidates must have strong backgrounds in microbiology, molecular biology, and an understanding of drinking water treatment. Also of importance are communication skills and being able to work with the senior investigators, graduate students, and undergraduate students. In addition, the postdocs will be required to: (1) generate results in a timely manner for sharing with other members of the team; (2) attend and participate in quarterly meetings; (3) supervise graduate and undergraduate students who are also working on the project; (4) write annual reports and present seminars; and (5) prepare manuscripts for submission to peer-reviewed scientific journals.
The position is available immediately. The initial appointment will be for one year and is renewable. Submit a statement of interest, career goals, 2-page CV, and the names and contact information of three references.
Required qualifications:
PhD in environmental engineering, chemical engineering, civil engineering, microbiology, microbial ecology, or a related field
Experience with (i) DNA-based analyses including real-time PCR, digital PCR (dPCR), and DNA sequencing; and (ii) analysis of DNA sequencing results using mothur/QIIME, R, etc.
An ability to work independently and work effectively with a team
Preferred qualifications include:
Experience with bacterial culturing and culture-based analysis methods
Experience with statistical data analysis tools and software (e.g., R)
Knowledge of water treatment