Association of Environmental Engineering and Science Professors
Ph.D. Position – Biofilm formation in porous media
Association of Environmental Engineering and Science Professors, Amherst, Massachusetts, us, 01002
Ph.D. Position – Biofilm formation in porous media
Job Type:
GraduateJob Rank:
Ph.D. StudentJob Institution:
University of Massachusetts AmherstJob Description:
Prof. Sang Hyun Lee’s lab ( http://websites.umass.edu/leegroup ) at the University of Massachusetts (UMass) Amherst in the Microbiology Department is looking for a Ph.D. student in the areas of 1) biofilm formation and microbial transport in porous media and 2) fungi-oil interaction. The PhD position is available for Fall 2025 and funded with competitive salary and benefits.What we do:In the Biofluids Laboratory, we explore the intricate dynamics of microbe-fluid interactions across diverse systems including subsurface, water treatment filters, and our body. Using cutting-edge tools such as microfluidics (Lab-on-a-chip), molecular biology, and numerical simulations, we aim to enhance our fundamental understanding of microbe-fluid interactions. Moreover, we are dedicated to translating these insights into practical solutions by developing innovative biotechnologies that can control and engineer biofilm processes.Research Focus Areas:We specialize in fabricating microfluidic chips that mimic real systems and visualizing microbe-fluid interactions to directly monitor microbial processes at the biofilm and single-cell level. Current research areas include:Biofilm formation in porous media:
Biofilms can significantly impact fluid flow and vice versa, causing issues like clogging water treatment filters and contamination of medical devices. Our research delves into how flow dynamics and channel geometry affect chemotaxis, cell attachment, quorum sensing, and biofilm growth, aiming to advance biofilm control technologies.Fungi-oil interaction (bioremediation):
Remediating oil spills is challenging due to the entrapment of oil contaminants in low permeability regions. Our research investigates how microbes maneuver through multiphase porous media systems, locate, and interact with oil contaminants utilizing microchips. This understanding serves as a foundation for developing innovative technologies (e.g., bioremediation, oil recovery).Who are we looking for & how to apply:Successful candidates should have a degree in microbiology, environmental/bio-engineering, or a related field. A strong background in microfluidics and fluid mechanics is preferred, and experience in coding and numerical simulation is encouraged. If interested, please email Dr. Lee (sanghyunlee@umass.edu) with a cover letter, your CV, transcripts, and contact info of two references. Any questions about the application process or the positions can also be directed to Dr. Lee via email. The application procedures for the PhD position can be found here:
https://www.micro.umass.edu/graduate/program-overview
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Job Type:
GraduateJob Rank:
Ph.D. StudentJob Institution:
University of Massachusetts AmherstJob Description:
Prof. Sang Hyun Lee’s lab ( http://websites.umass.edu/leegroup ) at the University of Massachusetts (UMass) Amherst in the Microbiology Department is looking for a Ph.D. student in the areas of 1) biofilm formation and microbial transport in porous media and 2) fungi-oil interaction. The PhD position is available for Fall 2025 and funded with competitive salary and benefits.What we do:In the Biofluids Laboratory, we explore the intricate dynamics of microbe-fluid interactions across diverse systems including subsurface, water treatment filters, and our body. Using cutting-edge tools such as microfluidics (Lab-on-a-chip), molecular biology, and numerical simulations, we aim to enhance our fundamental understanding of microbe-fluid interactions. Moreover, we are dedicated to translating these insights into practical solutions by developing innovative biotechnologies that can control and engineer biofilm processes.Research Focus Areas:We specialize in fabricating microfluidic chips that mimic real systems and visualizing microbe-fluid interactions to directly monitor microbial processes at the biofilm and single-cell level. Current research areas include:Biofilm formation in porous media:
Biofilms can significantly impact fluid flow and vice versa, causing issues like clogging water treatment filters and contamination of medical devices. Our research delves into how flow dynamics and channel geometry affect chemotaxis, cell attachment, quorum sensing, and biofilm growth, aiming to advance biofilm control technologies.Fungi-oil interaction (bioremediation):
Remediating oil spills is challenging due to the entrapment of oil contaminants in low permeability regions. Our research investigates how microbes maneuver through multiphase porous media systems, locate, and interact with oil contaminants utilizing microchips. This understanding serves as a foundation for developing innovative technologies (e.g., bioremediation, oil recovery).Who are we looking for & how to apply:Successful candidates should have a degree in microbiology, environmental/bio-engineering, or a related field. A strong background in microfluidics and fluid mechanics is preferred, and experience in coding and numerical simulation is encouraged. If interested, please email Dr. Lee (sanghyunlee@umass.edu) with a cover letter, your CV, transcripts, and contact info of two references. Any questions about the application process or the positions can also be directed to Dr. Lee via email. The application procedures for the PhD position can be found here:
https://www.micro.umass.edu/graduate/program-overview
#J-18808-Ljbffr