🌟 Exciting PhD Positions in United States at UMass Amherst’s Biofluids Laboratory – Fully Funded for Fall 2025 🌟
Apply for Fully funded PhD Positions in United States at UMass Biofluids Lab (2025)! Explore groundbreaking biofilm and fungi-oil research.
Are you ready to dive into cutting-edge research that merges microbiology, bioengineering, and fluid mechanics? Dr. Sang Hyun Lee’s Biofluids Laboratory at UMass Amherst is now accepting applications for a fully funded PhD position starting in Fall 2025! This is your chance to be part of groundbreaking work in biofilm formation and fungi-oil bioremediation, exploring how microbes interact with fluids in real-world systems.
🔬 What We Do in the Lab:
At the Biofluids Laboratory, we study microbe-fluid interactions in complex environments like water treatment systems, oil spills, and medical devices. We leverage advanced tools such as microfluidic chips (Lab-on-a-chip), molecular biology, and numerical simulations to visualize and understand these interactions. Our ultimate goal is to engineer innovative biotechnologies to control and manipulate biofilm processes that impact a variety of industries, including water treatment, bioremediation, and medical device manufacturing.
About the
- Country: United States (UMass Amherst)
- University: UMass Amherst, a top-tier R1 research institution
- Application Link: UMass PhD Program Details
- Deadline: PhD position starts in Fall 2025 (Apply early)
📚 Key Research Areas:
Biofilm Formation in Porous Media:
- Biofilms significantly impact fluid dynamics by clogging water filters, hindering oil recovery, or contaminating medical devices.
- We study the intricate processes of biofilm growth, such as cell attachment, chemotaxis, and quorum sensing, intending to develop biofilm control technologies for industrial applications.
Fungi-Oil Interaction for Bioremediation:
- Oil spill recovery is a major challenge in low-permeability regions. Our research focuses on how microbes, especially fungi, can locate and interact with oil contaminants in porous media to enhance oil recovery using microchip simulations.
- This research can pave the way for innovative environmental remediation and oil recovery biotechnologies.
💼 Who Should Apply?
We’re looking for highly motivated candidates with:
- A degree in microbiology, environmental/bioengineering, or a related field.
- A strong background in microfluidics, fluid mechanics, or bioengineering.
- Experience in coding, numerical simulations, or modeling is a plus.
If you are passionate about exploring how microbes interact with their environment on a micro-level and are looking to make real-world impacts in sectors like water treatment, bioremediation, or healthcare, this position is perfect for you!
🎓 What We Offer:
- Fully funded PhD position for Fall 2025.
- Competitive salary and benefits.
- Access to state-of-the-art research facilities including the Nikon Center of Excellence, Nanofabrication Cleanroom, and the Massachusetts Green High Performance Computing Center.
📩 How to Apply:
- Send your cover letter, CV, transcripts, and two reference contacts to sanghyunlee@umass.edu.
- Interested applicants can also check the full details and application process on the UMass website: UMass PhD Program Details.
📌 About UMass Amherst Microbiology:
UMass Amherst is a top-tier R1 research institution, recognized for its world-class microbiology programs. The university is part of the prestigious Five Colleges consortium (Amherst, Hampshire, Smith, and Mount Holyoke), offering students unparalleled academic and research resources. As a student, you’ll be part of a department that focuses on pathogenic microbiology, environmental microbiology, and microbial biotechnology.
🎯 Join us and contribute to the future of biofluid research and microbial biotechnology! Don’t miss this opportunity to start your academic journey at one of the most respected microbiology departments in the US. 🌍
🔗 For questions or further information, feel free to contact Dr. Lee directly at sanghyunlee@umass.edu.
👉 Apply now and secure your future in microbiology innovation!
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