Generate a tailored SOP for Dr. Samarpita Roy. Improve your application with a focused, well-structured draft.
Samarpita Roy's research group explores microbial ecology and engineered bioprocesses by integrating metagenomics techniques with quantitative physiology. They employ both experimental and computational approaches to investigate microbial metabolisms and community interactions. Harnessing the potential of microbial communities is crucial for advancing the circular bioeconomy. The primary challenge in improving engineered bioprocesses is understanding the complex functions of microbial communities under fluctuating environmental conditions. This requires identifying the dynamic characteristics of microbial metabolisms and the diverse interactions among community members. The group utilizes a systematic approach to dissect microbial ecology in engineered bioprocesses: 1. Develop novel sequencing approaches and data analysis workflows to reveal the taxonomic and functional diversity of intricate microbial communities. 2. Characterize the impact of environmental conditions on microbial communities. 3. Establish quantitative methods to comprehend how microbial metabolism contributes to the collective functions of these communities in driving bioprocesses. Currently, they are examining the metabolism of key microorganisms in wastewater treatment plants, particularly focusing on phototrophic polyphosphate-accumulating organisms, with the goal of exploiting insights for nutrient (carbon, phosphorus, PHA) resource recovery.
Requirements apply generally across engineering and science master programs. Specific tracks like Architecture require a digital portfolio.