Microbial Engineering & Biomanufacturing
Microorganisms have emerged as powerful platforms for the sustainable production of fuels, chemicals, materials, and therapeutics. Advances in synthetic biology, genome engineering, and systems biology now enable the precise redesign of microbial metabolism, allowing cells to perform increasingly complex functions. As industries seek more sustainable and efficient alternatives to traditional manufacturing processes, engineered microbes offer a versatile platform for producing high-value products while reducing environmental impact and resource consumption.
Our laboratory develops microbial engineering strategies that harness the biosynthetic capabilities of microorganisms for applications in biomanufacturing and human health. We employ synthetic biology, metabolic engineering, and systems-level analysis to design microbial systems with enhanced functionality, productivity, and robustness. Current efforts include engineering metabolic pathways for the biosynthesis of valuable compounds, developing microbial platforms for therapeutic applications, and optimizing cellular performance under industrially relevant conditions. Through the integration of biological design and process engineering, we aim to create next-generation microbial technologies that address challenges in healthcare, sustainability, and manufacturing.