My research leverages synthetic biology and metabolic engineering to develop efficient, scalable biomanufacturing platforms for sustainable production of materials, fuels, food additives, and therapeutics. We engineer diverse host organisms—bacteria, yeast, and mammalian cells—matching each production challenge with the optimal biological system. Through rational pathway design and iterative optimization, we create robust strains that convert renewable feedstocks and waste streams into value-added products, advancing the circular bioeconomy while addressing critical sustainability challenges.