Image sources: Core Faculty websites and publications.               

Core Faculty
Eric Klavins Electrical Engineering, Bioengineering  new tools to study existing biological systems, engineered regulatory mechanisms and networks, engineered signaling pathways, diagnostics and therapeutics, strains for industrial processes David Baker Biochemistry engineered biomolecules, tools, diagnostics and therapeutics, chemical synthesis  James Carothers Chemical Engineering, Bioengineering engineered regulatory mechanisms and networks, engineered biomolecules, tools, diagnostics and therapeutics, chemical synthesis, metabolic engineering Maitreya Dunham Genome Sciences regulatory mechanisms, tools, strains for industrial processes Hao Yuan Keuh Bioengineering engineering immune cells to fight cancer and other life-threatening diseases Ben Kerr Biology new tools to study existing biological systems Kyung Hyuk Kim Bioengineering new tools to study existing biological systems Mary Lidstrom Chemical Engineering, Microbiology metabolic engineering, chemical synthesis, strains for industrial processes Ray Monnat  Pathology, Genome sciences new tools to study existing biological systems, novel diagnostics and therapeutics Jennifer Nemhauser Biology engineered regulatory mechanisms and networks, engineered signaling pathways Georg Seelig Electrical Engineering, Computer Science,  Bioengineering engineered biomolecules, tools, diagnostics and therapeutics Herbert Sauro Bioengineering new tools to study existing biological systems Kelly Stevens Bioengineering stem cell biology, tissue engineering, micro/nanofabrication, bioprinting Wenying Shou Fred Hutchison Cancer Research Center engineered regulatory mechanisms and networks, engineered signaling pathways Jesse Zalatan Chemistry molecular mechanisms of cell signaling networks, rewiring signaling pathways, spatial control of biochemical reactions