Maggie's research focuses on engineering cardiac tissue patches to repair heart function following injury. In collaboration with Christopher Chen's group, her work aims to develop a stem cell-derived cardiac patch that can be surgically implanted onto the...
My research interests are focused on integrating robotics and automation into additive manufacturing workflows to rapidly develop new printable materials and enhance printing capabilities. Overall, I am particularly interested in leveraging robotic...
Matthew’s research focuses on engineering vascularized, biofabricated cancer models to study immune cell migration and tumor-immune interactions. He is particularly interested in how structural and physical factors synergize with biochemical cues to...
Brandon is interested in bottlebrush materials, machine learning, and the additive manufacturing of multimaterial structures. He especially desires to program mechanical properties into synthetic soft matter via careful control over polymer chemistry.
During my doctoral work, I developed carbon-negative, structural biocomposites from photosynthetic microorganisms with applications in the construction sector. At the Lewis Lab, we are advancing this research by expanding the palette of material...
Mustafa is interested in imparting logic within soft matter to realize programmable, reversible, and robust shape-changing soft materials capable of sensing and responding to environmental cues. Ultimately, Mustafa is curious about the role processing...