Gracias Laboratory. JHU.

Students working towards a Ph.D. degreee

	Gayatri is working on curved and folded hydrogels
	Mark is developing strategies to fold 2D and ultrathin film nanostructures
	Rachel is developing smart DNA gels and soft-robots
	Aishwarya is developing 3D printed shape change devices
	Qi is developing flexible and ultrathin devices
	Wangqu is developing self-folding biomedical microdevices

Students working towards an M.S. degree

	Yifan is working on 3D printing of soft robots
	Marvin (Zijian) is developing microgripper devices
	Tien Jung is developing ultrathin biosensors and doing a co-op program
	Ruili is developing untethered theragrippers and microdevices

Students working towards a B.S. degree

	Javier is developing responsive soft-robots
	Neha is developing miniaturized and active biomedical devices
	Sammy is developing active micro and nanostructures
	Mallory is developing brain organoid-machine 3D shell microelectrode arrays (MEAs)
	Margaret is developing soft robots
	Terry is developing self-assembling medical microdevices
	Brian is developing self-assembling medical microdevices with micro-electromechanical systems (MEMS)
	Angelino is developing untethered biomedical microdevices
	Ese is developing bioinspired soft robots
	Devan is developing dynamic, 3D shell microelectrode arrays (3D MEAs) for electrophysiological characterization of brain organoids.

High School Students

Jonah Schwartz from the Baltimore Ingenuity Project is developing biomimetic hydrogels