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Post-doctoral Fellows

Arijit is designing, fabricating and characterized untethered medical microdevices
Weinan is investigating strategies to create foldable 3D devices using 2D layered materials
Xing is developing biomimetic strategies for self-folding vasculature and hypertension
Ozan is designing, fabricating and characterizing 3D-printed shape change RV-PA conduits
Wenjian is utilizing in-situ surface spectroscopy to investigate calalytic interfaces

Graduate Students


Qianru is working on three dimensional platforms for cell studies such as single cell capture and analysis devices, and mechanical stretch effects on fetal lung development in patterned spaces.
Gayatri is working on bionanotechnology
Jiayu's research focuses on simulations and experiments with self-folding 2D layered materials and polymers
Vivek is designing and fabricating mid-IR metamaterials using micro/nanopatterning and self-folding


Anjishnu is patterning 2D layered materials and creating 3D foldable and adaptable devices

Mark is developing strategies to fold 2D and ultrathin film nanostructures
Rachel is developing smart DNA gels and soft-robots

Kenny is investigating curved and folded biomaterials and cell scaffolds

Qi is developing flexible and ultrathin devices



Danny is working on folding of graphene and 2D layered materials
Yizhing is developing untethered microsurgical tools  and drug delivery devices
Haotian is developing deployment tools for untetherered microsurgical tools
Wangqu is developing 3D printed shape change devices

Undergraduate Researchers

Michael is researching drug delivery from patterned thin films
Juan is working on 3D printing of shape change biomedical devices
Laurent is developing untethered surgical tools
Devina is developing and characterizing novel 3D printing inks and structures
Ayon fabricating and characterizing untethered surgical microgrippers

High School Students

Abby from Baltimore Public School (Ingenuity Project) is researching the behavior of cells in curved and folded geometries





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