Papers
1
Total Citations
60
H-Index
1
About
U‑Ser Jeng is a leading figure in biomimetic materials and advanced hydrogel engineering, whose work bridges soft robotics, tissue engineering, and 3D bioprinting. His most cited research introduces a groundbreaking biomimetic bilayer hydrogel actuator, combining thermoresponsive gelatin methacryloyl with poly(N‑isopropylacrylamide) to create biodegradable, programmable structures that deform under physiological conditions. This innovation overcomes a critical limitation of conventional actuators—their nonbiodegradability and lack of physiological compatibility—opening new avenues for implantable soft robots and smart biomedical devices. With over 60 citations on this flagship paper alone, Jeng’s contributions have rapidly shaped the field, demonstrating how 3D‑printable, temperature‑responsive hydrogels can mimic natural motion while supporting cell viability. His work is widely recognized for its translational potential, earning him a reputation as a pioneer in sustainable, bioinspired actuation. For students and researchers, Jeng exemplifies how integrating materials science with biology can yield functional, life‑compatible technologies that push the boundaries of what soft matter can achieve.
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