Papers
5
Total Citations
74
H-Index
4
About
Jinah Jang is a pioneering researcher at the forefront of bioprinting and tissue engineering, dedicated to overcoming the grand challenge of fabricating functional, transplantable human organs at scale. Her work centers on integrating advanced 3D printing technologies with robotics and bioactive materials to construct complex, living tissue architectures. Jang’s major contributions include developing a bioprinting-assisted tissue assembly method capable of generating organ substitutes at scale (2022, 38 citations), a landmark approach that addresses critical bottlenecks in clinical translation. She has also pioneered a robotics-assisted modular assembly system for bioactive soft materials (2024, 10 citations), enabling enhanced organ fabrication through precise, automated construction. Beyond bioprinting, Jang’s interdisciplinary reach is evident in her work on seamlessly integrated optical and acoustical imaging systems via transparent ultrasonic transducers (2020, 10 citations), showcasing her versatility in merging biofabrication with advanced sensing. Her recent forward-looking review on multidisciplinary strategies to resolve resolution, scalability, and geometric constraints in bioprinting (2025) underscores her role as a thought leader shaping the field’s future. With a growing citation impact and a vision that bridges engineering, materials science, and medicine, Jinah Jang is driving the next generation of biofabrication toward real-world regenerative therapies.
Research Focus
Key Achievements
Top Papers
- 1Bioprinting-assisted tissue assembly to generate organ substitutes at scale38 citations · 2022
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