Kaushik Chatterjee
Papers
6
Total Citations
62
H-Index
4
About
Kaushik Chatterjee is an emerging researcher at the forefront of 4D printing, smart biomaterials, and soft robotics, with a particular focus on developing stimuli-responsive constructs for biomedical applications. His work centers on engineering shape memory polymer composites that respond to external triggers — including alternating magnetic fields, near-infrared light, and visible light — enabling remotely deployable tissue scaffolds and minimally invasive medical devices. Chatterjee's most-cited contribution (31 citations) demonstrates a magnetically actuated 4D-printed nanocomposite scaffold capable of remote deployment at physiological temperatures, bridging the gap between laboratory innovation and clinical utility. His "all-in-one" hydrogel ink for light-based 4D printing, garnering 15 citations, showcases his versatility in designing multifunctional materials that are simultaneously conducting, tough, anti-freezing, and cytocompatible. Beyond materials development, Chatterjee engages critically with the field through his analysis of clinical challenges in soft robotics, reflecting a mature understanding of translational barriers. Collectively, his research portfolio — spanning electrospun nanofibers, bioprinted sericin hydrogels, and magnetic composites — positions him as a thought leader shaping the future of minimally invasive, remotely controlled biomedical devices.
Research Focus
Key Achievements
Top Papers
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- 5Clinical Challenges in Soft Robotics3 citations · 2025
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