Shrenik Jain

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About

Shrenik Jain is a materials engineer and additive manufacturing researcher whose work focuses on advancing 3D printing technologies through novel composite materials and support structures. His primary research areas include fused deposition modeling (FDM), polymer nanocomposites, and sustainable manufacturing. Jain’s most influential contribution is his 2018 study on fabricating polylactide/carbon nanopowder filaments, which demonstrated how infusing inexpensive mesoporous nano carbon into PLA thermoplastics can significantly improve electrical properties while maintaining sufficient mechanical strength for 3D printing—a breakthrough that has garnered 33 citations for its practical implications in producing functional, conductive parts. In his 2017 work, Jain pioneered the use of sugar solution as a support material for 3D printing complex PLA and silicone elastomer structures, addressing a key challenge in FDM technology for creating customized products with intricate geometries and miniature features. This innovative approach to support structures has been cited 8 times and showcases his commitment to making additive manufacturing more versatile and accessible. Jain’s research bridges materials science and manufacturing engineering, offering cost-effective solutions that expand the capabilities of desktop 3D printing for both industrial and research applications.