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About

Houman Savoji is a leading figure in advanced biofabrication, whose work bridges tissue engineering, 3D bioprinting, and smart wearable sensors. He is best known for developing a groundbreaking, facile method to fabricate meter-long multifunctional hydrogel fibers with precisely controlled biophysical and biochemical features—a contribution that has garnered 61 citations and opened new avenues for creating complex tissue scaffolds. Savoji has also pioneered the use of low-cost LCD 3D printers for high-resolution additive manufacturing of biodegradable elastomers like POMaC, making sophisticated organ-on-a-chip devices more accessible. His recent comprehensive review on *in situ* 3D bioprinting (34 citations) positions him as a thought leader in next-generation surgical repair strategies. Additionally, his work on smart wearable electronic skins (26 citations) demonstrates a commitment to translating lab innovations into real-world biomedical devices. With multiple high-impact publications in 2023 alone, Savoji’s research is defined by its practical ingenuity—combining material science, microfabrication, and clinical need to create scalable, functional bioengineered solutions.