Ajit Khosla

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About

Ajit Khosla is a materials scientist and engineer whose research sits at the intersection of advanced manufacturing, smart materials, and energy harvesting technologies. His work spans several cutting-edge domains, including 3D printing of functional materials, conductive composites, and self-powered wearable electronics. Khosla has made notable contributions to the development of electrically conductive hybrid organic–inorganic composite materials through additive manufacturing, a 2018 study that has garnered 24 citations and demonstrated the potential of 3D-printed electronics for next-generation devices. More recently, his research has ventured into triboelectric nanogenerators, with work on transparent PMMA-based systems designed for wearable electronic applications — addressing the growing global demand for portable, maintenance-free power sources in flexible consumer devices. His research reflects a keen awareness of real-world energy challenges, particularly as wearable technology becomes increasingly prevalent in modern life. By bridging materials chemistry, fabrication innovation, and energy sustainability, Khosla's contributions offer meaningful pathways toward self-sufficient electronic systems. His work continues to influence researchers working on smart manufacturing, functional polymers, and the future of autonomous wearable technology.