Mohammad A. Alkhadra

Papers

Total Citations

H-Index

About

Mohammad A. Alkhadra is a materials scientist and engineer whose research bridges soft matter, wearable haptics, and sustainable polymer design. He is best known for pioneering a healable thermoplastic that enables kinesthetic feedback in wearable haptic devices—a breakthrough that allows flexible electronics to self-repair after mechanical damage, extending device lifespan and reliability. This work, published in 2019, has garnered 18 citations and laid the foundation for integrating tactile feedback into next-generation prosthetics, virtual reality gloves, and smart textiles. Alkhadra’s contributions are particularly notable for their focus on combining mechanical robustness with electrical functionality, addressing a critical bottleneck in wearable technology. Beyond haptics, his research explores recyclable and self-healing polymers, aiming to reduce electronic waste while maintaining high performance. His interdisciplinary approach—merging polymer chemistry, device engineering, and human-machine interaction—positions him as a rising voice in sustainable electronics. For students and researchers, Alkhadra’s work exemplifies how clever materials design can solve real-world problems, from improving user experience in haptic interfaces to creating greener, more durable electronic components.