Hadi Moeinnia

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About

Hadi Moeinnia is advancing the frontier of additive manufacturing with a focus on multi-material, multi-directional 3D printing for structural electronics and biomedical sensing. His most cited work, “3D Structural Electronics Via Multi‐Directional Robot 3D Printing” (2022, 29 citations), introduces a novel robotic printing method that overcomes the limitations of conventional single-direction systems, enabling the seamless integration of functional materials into complex, load-bearing geometries. This breakthrough expands the design freedom for embedding electronics directly into 3D-printed structures. Building on this, his 2023 paper on “3D Printed Electromyography Sensing Systems” (13 citations) tackles the critical challenge of stable EMG signal detection on the irregular, flexible surfaces of the human body. By leveraging 3D printing’s design versatility, Moeinnia’s work paves the way for more reliable, custom-fit wearable sensors for robotics and biomedical diagnostics. His research sits at the intersection of advanced manufacturing, electronics, and healthcare, demonstrating how novel fabrication techniques can solve real-world problems in human-machine interaction and personalized medicine.